7360 ISAM FX ANSI Product Information Guide R5_x

ANSI Product Information Guide

7360 Intelligent Services Access Manager FX Release 5.5.00


3HH-12892-AAAA-TCZZA Issue: 07 September 2016

Nokia — Proprietary and confidential Use pursuant to applicable agreements

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Nokia is a registered trademark of Nokia Corporation. Other products and company names mentioned herein may be trademarks or tradenames of their respective owners. The information presented is subject to change without notice. No responsibility is assumed for inaccuracies contained herein. © 2015-2016 Nokia. Contains proprietary/trade secret information which is the property of Nokia and must not be made available to, or copied or used by anyone outside Nokia without its written authorization. Not to be used or disclosed except in accordance with applicable agreements.

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3HH-12892-AAAA-TCZZA

DRAFT

Issue: 07


Nokia is a registered trademark of Nokia Corporation. Other products and company names mentioned herein may be trademarks or tradenames of their respective owners. The information presented is subject to change without notice. No responsibility is assumed for inaccuracies contained herein. © 2015-2016 Nokia. Contains proprietary/trade secret information which is the property of Nokia and must not be made available to, or copied or used by anyone outside Nokia without its written authorization. Not to be used or disclosed except in accordance with applicable agreements.

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Table of contents 1

Pref Pr efac ace.. e.... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ...1 .13 3

1.1 1.1 1.2 1. 2 1.3 1. 3 1.4 1. 4 1.5 1. 5 1.6 1. 6 1.6. 1. 6.1 1 1.6. 1. 6.2 2 1.7 1. 7 1.8 1. 8

Scope Scop e .. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....1 ..13 3 Audi Au dien ence ce.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....1 ..13 3 Prer Pr ere equ quir ired ed kn kno owl wled edge ge.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....1 ..13 3 Assi As sist stan ance ce an and d or orde deri ring ng ph phon one e nu numb mber ers... s..... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ...1 .13 3 Safe Sa fety ty in info form rmat atio ion. n... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ...13 .13 Conv Co nven enti tion ons. s... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....1 ..14 4 Docu Do cume ment nt co conv nven enti tion ons... s..... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ...14 .14 Acro Ac rony nyms ms.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ...14 .14 Rele Re leas ase e no note tes. s... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ...15 .15 Docu Do cume ment nts s .. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....1 ..15 5

System and equipment overview

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System ove verrvie iew. w... .... ....... .... ...... .... ...... ...... .... .... ....... .... ...... .... .... .... .... .... .... ....... .... ...... .... .... .... .... .... .... ....... .... ...2 .21 1

2.1 2.1 2.1. 2. 1.1 1 2.1. 2. 1.2 2 2.1. 2. 1.3 3 2.2 2. 2 2.2. 2. 2.1 1 2.3 2. 3 2.3. 2. 3.1 1 2.3.1. 2.3 .1.1 1 2.3.1. 2.3 .1.2 2 2.3.1. 2.3 .1.3 3 2.3.1. 2.3 .1.4 4 2.3. 2. 3.1. 1.5 5 2.3.1. 2.3 .1.6 6 2.3.1. 2.3 .1.7 7 2.3.1. 2.3 .1.8 8 2.3.1. 2.3 .1.9 9 2.3. 2. 3.2 2 2.3.2. 2.3 .2.1 1 2.3.2. 2.3 .2.2 2 2.3.2. 2.3 .2.3 3 2.3.2. 2.3 .2.4 4 2.3.2. 2.3 .2.5 5 2.3.2. 2.3 .2.6 6 2.3.2. 2.3 .2.7 7 2.3. 2. 3.3 3 2.3. 2. 3.4 4 2.3. 2. 3.5 5 2.3. 2. 3.6 6 2.3. 2. 3.7 7 2.4 2. 4

Introd Intr oduc ucti tion. on... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ...21 .21 Netw Ne twor ork k to topo polo logy. gy... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....2 ..21 1 Subs Su bscr crib iber er si side. de... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ...23 .23 Netw Ne twor ork k si side. de... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ...24 .24 Fea Fe atu ture re de desc scri ript ptio ions. ns... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ...2 .25 5 Rele Re leas ase e fea featu ture res s .. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ...25 .25 Syst Sy stem em ar arch chit itec ectu ture. re... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ..33 33 Func Fu ncti tion onal al co comp mpon onen ents ts .. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ...33 .33 NT ca card rds s ... ...... ...... ...... ...... ...... ...... ...... ...... ..... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ..... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ......3 ...34 4 NTIO NT IO ca cards.... rds....... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ..... ..... ...... ...... ...... ...... ...... ...... ...... ..... ..... ...... ...... ...... ....34 .34 LT ca card rds.. s..... ...... ...... ...... ..... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ..... ..... ...... ...... ...... ...... ...... ...... ...... .....35 ..35 GPON GP ON LT ca card rds s ... ...... ..... ..... ...... ...... ...... ...... ...... ...... ...... ..... ..... ...... ...... ...... ...... ...... ...... ...... ..... ..... ...... ...... ...... ...... ...... ...... ...... ...... .....35 ..35 1G and and 10G EPON EPON LT car cards. ds... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....3 ..35 5 NG-PO NGPON2 N2 LT ca card rds s ... ..... ..... ...... ...... ...... ...... ...... ..... ..... ...... ...... ...... ...... ...... ...... ...... ...... ..... ..... ...... ...... ...... ...... ...... ...... ...... ...... .....36 ..36 DSL DS L LT ca card rds.. s..... ...... ...... ...... ...... ...... ...... ...... ..... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ..... ..... ...... ...... ...... ...... ...... ...... ...... ...... ......3 ...36 6 POTS PO TS LT ca card rds... s...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ..... ..... ...... ...... ...... ...... ...... ...... ...... ..... ..... ...... ...... ...... ...... ...... ...... ...... ...... .....36 ..36 NVPS NV PS ca card.. rd..... ...... ...... ..... ..... ...... ...... ...... ...... ...... ...... ...... ..... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ....36 .36 Phys Ph ysic ical al comp compon onen ents ts.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ...36 .36 NT ca card rds s ... ...... ...... ...... ...... ...... ...... ...... ...... ..... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ..... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ......3 ...37 7 NTIO NT IO ca cards.... rds....... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ..... ..... ...... ...... ...... ...... ...... ...... ...... ..... ..... ...... ...... ...... ....38 .38 LT ca card rds.. s..... ...... ...... ...... ..... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ..... ..... ...... ...... ...... ...... ...... ...... ...... .....39 ..39 Voic Vo ice e pa pack ckag age e se serv rver er ca card.... rd....... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... .....39 ..39 Vect Ve ctor or pr proc oces essi sing ng se serv rver er bo boar ard.. d..... ...... ...... ...... ...... ..... ..... ...... ...... ...... ...... ...... ..... ..... ...... ...... ...... ...... ...... ...... ...... .....40 ..40 GFC GF C ca card.... rd....... ...... ...... ...... ..... ..... ...... ...... ...... ...... ...... ...... ..... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ....40 .40 Port Po rt ma mapp ppin ing g .. ..... ...... ...... ...... ...... ...... ..... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ..... ..... ...... ...... ...... ...... ...... ...... ...... ..... ..... ...... ...... ...... ....40 .40 IHub.. IH ub.... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ...47 .47 Wave Wa vele leng ngth th Mu Mult ltip iple lexe xerr (W (WM) M) .. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ...47 .47 7360 73 60 IS ISAM AM WM li line ne ca card rds... s..... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....4 ..48 8 7360 73 60 IS ISAM AM WM co cont ntro roll ller er ca card rd.. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ....4 ..48 8 7360 73 60 IS ISAM AM WM po powe werr ca card rds.. s.... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ...49 .49 Netw Ne twor ork k ma mana nage geme ment nt .. .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ...4 .49 9


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2.4.1 2.5 2.5.1 2.5.2 2.5.2.1 2.5.3 2.5.3.1 2.5.3.2 2.5.3.3 2.5.3.4 2.5.4 2.5.5 2.5.6 2.5.7 2.5.8 2.6 2.6.1 2.6.2 2.7 2.7.1 2.7.2 2.7.3 2.7.4 2.7.5 2.7.6 2.7.7 2.7.8 2.7.8.1 2.7.8.2 2.7.8.3 2.7.8.4 2.7.8.5 2.8 2.9 2.10

7360 ISAM WM management ...................................................................51 EPON implementation of ISAM.................................................................51 EPON support for North America ..............................................................52 Basic service features ...............................................................................58 Layer 2 forwarding.....................................................................................58 ONU UNI management .............................................................................59 ONU max MAC..........................................................................................59 ONU UNI ACL ...........................................................................................59 ONU UNI CCL ...........................................................................................60 ONU UNI VLAN.........................................................................................60 ONU MAC aging time................................................................................61 ONU optical diagnosis...............................................................................61 ONU software upgrade mode....................................................................62 ONU IGMP snooping mode.......................................................................63 DPoE support for North America...............................................................63 Equipment management ...........................................................................74 CO equipment management .....................................................................75 EPON ONU management .........................................................................75 Card capabilities and dimensioning...........................................................75 NT card dimensioning................................................................................75 SyncE support ...........................................................................................77 IEEE 1588v2 PTP support.........................................................................78 IWF capabilities.........................................................................................78 Ethernet frame size ...................................................................................80 Dimensioning of the LT cards....................................................................81 LT Link Redundancy: dimensioning and configuration constraints ...........85 ISAM OLT service and system capacity....................................................86 Service and system capacities..................................................................86 ISAM voice dimensioning..........................................................................87 ISAM OLT performance and distance .......................................................89 ISAM OLT connection capacities ..............................................................89 7360 ISAM WM connection capacities......................................................90 NT redundancy support.............................................................................90 1:1 NVPS redundancy...............................................................................92 CLEI codes................................................................................................92

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Shelves ..........................................................................................93

3.1 3.2 3.2.1 3.2.2 3.2.3 3.2.4 3.2.5 3.2.6 3.2.6.1 3.2.6.2 3.2.7 3.2.8 3.2.9

Overview....................................................................................................93 7360 ISAM FX shelves..............................................................................93 Shelf types.................................................................................................93 Shelf configurations...................................................................................98 NT redundancy........................................................................................100 NVPS redundancy...................................................................................100 Fan unit....................................................................................................100 Shelf mounting kits ..................................................................................101 Vertical shelf mount kits...........................................................................103 Horizontal shelf mount kit ........................................................................106 Heat and fiber baffle kits..........................................................................106 Drip tray...................................................................................................108 Optical fiber management kits.................................................................109


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3.3 3.3.1 3.3.2 3.3.3 3.4 3.5 3.5.1 3.5.2 3.5.3 3.5.4 3.5.5 3.6

7360 ISAM WM shelves ..........................................................................109 Shelf types...............................................................................................109 Shelf configurations.................................................................................110 Power card redundancy...........................................................................111 Supported plug-in units............................................................................111 Dummy front panels ................................................................................113 For NT cards............................................................................................113 For optical LT cards.................................................................................114 For NTIO cards........................................................................................115 For 7360 ISAM WM power cards ............................................................116 For 7360 ISAM WM line cards.................................................................116 Weight of the different cards....................................................................117

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Rack mounting configurations..................................................119

4.1 4.2 4.3 4.4 4.5 4.6

Overview..................................................................................................119 Rack equipment.......................................................................................119 7360 ISAM FX-16 rack mounting configurations.....................................120 7360 ISAM FX-12 rack mounting configurations.....................................121 7360 ISAM FX-8 rack mounting configurations.......................................123 7360 ISAM FX-4 rack mounting configurations.......................................129

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Optical modules..........................................................................135

5.1 5.2 5.3

Overview..................................................................................................135 Supported optical modules......................................................................135 SFP/XFP temperature support on LT cards ............................................141

Planning and ordering

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Planning the equipment.............................................................145

6.1 6.2 6.2.1 6.2.2 6.3 6.4 6.5 6.6 6.7 6.7.1 6.7.2 6.7.2.1 6.7.2.2 6.8 6.8.1 6.8.2 6.8.3 6.8.4 6.8.5 6.8.6 6.9 6.10

Overview..................................................................................................145 Network considerations ...........................................................................146 System planning for indoor, outdoor, and business ONTs......................147 System planning for modular ONTs ........................................................148 Rack considerations................................................................................148 Shelf considerations ................................................................................149 LT card considerations............................................................................150 NT card considerations............................................................................151 V-OLT and video coupler equipment considerations...............................151 V-OLT equipment ....................................................................................151 Video coupler equipment.........................................................................152 Ordering considerations ..........................................................................152 Installation considerations .......................................................................152 Installation considerations .......................................................................153 Space ......................................................................................................153 Floor plan.................................................................................................153 Alarms .....................................................................................................153 Access.....................................................................................................154 Power and ground cable..........................................................................154 Optical fiber .............................................................................................154 Power considerations..............................................................................154 Maintenance considerations....................................................................154


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6.11 6.12

Software licensing information.................................................................155 Documentation ........................................................................................155

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Ordering the equipment .............................................................157

7.1 7.2 7.3 7.4 7.5 7.6 7.7 7.8 7.9 7.10 7.11 7.12 7.13 7.14 7.15 7.16 7.16.1 7.16.2 7.16.3 7.16.4 7.16.5 7.16.6 7.17 7.17.1

Overview..................................................................................................157 Racks and mounting parts.......................................................................160 Shelves....................................................................................................165 Shelf mount kits.......................................................................................167 GFCs.......................................................................................................168 Fan units and fan filters ...........................................................................169 NT cards and dummy front panel ............................................................171 NTIO card and dummy front panel ..........................................................172 LT cards, VPS cards, and LT dummy front panels..................................172 7360 ISAM WM line card and dummy front panels .................................175 7360 ISAM WM power card and dummy front panel...............................175 7360 ISAM WM controller card................................................................176 Optical modules.......................................................................................176 Optical fiber management kits.................................................................180 Fiber caps................................................................................................180 Cables .....................................................................................................181 Lugs and lug tool.....................................................................................182 CO external alarm cables........................................................................182 Power cables...........................................................................................182 xDSL and POTS line MDF cable.............................................................183 QSFP+ cable ...........................................................................................184 Debug cable ............................................................................................184 Video coupler equipment.........................................................................184 Video coupler system maintenance spares.............................................186

Appendices

6

8

Mnemonics ..................................................................................189

8.1

Mnemonics overview...............................................................................189


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List of figures 2

System overview...........................................................................21

Figure 1 Figure 2 Figure 3 Figure 4 Figure 5 Figure 6 Figure 7 Figure 8 Figure 9 Figure 10 Figure 11

Basic 7360 ISAM FX network topology .....................................................22 Cascading topology mode.........................................................................23 Star topology mode ...................................................................................23 Ring topology mode...................................................................................24 Network connections .................................................................................25 7360 ISAM FX functional components......................................................33 7360 ISAM FX system components ..........................................................34 7360 ISAM FX forwarding architecture......................................................37 7360 ISAM WM Decomposition.................................................................48 7360 ISAM FX network management........................................................49 7360 ISAM FX management topology.......................................................50

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Shelves ..........................................................................................93

Figure 12 Figure 13 Figure 14 Figure 15 Figure 16 Figure 17 Figure 18 Figure 19 Figure 20

7360 ISAM FX-16 shelf .............................................................................95 7360 ISAM FX-12 shelf .............................................................................96 7360 ISAM FX-8 shelf ...............................................................................97 7360 ISAM FX-4 shelf ...............................................................................97 Shelf configuration of 7360 ISAM FX-16 ...................................................99 Shelf configuration of 7360 ISAM FX-12 ...................................................99 Shelf configuration of 7360 ISAM FX-8 ...................................................100 Shelf configuration of 7360 ISAM FX-4 ...................................................100 Pre-assembled 7360 ISAM FX-8 top cross bracket, rear skirt, and front skirt..................................................................................................104 Pre-assembled 7360 ISAM FX-8 shelf horizontal mount bracket and air intake baffle/drip tray ...................................................................105 Intumescent panel for 7360 ISAM FX-8 ..................................................105 Top baffle for 7360 ISAM FX-8................................................................106 Pre-assembled heat and fiber baffle kit for 7360 ISAM FX-12 ................107 Pre-assembled heat and fiber baffle kit for 7360 ISAM FX-16 ................107 7360 ISAM FX-16 fiber management bracket .........................................108 Drip tray for 7360 ISAM FX-16 ................................................................108 Optical fiber management guide for 7360 ISAM FX-16...........................109 7360 ISAM WM shelf...............................................................................110 7360 ISAM WM shelf with labeled card slots ..........................................111 Dummy front panel for NT card ...............................................................114 Dummy front panel for optical LT card ....................................................115 Universal dummy front panel for NTIO card ............................................116 Dummy front panel for 7360 ISAM WM power card slots........................116 Dummy front panel for 7360 ISAM WM line card slots............................117 Dummy front panel with pre-cabling for 7360 ISAM WM line card slots .........................................................................................................117

Figure 21 Figure 22 Figure 23 Figure 24 Figure 25 Figure 26 Figure 27 Figure 28 Figure 29 Figure 30 Figure 31 Figure 32 Figure 33 Figure 34 Figure 35 Figure 36

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Figure 37

Rack mounting configurations for 7360 ISAM FX-16 (3FE 66742 BB)...........................................................................................................121


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Figure 38 Figure 39 Figure 40 Figure 41 Figure 42 Figure 43 Figure 44 Figure 45 Figure 46

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Rack mounting configurations for 7360 ISAM FX-12 ..............................123 Horizontal rack mounting configurations for 7360 ISAM FX-8 in an EIA standard 19 in. rack ..........................................................................125 Horizontal rack mounting configurations for 7360 ISAM FX-8 in a 23 in. rack................................................................................................126 Vertical rack mounting configuration for 7360 ISAM FX-8 in an EIA standard 19 in. rack.................................................................................128 Vertical rack mounting configurations for 7360 ISAM FX-8 in a 23 in. rack.....................................................................................................129 Horizontal rack mounting configurations for 7360 ISAM FX-4 in an EIA standard 19 in. rack ..........................................................................131 Horizontal rack mounting configurations for 7360 ISAM FX-4 in a 23 in. rack................................................................................................132 Vertical rack mounting configurations for 7360 ISAM FX-4 in a 23 in. rack................................................................................................133 Vertical rack mounting configurations for 7360 ISAM FX-4 in a 19 in. rack................................................................................................134


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List of tables

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1

Preface...........................................................................................13

Table 1 Table 2

Documentation conventions ......................................................................14 7360 ISAM FX documentation set for ANSI..............................................15

2

System overview...........................................................................21

Table 3 Table 4 Table 5 Table 6 Table 7 Table 8 Table 9 Table 10 Table 11 Table 12 Table 13 Table 14 Table 15 Table 16 Table 17 Table 18 Table 19 Table 20 Table 21 Table 22 Table 23 Table 24 Table 25 Table 26 Table 27 Table 28 Table 29 Table 30 Table 31 Table 32 Table 33 Table 34 Table 35 Table 36 Table 37 Table 38 Table 39 Table 40 Table 41 Table 42 Table 43

7360 ISAM FX features for R5.5 ...............................................................25 7360 ISAM FX features for R5.4.01 ..........................................................26 7360 ISAM FX features for R5.4 ...............................................................26 7360 ISAM FX features for R5.3.01 ..........................................................27 7360 ISAM FX features for R5.3 ...............................................................27 7360 ISAM FX features for R5.2.01 ..........................................................27 7360 ISAM FX features for R5.2 ...............................................................28 Features for 7360 ISAM FX R5.1..............................................................28 Features for 7360 ISAM FX R5.0.01 .........................................................28 Features for 7360 ISAM FX R5.0.00 .........................................................28 Features for 7360 ISAM FX R4.6.02 .........................................................29 Features for 7360 ISAM FX R4.6.01 .........................................................29 Features for 7360 ISAM FX R4.6..............................................................29 Features for 7360 ISAM FX R4.5.02 .........................................................30 Features for 7360 ISAM FX R4.5.01 .........................................................30 Features for 7360 ISAM FX R4.5.00a .......................................................30 Features for 7360 ISAM FX R4.5..............................................................30 Features for 7360 ISAM FX R4.4.02a .......................................................31 Features for 7360 ISAM FX R4.4.01 .........................................................31 Features for 7360 ISAM FX R4.4..............................................................31 Features for 7360 ISAM FX R4.4.03a .......................................................31 Features for 7360 ISAM FX R4.3.02 .........................................................32 Features for 7360 ISAM FX R4.3.01 .........................................................32 Supported NTIO cards...............................................................................38 Supported LT cards ...................................................................................39 Mapped items in a 7360 ISAM FX system ................................................40 FANT-F in 7360 ISAM FX-16 ....................................................................41 FANT-F in 7360 ISAM FX-8 ......................................................................42 FANT-F in 7360 ISAM FX-4 ......................................................................42 FANT-G in 7360 ISAM FX-16....................................................................43 FANT-G in 7360 ISAM FX-12....................................................................44 FANT-G in 7360 ISAM FX-8......................................................................45 FANT-G in 7360 ISAM FX-4......................................................................46 Manager overview .....................................................................................51 EPON supported functionality ...................................................................52 DPoE supported functionality ....................................................................64 NT card dimensioning................................................................................75 Faceplate port applicability for SyncE .......................................................77 IWF capabilities .........................................................................................78 Ethernet frame size for LT cards...............................................................80 LT card dimensioning information .............................................................81


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Table 44 Table 45 Table 46 Table 47 Table 48 Table 49 Table 50 Table 51 Table 52 Table 53 Table 54 Table 55

LT card dimensioning information - DPoE.................................................84 LT Link Redundancy: Dimensioning and configuration constraints...........85 Layer 3 GPON-specific dimensioning information.....................................86 Layer 3 EPON-specific dimensioning information.....................................86 ISAM voice dimensioning ..........................................................................87 NVPS-C dimensioning...............................................................................87 NPOT-C dimensioning and card capabilities.............................................88 NDLS-F dimensioning and card capabilities..............................................88 Total number of ports per optical card.......................................................89 Total number of ports for the 7360 ISAM WM...........................................90 NT Redundancy support-ready hardware modules...................................91 NVPS Redundancy support-ready hardware modules..............................92

3

Shelves ..........................................................................................93

Table 56 Table 57 Table 58 Table 59 Table 60 Table 61 Table 62 Table 63 Table 64

Supported 7360 ISAM FX shelves ............................................................94 Shelf configurations...................................................................................98 Mounting options/kits for 7360 ISAM FX shelves....................................101 7360 ISAM WM shelves ..........................................................................109 7360 ISAM WM shelf configurations .......................................................110 Supported plug-in units in 7360 ISAM FX shelves ..................................111 Supported plug-in units in 7360 ISAM WM shelves ................................113 Overview of Plug-in Units for 7360 ISAM FX shelves .............................117 Overview of Plug-in Units for 7360 ISAM WM shelves............................118

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Table 65 Table 66 Table 67 Table 68 Table 69 Table 70 Table 71

7360 ISAM FX supported rack equipment...............................................120 Rack mounting configurations for 7360 ISAM FX-16 ..............................120 Rack mounting configurations for 7360 ISAM FX-12 ..............................122 Horizontal rack mounting configurations for 7360 ISAM FX-8.................124 Vertical rack mounting configurations for 7360 ISAM FX-8.....................126 Horizontal rack mounting configurations for 7360 ISAM FX-4.................130 Vertical rack mounting configurations for 7360 ISAM FX-4.....................132

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Optical modules..........................................................................135

Table 72 Table 73

Supported optical modules ......................................................................135 Temperature support in 7360 ISAM FX shelves per LT card ..................142

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Planning the equipment.............................................................145

Table 74 Table 75

Table 77 Table 78

Number of shelves per rack.....................................................................148 Ordering plug-in units, kits and cables for the 7360 ISAM FX shelves ....................................................................................................149 Ordering plug-in units, kits and cables for the 7360 ISAM WM shelves ....................................................................................................150 Number of LT ports per LT card ..............................................................150 Number of NT ports per NT card.............................................................151

7

Ordering the equipment .............................................................157

Table 79 Table 80 Table 81 Table 82 Table 83

7360 ISAM FX and 7360 ISAM WM equipment ......................................158 Rack mounting configurations .................................................................161 Racks.......................................................................................................161 FEMA level rack mounting parts for 7360 ISAM FX-16...........................162 Rack mounting parts for 7360 ISAM FX-12.............................................163

Table 76

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Table 84 Table 85 Table 86 Table 87 Table 88 Table 89 Table 90 Table 91 Table 92 Table 93 Table 94 Table 95 Table 96 Table 97 Table 98 Table 99 Table 100 Table 101 Table 102 Table 103 Table 104 Table 105 Table 106

Rack mounting parts for 7360 ISAM FX-8 and 7360 ISAM FX-4 ...........163 Rack mounting parts for 7360 ISAM WM................................................165 Orderable 7360 ISAM FX and 7360 ISAM WM shelves..........................166 Shelf mount kits for 7360 ISAM FX and 7360 ISAM WM ........................167 Orderable GFCs ......................................................................................168 Orderable fan units and filters .................................................................169 Orderable NT card and NT dummy front panel.......................................171 Orderable NTIO card and dummy front panel .........................................172 Orderable LT cards and LT dummy front panels.....................................172 Orderable line card and dummy front panels for line card slots ..............175 Orderable power card and dummy front panel for power card slots........175 Orderable controller card.........................................................................176 Orderable optical modules.......................................................................176 Orderable optical fiber management kits.................................................180 Orderable fiber caps................................................................................181 Orderable CO external alarm cables.......................................................182 Orderable power cables ..........................................................................182 Orderable xDSL/POTS line MDF connector cable ..................................183 Orderable QSFP+ cables ........................................................................184 Orderable debug cables ..........................................................................184 Orderable video coupler equipment ........................................................184 Video coupler maintenance spares .........................................................186 Video coupler maintenance spares .........................................................186

8

Mnemonics ..................................................................................189

Table 107

Equipment mnemonics............................................................................189


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Preface

1 Preface This preface provides general information about the documentation set for the 7360 Intelligent Services Access Manager FX (7360 ISAM FX) and 7360 Intelligent Services Access Manager WM (7360 ISAM WM) for ANSI.

1.1

Scope This documentation set provides information about safety, features and functionality, ordering, hardware installation and maintenance, CLI and TL1 commands, and software installation procedures.

1.2

Audience This documentation set is intended for planners, administrators, operators, and maintenance personnel involved in installing, upgrading, or maintaining the 7360 ISAM FX system or 7360 ISAM WM shelves. Note — Terminology used in the 7360 ISAM FX and 7360

ISAM WM documentation set may differ between ANSI and ETSI, such as in the following situations:

• For the terms “board” and “card”, both are used. “Board” is used in reference to ETSI terminology, and “card” is used in reference to ANSI terminology. • For the terms “ONU” and “ONT”, both are used. “ONU” is used in reference to ETSI terminology , and “ONT” is used in reference to ANSI terminology.

1.3

Prerequired knowledge The reader must be familiar with general telecommunications principles.

1.4

Assistance and ordering phone numbers For ordering information, contact your Nokia sales representative.

1.5

Safety information See the 7360 ISAM FX Safety Manual for safety information.

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Preface


The following are examples of how special information is presented in this document. Danger — Danger indicates that the described activity or

situation may result in serious personal injury or death; for example, high voltage or electric shock hazards.

Warning — Warning indicates that the described activity or

situation may, or will, cause equipment damage or serious performance problems.

Caution — Caution indicates that the described activity or

situation may, or will, cause service interruption.

Note — A note provides information that is, or may be, of

special interest.

1.6

Conventions The following conventions are used in this documentation set.

1.6.1

Document conventions Table 1 lists the documentation conventions used in this documentation set. Table 1

1.6.2

Documentation conventions

Convention

Description

Examples

Key name

Identifies a keyboard key.

Delete

Italics

Identifies a variable.

hostname

—

An em dash in a table cell indicates that there is no information or that the category is not applicable.

—

Acronyms See the ISAM Glossary for the expansion of acronyms and initialisms used in this documentation set.

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1.7

Preface

Release notes See the release notes (such as the cus tomer release notes or emergency fix releas e note) issued for software loads of the 7360 ISAM FX before you install or use the 7360 ISAM FX. The release notes provide important information about the software load.

1.8

Documents Table 2 lists the documents that make up the 7360 ISAM FX and 7360 ISAM WM documentation set.

Table 2

7360 ISAM FX documentation set for ANSI

Title

Description

General documentation ISAM Products Alarms Guide

Describes the CLI and TL1 alarms for IACM, SHub and IHub that are supported in ISAM.

7360 ISAM FX Product Information Guide

Provides general system and ordering information for the 7360 ISAM FX

System Description for FD 100/320Gbps NT and FX NT

Provides conceptual information for the:

Safety Manual

Provides general safety guidelines when handling, installing, or operating the 7360 ISAM FX equipment

ISAM Glossary

Provides definitions for the acronyms, initialisms, and mnemonics used in ISAM documentation.

DPoE Events Guide

Provides DPoE event alarm information and troubleshooting recommendations

• •

7302 ISAM and the 7330 ISAM FTTN equipped with the 100Gpbs or the 320Gbps NT 7360 ISAM FX equipped with an FX NT

Hardware documentation and unit data sheets 7360 ISAM FX Hardware Installation Manual

Describes the hardware installation for the 7360 ISAM FX equipment

UDS NFXS-D (FX-16)

Describes the 7360 ISAM FX-16 slot shelf

FNIO-A

Describes the NTIO applique which interfaces with the NT board, and provides additional GE interfaces to the FX shelf (2)

UDS FX-16 Baffle kit

Describes the 7360 ISAM FX-16 baffle kit

UDS FX-16 Drip tray

Describes the 7360 ISAM FX-16 drip tray

UDS FX-16 Fiber management kit

Describes the 7360 ISAMFX-16 fiber management kit

UDS NFXS-G (FX-12)

Describes the 7360 ISAM FX-12 slot shelf (2)

UDS FX-12 Baffle kit

Describes the 7360 ISAM FX-12 baffle kit

UDS NFXS-E (FX-8)


UDS FX-8 horizontal mount kit

Describes the 7360 ISAM FX-8 horizontal mount kit

UDS FX-8 vertical mount kit

Describes the 7360 ISAM FX-8 vertical mount kit

(2)

(2)

(1 of 3)

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Preface


Title

Description

UDS F X-8 fiber management kit

Describes the 7360 ISAM FX-8 fiber management kit

UDS NFXS-F (FX-4)


UDS FX-4 horizontal mount kit

Describes the 7360 ISAM FX-4 horizontal mount kit

UDS FX-4 vertical mount kit

Describes the 7360 ISAM FX-4 vertical mount kit

UDS F X-4 fiber management kit

Describes the 7360 ISAM FX-4 fiber management kit

UDS BFAN-E

Describes the intelligent fan unit version E for the 7360 ISAM FX-8

UDS BFAN-H

Describes the intelligent fan unit version H for the 7360 ISAM FX-16

UDS BFAN-I

Describes the intelligent fan unit version I for the 7360 ISAM FX-12

UDS BFAN-X

Describes the intelligent fan unit version X for the 7360 ISAM FX-4

UDS FWCC-A

Describes the controller board for the 7360 ISAM Wavelength Multiplexer/Demultiplexer shelf

UDS FWLC-A

Describes the dual, 4-channel line card for the 7360 ISAM Wavelength Multiplexer/Demultiplexer shelf

UDS FWMS-I

Describes the 7360 ISAM Wavelength Multiplexer/Demultiplexer shelf

UDS FWPC-A

Describes the power board for the 7360 ISAM Wavelength Multiplexer/Demultiplexer shelf

UDS NDLS-E

Describes the VDSL2 LT/splitter over POTS unit with SLV functionality version E

UDS NDLS-F

Describes the Multi-DSL integrated splitter over POTS LT card with BLV version F

UDS NDPS-B

Describes the vector processing server board version B

UDS NGFC-G

Describes the 7360 ISAM FX-4 general facilities card version G

UDS NGFC-H

Describes the 7360 ISAM FX-8 general facilities card version H

UDS NGFC-I

Describes the 7360 ISAM FX-12 general facilities card version I

UDS NVPS-C

Describes FD Voice Package Server version C

UDS FANT-F

Describes the NT card version F

UDS FANT-G

Describes the NT card version G

UDS FGLT-A

Describes the LT card

(1) version

A

UDS FGLT-B

Describes the LT card

(1) version

B

UDS FPLT-A

Describes the EPON LT card

UDS FPXT-B

Describes the 10G EPON LT card

UDS FWLT-A

4 ports NG-PON2 TWDM Line Termination Card with Traffic Manager - version A

UDS NELT-B

Describes the P2P FE/GE Ethernet LT card

UDS FELT-B

Describes the high speed Ethernet LT card

UDS NGLT-A

Describes the GPON LT card

(1) version

A

UDS NGLT-C

Describes the GPON LT card

(1) version

C

UDS NPOT-C

Describes the 7360 ISAM FX 48 port POTS only LT card version C

UDS dummy front panel FX LT

Any of 3 dummy front panels (filler plates) for a 7360 ISAM FX LT card slot

UDS dummy front panel FX NT

Describes the dummy front panel (filler plate) for a 7360 ISAM FX NT card slot

(1) version

(2)

A

(1) version

B

(1) version (1) version

B

B

(2 of 3)

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Title

Description

UDS dummy front panel FX NTIO

Describes the dummy front panel (filler plate) for a 7360 ISAM FX NTIO card slot

UDS dummy front panel WM LC

Describes any of the 2 dummy front panels (filler plates) for a 7360 ISAM WM line card slot

UDS dummy front panel WM power board

Describes the dummy front panel (filler plate) for a 7360 ISAM WM power board slot

UDS SFP/XFP

Describes all the SFPs and XFPs supported

TL1 documentation TL1 Commands and Messages for FD 100/320Gbps NT and FX NT

Describes the TL1 commands and messages for the:

Operations and Maintenance Using TL1 for FD 100/320Gbps NT and FX NT

Provides task-oriented procedures using TL1 for operating and maintaining the:

• • • •



CLI documentation CLI Commands for FD 100/320Gbps NT and FX NT

Describes the CLI commands for the:

CLI Commands for DPoE FX NT

Describes the CLI DPoE commands for 7360 ISAM FX equipped with an FX NT

Operations and Maintenance Using CLI for FD 100/320Gbps NT and FX NT

Provides task-oriented procedures using CLI for operating and maintaining the:

IHub System Basics, Management and OAM Guide for FD 100/320Gbps NT and FX NT

Describes the IHub system basics, system management and OAM (Operations and Maintenance)

IHub Interface Guide for FD 100/320Gbps NT and FX NT

Describes the IHub system interfaces

IHub QoS Guide for FD 100/320Gbps NT and FX NT

Describes the IHub quality of service

IHub Router Configuration and Protocols Guide for FD 100/320Gbps NT and FX NT

Describes the IHub router configuration and router protocols

IHub Services Guide for FD 100/320Gbps NT and FX NT

Describes the IHub services

MPLS Guide for FD 100/320Gbps NT and FX NT

Describes the IHub MPLS services

• •

• •



Software documentation DPoE Software Migration Guide

Describes the process of doing major or minor release upgrades on the ISAM OLT

Software Install ation Guide

Describes the software management of the 7302 ISAM, the 7330 ISAM FTT N and the 7360 ISAM FX equipment

Software Upgrade and Migration Application Procedures

Provides instructions for using the automated tools for upgrading and migrating the software for the 7302 ISAM, the 7330 ISAM FTTN and the 7360 ISAM FX

(3 of 3) Notes (1) The terms “board” and “card” are both used in the 7360 ISAM FX documentation set. “Board” is used in reference to ETSI terminology, and “card” is used in reference to ANSI terminology.

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Preface

(2)

18


The terms “subrack” and “shelf” are both used in the 7360 ISAM FX documentation set. “Subrack” is used in reference to ETSI terminology, and “shelf” is used in reference to ANSI terminology.


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System and equipment overview 2 System overview 3 Shelves 4 Rack mounting configurations 5 Optical modules

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20



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System overview

2 System overview 2.1 Introduction 2.2 Feature descriptions 2.3 System architecture 2.4 Network management 2.5 EPON implementation of ISAM 2.6 Equipment management 2.7 Card capabilities and dimensioning 2.8 NT redundancy support 2.9 1:1 NVPS redundancy 2.10 CLEI codes

2.1

Introduction This chapter provides general information about the 7360 ISAM FX system including network topology, feature descriptions, system architecture, network management, equipment management, card capabilities, NT and NVPS redundancy support, and CLEI code information.

2.1.1

Network topology The 7360 ISAM FX system is a frame-based multi-service access platform, offering high-density fiber connections for multimedia, high-speed Internet access , voice, and business services. Figure 1 shows the basic 7360 ISAM FX network topology.

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System overview

Figure 1


Basic 7360 ISAM FX network topology IP edge router/ BRAS NSP IP backbone

Ethernet Switch FE/GE

Ethernet DS1/E1

ISAM

Video Voice

NSP IP backbone

EMAN FE/GE

NSP IP backbone

ISAM

ISAM shelf Ethernet Voice DS1/E1

CPE

POTS LT

Ethernet

ONT/ ONU

xDSL/Ethernet Voice

ONT/ ONU

CEx WM

OMCI ONT/ GPON ONU

DS1/E1 Video OAM EPON

xDSL LT

Eth LT

FE/GE/10GE

NVPS

FE/GE/10GE

NG-PON2 TWDM LT

NT

GPON LT EPON LT

ISAM OLT

22417

Note 1 — Possible user interface types are not limited to the

types shown in the Figure 1. Note 2 — A link is a term that refers to the physical layer of an

interface of the 7360 ISAM FX, for example, an Ethernet link.

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2.1.2

System overview

Subscriber side

At the subscriber side, each 7360 ISAM FX shelf can terminate:

• Ethernet user interfaces • PON interfaces You can connect subtending DSLAMs to the FE/GE/10GE links at the subscriber side in:

• cascading topology mode: a chain of one subtending ISAM per ISAM; see Figure 2 • star topology mode: multiple subtending ISAMs per ISAM; see Figure 3 • ring topology mode: (except when there is a ring behind a Hub-ISAM); see Figure 4 Figure 2

Cascading topology mode

Cascading up to three levels k*FE/GE/10GE

k*FE/GE/10GE

ISAM ISAM

User interfaces

ISAM EMAN

User interfaces

User interfaces 22420

Figure 3

Star topology mode k*FE/GE/10GE ISAM

ISAM EMAN

User interfaces

User interfaces

ISAM

k*FE/GE/10GE

User interfaces 22421

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System overview


Figure 4

Ring topology mode

k*FE/GE/10GE ISAM

User interfaces k*FE/GE/10GE

ISAM

ISAM EMAN

User interfaces

User interfaces ISAM

k*FE/GE/10GE User interfaces 22422

2.1.3

Network side

At the network side, the 7360 ISAM FX terminates FE, GE, or 10GE links. Following are possible configurations.

• Connect to one or more Ethernet switches.

• • • •

Ethernet links can be connected to one or more Ethernet switches. These Ethernet switches forward the frames over the Ethernet-based aggregation access network until they reach the IP edge router or BRAS of the corresponding NSP. At the IP edge router or BRAS, the frames enter the IP backbone of the NSP. Connect more than one FE/GE/10GE link (link aggregation). In case of more than one link, Ethernet link aggregation is used. Connect directly to an IP edge router. The 7360 ISAM FX can be connected directly to the IP edge router or BRAS. The Ethernet aggregation network is reduced to one or more parallel Ethernet links. Connect to a MPLS network. 1-N ISAM nodes can have their uplinks configured in an Ethernet R ing Protection Switching (ERPS, G.8032) ring. The owner of the Ring Protection Link (RPL) can be an ISAM, or any other equipment supporting G.8032 RPL owner functionality (e.g., 7750 SR).

Figure 5 shows the 7360 ISAM FX system network connections.

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System overview

Network connections

Figure 5

IP edge router/ BRAS NSP IP backbone

Ethernet Switch User interfaces

m x FE/GE/10GE

EMAN

ISAM

NSP IP backbone

FE/GE m x FE/GE/10GE

NSP IP backbone

User interfaces NSP IP backbone

ISAM

FE/GE 22423

2.2

Feature descriptions This section provides a brief description of the features for the 7360 ISAM FX system.

2.2.1

Release features Table 3 describes the 7360 ISAM FX features for R5.5 Table 3

7360 ISAM FX features for R5.5

Feature

Description

Hardware

Support of 3FE55744AA and 3FE55743AA with FANT-F for NEBS1 and FCC/UL. 10GBase-BX10: 3FE55744AB on FANT-G and 3FE55743AB on FELT-B 10GBase-BX40: 3FE55744AA on FANT-G and 3FE55743AA on FELT-B

Table 4 describes the 7360 ISAM FX features for R5.4.01

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System overview


Table 4

7360 ISAM FX features for R5.4.01

Feature

Description

Hardware

Support of new 10/2.5G symmetrical TWDM XFPs: 3FE 45228 AA, 3FE 45228 BA, 3FE 45228 CA, 3FE 45228 DA Support of new 10/10G symmetrical TWDM XFPs: 3FE 56269 AA, 3FE 56269 BA, 3FE 56269 CA, 3FE 56269 DA Support of new 100 G Base-SR4 CFP4 optical module: 3FE 71994 AA Support of 7360 ISAM Wavelength Multiplexer/Demultiplexer shelf (FWMS-I) Support of WM cards: power card (FWPC-A), controller card (FWCC-A), line card (FWLC-A) Support of 3 WM dummy front panels: 3FE 72657 AA, 3FE 72168 AA, and 3FE 72169 AA Support of WM shelf mount kit: 3FE 72570 AA Support of WM optical fiber management kit: 3FE 61087 GB Support of FELT-B line termination card: 3FE 69486 AA Support of new variants of previously existing cards:

• •

NDLS-E: 3FE 65728 AC NDLS-F: 3FE 67645 AB

Design updates to the BA variant of the NPOT-C card - MDF cable shell heads affixed by standoffs and nuts instead of bail lock clips, and new eject levers Support of new pre-connectorized MDF cables: 3FE 73071 AA-HA,3FE 73071 JA, and 3FE 73071 KA Support of new MDF combo cables, with 2 connectors: 3FE 29916 AM and 3FE 72919 AA

Table 5 describes the 7360 ISAM FX features for R5.4. Table 5


Feature

Description

Hardware

NT card with a 1.2 TBps switch (FANT-G BA variant) Support of new 100 G Base-LR4 CFP4 optical module: 3FE 71782 AA Support of new 2G EPON optical module: 3FE 53606 BC Support of NDPS-B AB

802.1x support

802.1x supported on FWLT-A (per line and per card)

Table 6 describes the 7360 ISAM FX features for R5.3.01.

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Table 6

System overview


Feature

Description

Hardware

New support of XFP: 3FE 53971 BA

802.1x support

802.1x supported on FWLT-A (per PON and per PON x number of PONs)

Table 7 describes the 7360 ISAM FX features for R5.3. Table 7


Feature

Description

Hardware

Support of new SFP: 3FE 53441 EA 16 ports GPON LT card (FGLT-B AB variant) 4 ports NG-PON2 TWDM Line Termination Card with Traffic Manager Version A (FWLT-A AB variant) FD Voice Package Server Version C (NVPS-C) Support of AB variant of 8-port 10G EPON LT card with I-temp (FPXT-B) Support of new 10G EPON XFP: 3FE 66606 CD

xDSL Support

Save Our Showtime (SOS) for VDSL2

Table 8 describes the 7360 ISAM FX features for R5.2.01. Table 8


Feature

Description

Hardware support

Support of new SFPs: 3FE 53441 BC, 3FE 66606 BC and 3FE 66606 BD ToD supported on NT cards

Table 9 describes the 7360 ISAM FX features for R5.2.

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System overview


Table 9


Feature

Description

Hardware support

7360 ISAM FX-12 shelf 7360 ISAM FX-12 intelligent fan unit (BFAN-I) 7360 ISAM FX-12 general facilities card version I 7360 ISAM FX-12 Baffle kit 4p NG-PON2 TWDM LT card (FWLT-A) FANT-F support of SFP+ 3FE 65832 AA

Table 10 describes the features for 7360 ISAM FX R5.1. Table 10

Features for 7360 ISAM FX R5.1

Feature

Description

Hardware support

FNIO-A qualifications

Table 11 describes the features for 7360 ISAM FX R5.0.01. Table 11

Features for 7360 ISAM FX R5.0.01

Feature

Description

Hardware support

TRU qualifications FPXT-B qualification



Feature

Description

Hardware support

NDLS-E qualification NDPS-B qualification

Table 13 describes the features for 7360 ISAM FX R4.6.02.

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Table 13

System overview


Feature

Description

Hardware support

Document maintenance updates

DPoE support

DOCSIS OLT MIBs phase 2 - support for most CMTS MIB objects defined in DPoE v1.0 DOCSIS event framework phase 2 - support for CMTS and vCM events defined in DPoE v1.0 CLI for service flow provisioning updates DPoE security functions - D-ONU authentication (Source Address Verification (SAV) in future release



Feature

Description

Hardware support

FPXT-A qualification NDLS-F qualification NPOT-C qualification 7360 ISAM FX-16 baffle kit and drip tray

DPoE support

CLI for service flow provisioning

Software support

OLT:XML over OMCI upgrades



Feature

Description

EPON hardware support

EPON SFP ONU with CWDM filter

DPoE support

DPoE provisioning framework phase 1 DPoE OLT MIBs framework DPoE Event framework

EPON support

MEF qualification Multiple LLIDs

Table 16 describes the features for 7360 ISAM FX R4.5.02.

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System overview


Table 16


Feature

Description

ANSI hardware support

7360 ISAM FX-4 vertical mount installation BFAN intelligent fan unit support for 7360 ISAM FX-4 vertical mount installation 7360 ISAM FX-4 vertical shelf mount kit 7360 ISAM FX-4 fiber management kit 7360 ISAM FX-8 vertical shelf mount kit 7360 ISAM FX-8 fiber management kit 7360 ISAM FX-16 heat and fiber baffle kit



Feature

Description

EPON support

DPoE link OAM phase 2

For OAM procedures see Operation, Administration, and Maintenance using CLI and TL1 guides.

Configurable TPID on EPON ONU

Table 18 describes the features for 7360 ISAM FX R4.5.00a. Table 18

Features for 7360 ISAM FX R4.5.00a

Feature

Description


7360 ISAM FX-8 vertical mount installation BFAN intelligent fan unit support for 7360 ISAM FX-8 vertical mount installation



Feature

Description


O-E010S-P, EPON PX20+ SFP ONU version P

EPON support for North American Region Multiple System Operators

DPoE link OAM phase 1 For OAM procedures see Operation, Administration, and Maintenance using CLI and TL1 guides.

Table 20 describes the features for 7360 ISAM FX R4.4.02a.

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Table 20

System overview


Feature

Description


BFAN-H, intelligent fan for FX-16 shelf BFAN-E, intelligent fan for FX-8 shelf BFAN-X, intelligent fan for FX-4 shelf



Feature

Description


7360 ISAM FX-16 baffle kit 7360 ISAM FX-16 fiber management kit 7360 ISAM FX-16 drip tray



Feature

Description


FGLT-A, 16 port GPON LT card NGLT-C, 8 port GPON LT card

Table 23 describes the features for 7360 ISAM FX R4.4.03a. Table 23


Feature

Description


FPLT-A, EPON line termination card version A

(1 of 2)

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System overview


Feature

Description

Initial EPON support for North American Region Multiple System Operators

Basic service features:

• • • • •

PB encapsulation PB transport IP HSD Combination PB encapsulation and PB transport Combination IP HSD and PB transport

ONU UNI features:

• • • •

ONU maximum MAC ONU UNI ACL ONU UNI CCL ONU UNI VLAN

ONU aging time ONU optical diagnosis ONU firmware upgrade ONU IGMP snooping (2 of 2)



Feature

Description


FANT-F, BD variant NT card with a 480 Gbps switch



Feature ANSI hardware support

Description Following is a list of ANSI-supported hardware for release 4.3.01:

• • • • • • • • • • • •

32

NFXS-D, 16-slot shelf NFXS-E, 8-slot shelf NFXS-F, 4-slot shelf FANT-F, BC variant NT card with a 480 Gbps switch NELT-B, P2P FE/GE Ethernet LT card version B NGLT-A, GPON LT card version A PDBP-C, GFC for the 16-slot shelf (pre-installed) NGFC-H, GFC for the 8-slot shelf NGFC-G, GFC for the 4-slot shelf AFAN-H, fan unit for 16-slot shelf AFAN-E, fan unit for 8-slot shelf AFAN-X, fan unit for 4-slot shelf


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2.3

System overview

System architecture This section describes the 7360 ISAM FX system architecture including the functional and physical components, and IHub.

2.3.1

Functional components The 7360 ISAM FX is a multiplexer, which can be equipped with the following main cards:

• • • • • • • • •

NT card (optionally 1+1 redundant) NTIO card (optional) LT cards implementing the user interfaces GPON LT cards EPON LT cards 10G EPON LT cards POTS LT card POTS server card xDSL LT card Note — The POTS LT and xDSL LT cards are not currently

supported with the 7360 ISAM FX shelves pending certifications. Contact your Nokia representative for more information. Figure 6 shows the 7360 ISAM FX functional components. 7360 ISAM FX functional components

Figure 6

ISAM

NT

LT

NTIO

...

NVPS

LT-applique 22424

The 7360 ISAM FX management plane, control plane, and most of the data plane are provided on the NT cards and on the LT cards. Figure 7 shows the 7360 ISAM FX system components.

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System overview


7360 ISAM FX system components

Figure 7

LT

NT

iHub

LT-Control

iHub control

Transport

IWF

Switch/Router

System control Control plane Data plane 22425

2.3.1.1

NT cards The 7360 ISAM FX NT cards consist of an IHub subsystem and a system control subsystem.

• The IHub subsystem has enhanced L2 functionality (VPLS based) and L3 functionality (VPRN based) and consists of a 10 GE switch/router device, and IHub control SW. • The system control subsystem implements the management plane of the system (both the NT cards and the LT cards) and part of the control plane (subscriber management in particular). The system control consists of SW running on a general purpose processor, shared with the IHub control SW (on a separate processor core).

2.3.1.2

NTIO cards The NTIO board plays the role of an applique to either the single NT board, or to both NT boards, depending on the NT redundancy configuration. It allows to decouple NT equipment protection from up-link protection in case of a redundant NT pair. In case the active NT fails, traffic on the NTIO external links will be switched automatically to and from the stand-by NT.

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2.3.1.3

System overview

LT cards The 7360 ISAM FX LT cards provide an IWF, a transport subsystem, and an LT control subsystem.

• The transport subsystem terminates t he physical layer of the user interfaces. The transport subsystem varies with the type of access technology used, such as Ethernet. • The IWF processes the packets in the fast path. The IWF is capable of handling frames at L2 (basically bridging) and L3 (basically IP forwarding), including sophisticated filtering and traffic management, all at the line rate of the transport medium. • The LT control subsystem provides the slow path control plane and internal operations and maintenance applications.

2.3.1.4

GPON LT cards The GPON functionality of the 7360 ISAM FX extends the system boundaries up to 128 ONTs over fiber that can reach tens of kilometers from the GPON LT cards located in a 7360 ISAM FX shelf. These GPON LT cards provide the physical interfaces from the 7360 ISAM FX shelf toward the CPE, or the ONTs.

2.3.1.5

1G and 10G EPON LT cards The EPON functionality of the 7360 ISAM FX extends the system boundaries by using up to 64 ONUs over a fiber plant that can provide a reach of up to tens of kilometers out from the EPON LT cards in a shelf. EPON LT cards provide the physical interfaces from the 7360 ISAM FX shelves towards the ONUs. EPON LT cards can be managed using the following configuration models:

• EPON: default mode, managed using traditional 1G EPON model • DPoE: managed using traditional 1G EPON model with specified OAM • DOCSIS: managed using DOCSIS model See Chapter “DPoE Network Architecture” in the “Systems Description for FD 100/320 Gbps NT and FX NT ” guide for more information.

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System overview

2.3.1.6


NG-PON2 LT cards The NG-PON2 functionality of the ISAM extends the system boundaries by up to 256 Optical Network Terminations (ONTs), over a fiber plant that can reach 20-40 kilometers out from the NG-PON2 LT cards located in an ISAM shelf. These NG-PON2, or TWDM, LT cards provide the physical interfaces from ISAM shelves, toward customer premises equipment, that is, toward ONTs.

2.3.1.7

DSL LT cards The multi-DSL integrated splitter LT cards, with board-level vectoring and bonding, provide LINE and POTS connector interfaces supporting 48 lines per card whic h can be configured as ADSL, ADSL2, ADSL2+, and VDSL2.

2.3.1.8

POTS LT cards The POTS only LT card in the ISAM Voice package provides 48 subscriber line terminations per card.

2.3.1.9

NVPS card The NVPS card provides the H.248 Media Gateway for the H.248 POTS voice service.

2.3.2

Physical components Figure 8 shows the forwarding architecture of the 7360 ISAM FX system.

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Figure 8

System overview

7360 ISAM FX forwarding architecture Network links Subtending links User links

NT

LT IHUB router

EMAN EPS

IHUB control

2-n

IWF

Transport LT control

Ethernet

CPE

GPON

ONT

EPON

ONT

NTIO System control

22426

A 7360 ISAM FX shelf consists of the following card types:

• • • • • •

2.3.2.1

NT cards LT cards Vector Processing Server boards GFC card NTIO card (optional) NVPS card

NT cards The shelf can accommodate two NT cards. These NT cards can act as an active/standby pair for all functions. The FANT-F (480 Gbps) and FANT-G (1.2 TBps) NT cards are supported in 7360 ISAM FX equipment. The FANT-F with integrated IHub subsystem provides the following links on the front panel:

• 1 x fixed 10/100/1000Base-T port. • • • • •

Issue: 07

This port operates in 10 Mb/s, 100 Mb/s, or 1 GE mode. 4 x 10 GE SFP+ port: This port operates in 1 GE mode (with standard SFP optics) and in 10 GE mode (with SFP+ optics). LCMI interface (RJ-45 connector) ToD/1 PPS interface (RJ-45 connector) 10 MHz GPS interface (SMA connector) 1 PPS interface (SMA connector)


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37

System overview


The FANT-G with integrated IHub subsystem provides the following links on the front panel:

• 1 x fixed 10/100/1000Base-T port. • • • • • • •

2.3.2.2

This port operates in 10 Mb/s, 100 Mb/s, or 1 GE mode. 4 x 10 GE SFP+ port: This port operates in 1 GE mode (with standard SFP optics) and in 10 GE mode (with SFP+ optics). 1 x 100 GE CFP4 port: This port operates only in 100 GE mode LCMI interface (RJ-45 connector) ToD/1 PPS interface (RJ-45 connector) 10 MHz GPS interface (SMA connector) 1 PPS interface (SMA connector) Debug interface (Mini-USB connector)

NTIO cards The NTIO ports can be configured as:

• UP for uplinks/subtending/user links • DOWN for internal LT links and

• FIXED for fixed configuration (UP or DOWN) • CONF for configurable configuration (UP or DOWN) Table 26 lists the supported NTIO cards. Table 26

Supported NTIO cards

NTIO card

Interfaces

FNIO-A

Eight additional external Ethernet interfaces:

• FNIO-B

Eight additional external Ethernet interfaces:

• •

38

each supporting optical GE or 10GE ports

four optical 100/1000Base-FX four combo uplink ports, which can be configured to optical uplink ports (SFP ports, 100Base-FX, 1000Base-FX) or electrical uplink ports (RJ45, 10/100/1000BASE-T)


DRAFT

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2.3.2.3

System overview

LT cards The LT cards in the shelf consist of an IWF, the transport termination, and the LT control. The LT cards, also known as LIMs, use a different IWF between the user side and the Ethernet network side, depending on the card type. Table 27 lists the supported LT cards with their physical interfac e types, density (that is, number of lines per card), and IWF capability.

Table 27

Supported LT cards

LT card

Physical interfaces

Overlay

Density

FANT-F interface

FANT-G interface

IWF

NELT-B

Ethernet

—

18/36

10 GE

—

L3

FELT-B

Ethernet

—

18/36

20 GE (7360 ISAM FX-16)

—

L3 (1)

(1)

40 GE (7360 ISAM FX-8 and 7360 ISAM FX-4) FGLT-A

GPON

—

16

40 GE

—

L3 (1) (2)

FGLT-B

GPON

—

16

40 GE

40 GE

L3 (1) (2)

FPLT-A

EPON

—

8

10 GE

10 GE

L3 (3)

FPXT-B

10G EPON

—

8

40 GE

40 GE

L3

FWLT-A

TWDM

—

4

40 GE

40 GE

L3 (1)

NDLS-E

DSL

—

48

10 GE

—

L2, L3

NDLS-F

DSL

—

48

10 GE

—

L2, L3

NGLT-A

GPON

—

8

10 GE

—

L3 (1) (2)

NGLT-C

GPON

—

8

20 GE

—

L3 (1) (2)

NPOT-C

POTS

—

48

10 GE

—

L2, L3

Notes (1) L3 GPON: IWF capability on Layer 2 and Layer 3. For an overview of the IWF capabilities, see section 2.7. (2) Not all L3 features are supported in these ports, see Table 41. (3) L3 EPON: IWP function capability on Layer 2 and Layer 3. For an overview of the IWF capabilities, see Table 41.

2.3.2.4

Voice package server card The following voice package server cards are supported:

• NVPS-C: interface at the front panel

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System overview


2.3.2.5

Vector processing server board The following Vector Processing Server boards are supported:

• NDPS-B: up to eight SLV-capable LT board can be connected

2.3.2.6

GFC card The GFC provides connections for external power, circuit breakers for system protection, visual indications for power availability, and collection and cascading of external alarms. Note — These cards are only used on the 7360 ISAM FX-12,

7360 ISAM FX-8, and the 7360 ISAM FX-4.

2.3.2.7

Port mapping The following tables list the port mapping for the 7360 ISAM FX system, that is, the mapping between the logical port numbers as used in the system and the physical port numbers as visible on the equipment (front panel numbering).

• • • • • • • •

Table Table Table Table Table Table Table Table

28 lists the mapped items in a 7360 ISAM FX system. 29 lists the port mapping for the FANT-F card in a 7360 ISAM FX-16 shelf. 30 lists the port mapping for the FANT-F card in a 7360 ISAM FX-8 shelf. 31 lists the port mapping for the FANT-F card in a 7360 ISAM FX-4 shelf. 32 lists the port mapping for the FANT-G in a 7360 ISAM FX-16 shelf. 33 lists the port mapping for the FANT-G in a 7360 ISAM FX-12 shelf. 34 lists the port mapping for the FANT-G in a 7360 ISAM FX-8 shelf. 35 lists the port mapping for the FANT-G in a 7360 ISAM FX-4 shelf.

Table 28

Mapped items in a 7360 ISAM FX system

Item

Description

Physical port number

Physical switch device port number

Logical port number

Port number as denoted in the SNMP managemen t interface

LT port number (index based)

For internal LT ports, the index of the LT in the main shelf that corresponds to this port (for local LTs only)

Front panel port number

For external ports, how this port is identified at the front panel of the card

(1 of 2)

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System overview

Item

Description

Port state / configurability

For NTIO ports, how this port can be configured:

• • • •

UP for uplinks/subtending/user links DOWN for internal LT links FIXED for fixed configuration (UP or DOWN) CONF for configurable configuration (UP or DOWN)

(2 of 2)

Table 29

FANT-F in 7360 ISAM FX-16


Logical port number

LT slot number (index based)

Faceplate port number

Interface

10

15

1

—

—

12

16

2

—

—

16

17

3

—

—

18

18

4

—

—

32

19

5

—

—

34

20

6

—

—

41

21

7

—

—

43

22

8

—

—

45

23

9

—

—

37

24

10

—

—

22

25

11

—

—

8

26

12

—

—

39

27

13

—

—

28

28

14

—

—

20

29

15

—

—

17

30

16

—

—

2

5

—

1 (NT-A)

RJ-45

4

6

—

X1 (NT-A)

SFP+

5

7

—

X2 (NT-A)

SFP+

6

8

—

X3 (NT-A)

SFP+

7

9

—

X4 (NT-A)

SFP+

3

3

—

IEEE1588 (NT-A)

—

—

10

—

1 (NT-B)

RJ-45

—

11

—

X1 (NT-B)

SFP+

—

12

—

X2 (NT-B)

SFP+

—

13

—

X3 (NT-B)

SFP+

(1 of 2)

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41

System overview



Logical port number



Interface

—

14

—

X4 (NT-B)

SFP+

—

4

—

IEEE1588 (NT-B)

—

(2 of 2)

Table 30



Logical port number



Interface

10

15

1

—

—

12

16

2

—

—

16

17

3

—

—

18

18

4

—

—

32

19

5

—

—

34

20

6

—

—

41

21

7

—

—

43

22

8

—

—

2

5

—

1 (NT-A)

RJ-45

4

6

—

X1 (NT-A)

SFP+

5

7

—

X2 (NT-A)

SFP+

6

8

—

X3 (NT-A)

SFP+

7

9

—

X4 (NT-A)

SFP+

3

3

—

IEEE1588 (NT-A)

—

—

10

—

1 (NT-B)

RJ-45

—

11

—

X1 (NT-B)

SFP+

—

12

—

X2 (NT-B)

SFP+

—

13

—

X3 (NT-B)

SFP+

—

14

—

X4 (NT-B)

SFP+

—

4

—

IEEE1588 (NT-B)

—

Table 31



Logical port number



Interface

10

15

1

—

—

12

16

2

—

—

(1 of 2)

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System overview


Logical port number



Interface

16

17

3

—

—

18

18

4

—

—

2

5

—

1 (NT-A)

RJ-45

4

6

—

X1 (NT-A)

SFP+

5

7

—

X2 (NT-A)

SFP+

6

8

—

X3 (NT-A)

SFP+

7

9

—

X4 (NT-A)

SFP+

3

3

—

IEEE1588 (NT-A)

—

—

10

—

1 (NT-B)

RJ-45

—

11

—

X1 (NT-B)

SFP+

—

12

—

X2 (NT-B)

SFP+

—

13

—

X3 (NT-B)

SFP+

—

14

—

X4 (NT-B)

SFP+

—

4

—

IEEE1588 (NT-B)

—

(2 of 2)

Table 32

FANT-G in 7360 ISAM FX-16


Logical port number



Interface

16

19

1

—

—

20

20

2

—

—

24

21

3

—

—

28

22

4

—

—

32

23

5

—

—

36

24

6

—

—

40

25

7

—

—

44

26

8

—

—

48

27

9

—

—

52

28

10

—

—

56

29

11

—

—

60

30

12

—

—

64

31

13

—

—

68

32

14

—

—

72

33

15

—

—

(1 of 2)

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System overview



Logical port number



Interface

76

34

16

—

—

10

7

—

1 (NT-A)

RJ-45

11

8

—

X1 (NT-A)

SFP+

12

9

—

X2 (NT-A)

SFP+

13

10

—

X3 (NT-A)

SFP+

14

11

—

X4 (NT-A)

SFP+

15

12

—

X5 (NT-A)

CFP4

4

3

—

1 IEEE1588 (NT-A)

—

5

5

—

2 IEEE1588 (NT-A)

—

10

13

—

1 (NT-B)

RJ-45

11

14

—

X1 (NT-B)

SFP+

12

15

—

X2 (NT-B)

SFP+

13

16

—

X3 (NT-B)

SFP+

14

17

—

X4 (NT-B)

SFP+

15

18

—

X5 (NT-B)

CFP4

4

4

—

1 IEEE1588 (NT-B)

—

5

6

—

2 IEEE1588 (NT-B)

—

(2 of 2)

Table 33



Logical port number



Interface

24

19

1

—

—

28

20

2

—

—

32

21

3

—

—

36

22

4

—

—

40

23

5

—

—

44

24

6

—

—

48

25

7

—

—

52

26

8

—

—

56

27

9

—

—

60

28

10

—

—

64

29

11

—

—

68

30

12

—

—

(1 of 2)

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Issue: 07


System overview


Logical port number



Interface

10

7

—

1 (NT-A)

RJ-45

11

8

—

X1 (NT-A)

SFP+

12

9

—

X2 (NT-A)

SFP+

13

10

—

X3 (NT-A)

SFP+

14

11

—

X4 (NT-A)

SFP+

15

12

—

X5 (NT-A)

CFP4

4

3

—

1 IEEE1588 (NT-A)

—

5

5

—

2 IEEE1588 (NT-A)

—

10

13

—

1 (NT-B)

RJ-45

11

14

—

X1 (NT-B)

SFP+

12

15

—

X2 (NT-B)

SFP+

13

16

—

X3 (NT-B)

SFP+

14

17

—

X4 (NT-B)

SFP+

15

18

—

X5 (NT-B)

CFP4

4

4

—

1 IEEE1588 (NT-B)

—

5

6

—

2 IEEE1588 (NT-B)

—

(2 of 2)

Table 34



Logical port number



Interface

48

19

1

—

—

52

20

2

—

—

56

21

3

—

—

60

22

4

—

—

64

23

5

—

—

68

24

6

—

—

72

25

7

—

—

76

26

8

—

—

10

7

—

1 (NT-A)

RJ-45

11

8

—

X1 (NT-A)

SFP+

12

9

—

X2 (NT-A)

SFP+

13

10

—

X3 (NT-A)

SFP+

14

11

—

X4 (NT-A)

SFP+

(1 of 2)

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System overview



Logical port number



Interface

15

12

—

X5 (NT-A)

CFP4

4

3

—

1 IEEE1588 (NT-A)

—

5

5

—

2 IEEE1588 (NT-A)

—

10

13

—

1 (NT-B)

RJ-45

11

14

—

X1 (NT-B)

SFP+

12

15

—

X2 (NT-B)

SFP+

13

16

—

X3 (NT-B)

SFP+

14

17

—

X4 (NT-B)

SFP+

15

18

—

X5 (NT-B)

CFP4

4

4

—

1 IEEE1588 (NT-B)

—

5

6

—

2 IEEE1588 (NT-B)

—

(2 of 2)

Table 35



Logical port number



Interface

48

19

1

—

—

52

20

2

—

—

56

21

3

—

—

60

22

4

—

—

10

7

—

1 (NT-A)

RJ-45

11

8

—

X1 (NT-A)

SFP+

12

9

—

X2 (NT-A)

SFP+

13

10

—

X3 (NT-A)

SFP+

14

11

—

X4 (NT-A)

SFP+

15

12

—

X5 (NT-A)

CFP4

4

3

—

1 IEEE1588 (NT-A)

—

5

5

—

2 IEEE1588 (NT-A)

—

10

13

—

1 (NT-B)

RJ-45

11

14

—

X1 (NT-B)

SFP+

12

15

—

X2 (NT-B)

SFP+

13

16

—

X3 (NT-B)

SFP+

14

17

—

X4 (NT-B)

SFP+

15

18

—

X5 (NT-B)

CFP4

(1 of 2)

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System overview


Logical port number



Interface

4

4

—

1 IEEE1588 (NT-B)

—

5

6

—

2 IEEE1588 (NT-B)

—

(2 of 2)

2.3.3

IHub The IHub provides L2 bridging (based on VPLS) and IP routing (based on VPRN). The IHub has at least 28 ports with various specializations.

A number of ports are used to make a connection at 1 Gb/s or at 2.5 Gb/s or at 10 Gb/s to an LT local in the shelf (one IHub link per LT ). The connection speed depends on the LT capabilities; see Table 27. The FE/GE ports, which are not used for connecting LT cards (local or remote), and the 10GE ports, are available as network interfaces, interfaces to subtended DSLAM systems, or for connecting directly to users. These links serve network links, subtending links, or user links respectively. Use of these ports is possible through:

• link interfaces that are physically located on an NTIO card, connected via bidirectional P2P high-speed connections on the backplane to both NT cards These interfaces can also be used as electrical FE or GE interfaces, or opt ical GE, or 10GE interfaces, for uplink, subtending, or user links. The NTIO card contains an NT equipment protection switch per external link interface. Link protection and NT equipment protection can be performed independently from each other for links terminated on the NTIO. • link interfaces that are physically located on the NT card, as electrical FE or GE interfaces, or optical GE or 10 GE interfaces, for uplink, subtending, or user links.

2.3.4

Wavelength Multiplexer (WM) For the NG-PON2 (TWDM) application, the 7360 ISAM Wavelength Multiplexer/Demultiplexer (7360 ISAM WM) shall be used to combine and separate the individual TWDM wavelength channels associated with the TWDM signal. Note — WM is not required for actual GPON, fixed NG-PON2,

or EPON (either actual EPON or 10G EPON).

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System overview


The 7360 ISAM WM is built as a wavelength multiplexer which can be equipped with the following cards:

• a power card (PC), with a second, optional power card, for 1+1 redundancy • a controller card (CC) • line cards (LCs) implementing the wavelength mux/demux function These cards are designed for use in a 7360 ISAM WM shelf. They cannot be equipped in a 7360 ISAM FX shelf. Figure 9

7360 ISAM WM Decomposition WM

PC

CC

LC 25758

2.3.5

7360 ISAM WM line cards The 7360 ISAM WM line card (LC) provides wavelength multiplexing functionality for downstream and wavelength demultiplexing functionality for upstream. The following LC is supported in 7360 ISAM WM equipment:

• FWLC-A (dual, 4-channel WM line card), which: • supports dual, 4-channel WM functionality. Each card can multiplex 4 TWDM •

channel pairs to one TWDM channel group. has semiconductor optical amplifiers (SOAs) integrated on the card, for upstream signal amplification, in order to compensate for the insertion loss of upstream demultiplexing. Note — LCs with Coexistence element (CEx) are not yet

supported.

2.3.6

7360 ISAM WM controller card The 7360 ISAM WM controller card collects and aggregates the alarms from each LC. The FWCC-A is swappable during runtime, and this action will not impact service.

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System overview

The following controller card is supported in 7360 ISAM WM equipment:

• FWCC-A, which: • provides an alarm interface (DB9) to connect the aggregated alarm signal to the •

2.3.7

Environment CO Alarm interface of a 7360 ISAM FX shelf. provides RS232(DB9), two GE, and a Micro USB interface to support local and remote management functionality in the future.

7360 ISAM WM power cards The ISAM WM power card is the power supply card for ISAM WM equipment. Two power cards can be equipped in a WM shelf for active/active protection. The following power card is supported in 7360 ISAM WM equipment:

• FWCC-A, which: • provides connections for external power and provides 12 V power output to line cards •

2.4

and controller cards by means of the backplane. has circuit breakers for system protection and visual indications for power availability. It supports two sets of power connectors and circuit breakers for power feeder redundancy.

Network management This section provides network management information for the 7360 ISAM FX system. Figure 10 shows how the 7360 ISAM FX system can be managed in a network. Figure 10

7360 ISAM FX network management

ISAM Remote CT CLI (via Telnet) TL1 (via UDP-login)

EMS

CT

RS232

EMAN

IACM

xHub Network Ports

LIM

LIM LIM

Management Flow to cascaded ISAM 20768

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System overview


The remote craft terminal (CT) uses TL1 commands or command line interface (CLI) commands. TL1 is used for pre-provisioning of the NT cards. CLI i s used to manage the xHub subsystem, the IACM, and the NVPS. Figure 11 shows the management topology for the 7360 ISAM FX. Figure 11

7360 ISAM FX management topology

EMS TL1 Gateway TL1 Terminal (e.g. AMS 5520) SNMPv2 or SNMPv3

SNMP agent

UDP

ISAM

SSH

TL1 CT RS232

CLI Terminal SSH

TL1 agent

Telnet

CLI CT

Debug Terminal

RS232

CLI agent

UDP

Debug agent

20767

The NT controller and the xHub subsystem each contain a separate SNMP agent. These can be managed using an element management station (EMS), such as the Nokia 5520 AMS. It is also possible to use a local TL1 or CLI craft terminal on the NT card to manage the LT cards. An integrated CLI approach is implemented on the NT card using a CLI agent. This agent implements CLI commands for the NT controller/NVPS/LIMs and the xHub subsystem. However, there is no semantic integration. Table 36 shows an overview of the involved managers.

50


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Table 36

System overview

Manager overview

Type

Description

EMS

Element management system (EMS) based on SNMP. The Nokia work station (5520 AMS) is commonly used.

CT

Craft terminal using TL1 commands or command line interface (CLI) commands.

Note 1 — External OAM VLAN:

The IHub subsystem supports in-band management. This happens through a dedicated VLAN, which must be configured (if different than 4093) on both the IHub subsystem as on the NT. Note 2 — VLAN 4094 is reserved for internal communication

and cannot be used in any Ethernet network in which the 7360 ISAM FX system is deployed.

2.4.1

7360 ISAM WM management The 7360 ISAM WM equipment does not require any management. It provides aggregated alarms from 7360 ISAM WM line cards and controller cards. These aggregated alarms are captured by the main shelf alarm interface.

2.5

EPON implementation of ISAM The 7360 ISAM FX is an optical fiber distribution network that delivers voice, data, and video services to residential and business subscribers using the Ethernet Passive Optical Network (EPON) technology. ISAM provides the core processing, switching, and control functions. The 7360 ISAM FX shelves with an NT card and an EPON LT card comprise the conceptual OLT system from an EPON network point of view as follows:

• In the upstream direction, ISAM interacts with the Ethernet switch and voice gateway using the NT cards. • In the downstream direction, ISAM distributes network traffic to the ONUs over the EPON, with the LT cards terminating the EPON connections to the subscribers. The Nokia ONU products are edge devices that use EPON technology to extend a fiber optic cable from an OLT shelf to a residential or business subsc riber residence, including single-family residences, multi-dwelling units such as apartment buildings and small office or home office applications.

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System overview


See 7360 ISAM FX System Description for more information about EPON network architecture, implementation, and supported features in ISAM.

2.5.1

EPON support for North America The 7360 ISAM FX supports the EPON LT card that enables a link for operations, administration, and maintenance between the OLT and the ONU. This link is independent of the northbound interface to the customer operational and business support systems. The associated service concepts are L2 VLAN based. EPON LT cards can be managed using the following configuration models:

• EPON: default mode, managed using traditional 1G EPON model • DPoE: managed using traditional 1G EPON model with specified OAM • DOCSIS: managed using DOCSIS model See Chapter “DPoE Network Architecture” in the “Systems Description for FD 100/320 Gbps NT and FX NT ” guide for more information. Initial DPoE OAM support includes the following features:

• Basic service features • PB encapsulation mode • PB transport mode • IP HSD mode • combination PB encapsulation and PB transport mode • combination IP HSD and PB transport mode • ONU UNI management (not applicable to DOCSIS mode) • ONU maximum MAC • ONU UNI ACL • ONU UNI CCL • ONU UNI VLAN • ONU MAC aging time (not applicable to DOCSIS mode) • ONU optical diagnosis (not applicable to DOCSIS mode) • ONU software upgrade mode (not applicable to DOCSIS mode) • ONU IGMP snooping mode (not applicable to DOCSIS mode) Table 37 describes the EPON supported functionality for the current release. Table 37 Area

EPON supported functionality Description

EPON Protocol EPON interface

EPON PMD,RS, PCS, PMA and MPCP sublayer complies with IEEE 802.3ah-2004 specification

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Area

Description

PMD

In compliance with ITU-T G.652 and G.657 single-mode fiber EPON system is a single-fiber, 2-way system with upstream and downstream using separate wavelengths:

• •

upstream 1260 nm to 1360 nm downstream 1480 nm to 1500 nm

1000Base-PX20+ optical module types FEC

Forward Error Correction in both the upstream and downstream directions (hardware ready)

MPCP

Up to a 64 split ratio per PON Maximum reach of 20 km with 1:32 split ratio Range distance in meters to the EMS system is reported Single-LLID (S-LLID) mode Multi-LLID (M-LLID) mode

Maintenance

Remote ONU software upgrade mode

EPON OLT L2 forwarding Switching capacity and uplink

960 Gbps switch capability

L2 switching

MAC switching and dynamic MAC learning

80 Gbps up link (10 Gbps per 8 ports)

MAC address configurable aging time (300 default) Ethernet MTU size of 2000 bytes in compliance with IEEE 802.3as L2 isolation between ONUs Frame format

Ethernet II frame format In compliance with IEEE 802.3 and 802.2 LLC-SNAP encapsulation frame format

VLAN and QinQ

Ability to distinguish C-VLAN and VLAN ports. Handles the traffic that belongs to a VLAN port according to the forwarder type that is associated to the VLAN port. C-VLAN port: OLT checks if the outer VLAN in the frame matches one of the C-VLAN configured on the LLID. If yes, the frame belongs to the C-VLAN port. VLAN port: If the frame does not match any C-VLAN ports and the VLAN port is created on the LLID, the frame belongs to the VLAN port. If the VLAN port is not created on the LLID, the frame will be dropped. Ability to apply the following VLAN forwarding models to C-VLAN port:

• • •

C-VLAN cross connect C-VLAN residential bridge S+C-VLAN cross connect

1:1 C-VLAN translation, N:1 C-VLAN translation, and mixed mode without forwarding performance impact VLAN stacking (QinQ) feature in compliance with IEEE 802.1ad TPID 0x8100 for both outer VLAN tag and inner VLAN tag ONU L2 forwarding (2 of 7)

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Area

Description

L2 switching

MAC switching and dynamic MAC learning MAC address configurable aging time Ethernet MTU size of 2000 bytes in compliance with IEEE 802.3as specification L2 isolation between UNI port

VLAN

In compliance with IEEE 802.1Q VLAN tagging with full 4K VLANs in the range of 2 to 4096 VLAN mode per UNI: transparent. Supports VLAN mode per UNI: tag VLAN mode per UNI: trunk

C-VLAN TPID S-VLAN TPID

Configura ble TPID for V-VPLS services limited to the following unique tags per ISAM:

• • • •

0x8100 0x88a8 0x9100 0x9200

ONU TPID is configurable per ONU OLT supports TPID translation. The network side TPID is configurable. The network port can be configured as following two TPID modes:

• •

port-based: all egress frames from the port will use the same TPID value v-VPLS-based: egress grames from the different v-VPLS will use the different TPID values

IPv6

IPv6 (hardware ready)

DBA

Combination of Dynamic Bandwidth Allocation:

• • •

fixed bandwidth (CIR) assured bandwidth (AIR) best effort bandwidth (EIR)

Minimum bandwidth allocation granularity no larger than 128 Kbps Configurable minimum bandwidth no larger than 512 Kbps Accuracy better than ± 5% OLT QoS General

EPON system supports QoS mechanisms in compliance with ITU-T Y.1291 including:

• • • • • •

traffic classification priority marking queuing and scheduling traffic shaping and policing congestion and avoidance buffer management, and so on

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Area

Description

Traffic classification

Upstream traffic classification based on relevant parameters in Ethernet frames. Parameters include:

• • • • • • • • • • • Priority marking

LLID MAC DA MAC SA user priority in compliance with IEEE 802.1D Ethernet types: PPPoE, PWE3, MAC control source IP destination IP IP protocol types: TCP, UDP, ICMP, IGMP, and so on IP TOS/DSCP L4 protocol port

By default, the OLT trusts the priority from the ONU In upstream, the OLT supports p-bits remark and p-bits mapping function based on VLAN port OLT supports priority marking for upstream traffic based on traffic classification. The priority can be forcibly modified. By default, the mapping between IEEE 802.1D user priority and types of services in compliance with IEEE 802.1Q-2005 Annex G.4

Queuing and traffic scheduling

OLT supports mapping and scheduling o f both upstream and downstream traffic to different queues in compliance with IEEE 802.1D user priority For downstream traffic, the OLT supports:

• • • •

Strict Priority (SP) Weighted Round -Robin (WRR) SP + WRR SP + WRR (default)

Scheduling is based on the PON port. Rate limiting

For downstream traffi c, the OLT supports a rate limitation based on the classified traffic.

Buffer management

Congestion and avoidance mechanism is supported such as Tail-Drop.

ONU QoS Traffic classification

OLT supports upstream traffic classification based on relevant parameters in the Ethernet frames including:

• • • • • • • • • •

port MAC DA MAC SA user priority in compliance with IEEE 802.1D Ethernet types: PPPoE, PWE3, MAC control source IP destination IP IP protocol types: TCP, UDP,ICMP, IGMP, and so on IP TOS/DSCP L4 protocol port

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Area

Description

Priority marking

OLT supports priority marking for upstream traffic based on traffic classification. The priority can be forcibly modified. By default, the mapping between IEEE 802.1D user priority and types of services in compliance with IEEE 802.1Q-2005 Annex G.4

Queuing and traffic scheduling

OLT supports mapping and scheduling o f both upstream and downstream traffic to different queues in compliance with IEEE 802.1D user priority For upstream and downstream traffic, the ONU supports Strict Priority (SP)

Buffer management

Congestion and avoidance mechanism is supported such as Tail-Drop.

OLT security and reliability MAC learning limitation

Limitation of MAC learning based on LLID, and the number of MAC addresses is configurable per LLID. Maximum 8K per LLID.

ACL

OLT supports ACL based on source IP, destination IP, source/destination TCP or UDP port and protocol number in the upstream direction OLT supports filtering of illegal frames and illegal multicast sources such as multicast data flow at the user end OLT supports discard of Ethernet frames with unknown source MAC address to avoid MAC address cheating, and supports the configured allowed MAC address at the upstream direction Register events from an unprovisioned ONU is reported to EMS system

LT protection

LT protection supported to support NT 1:1 protection or load-sharing Configuration recovery function supported in case of OLT power off/on or card switch over and the service will continue to work normally Automatic recovery of ONU configuration if ONU power switches off/on OLT supports following safety functions:

• • • • • • • AES

IP/MAC anti-spoofing anti-DOS attack anti-ARP attack anti-ICMP attack anti-BPDU attack IP/MAC address binding CPU overload protection

Advanced Encryption Standard (AES) supports OLT and ONU side to provide link security DPoE supports AES in Cipher Feed Back (CFB) mode

Dying gasp

Automatic message sent to end a session when a power outage occurs

ONU security and reliability MAC learning limitation

Limitation MAC learning based on user port and the number of MAC addresses is configurable per user port. (0 to 48 or 0 to 64)

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Area

Description

ACL

In the upstream, the ONU supports ACL based on relevant parameters in the Ethernet frames including:

• • • • • • • • • • Ethernet port loopback detection

port MAC DA MAC SA user priority in compliance with IEEE 802.1D Ethernet types: PPPoE, PWE3, MAC control source IP destination IP IP protocol types: TCP, UDP,ICMP, IGMP, and so on IP TOS/DSCP L4 protocol port

Support in the same Ethernet port or different Ethernet ports. Depending on configuration, the ONU or OLT can shutdown the port when a loopback is detected.

Measurement and diagnosis RSSI

OLT side RSSI support ONU side RSSI support

PM counters

OLT PM counter support ONU PM counter support UNI statistic counter support

ONU information

Get ONU firmware version supported: Jedecid, chipset ID, and chipset version

Remote ONU control

Reset ONU ability using CLI/SNMP

Multicast IGMP

In downstream, OLT supports Single Copy Broadcast (SCB) to distribute IGMP packets to all ONUs under a PON using broadcast LLID (mode=1, LLID=0x7FFF) OLT supports IGMP proxy OLT supports IGMP V2 (RFC 2236) ONU supports IGMP snooping

Dimensions

N:1 VLAN translation:

• • •

across 1 LLID: N is minimum 16 across multiple LLIDs, across 1 PON port: N is minimum 1 K across multiple PON ports (per PON): N is minimum 4 K

Max selective S-VLAN (selective QinQ) entries: 2K per LLID or per PON (6 of 7)

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Area

Description

Management

SNMP v2/v2c/v3 TFTP/FTP/SFTP Syslog SNTP client CLI (SSH/Telnet) ACL for management management protocols Supports Neighbor Discovery (ND) proxy on the NT card, and ND relay on the LT card for 10G EPON and allows user-to-user communication communication and controllable ICMPv6 filtering

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2.5.2 .5.2

Bas Basic serv servic ice e feat featur ures es EPON is a point to multi-point access network that will allow two or more network elements to transmit on the same MAC using TDMA. Compliance with specification 802.1ah provides an interoperable method to reach, and identify an ONU and its capabilities providing information to the EPON OLT to enable the configuration of services on the ONU.

2.5.2.1

Lay Layer 2 forwarding The EPON system is configurable using the following forwarding service modes:

• PB encapsulation In this mode, the ONU will add a VLAN ID default tag for any tagged, untagged, and priority-tagged frames. The OLT will forward the frame so that the VLAN ID-default tagged frame will be transported to the uplink port. The upstream and downstream behavior is symmetric. • PB transport In this mode, untagged frames will be discarded by the ONU. Tagged frames in the trunk list will be forwarded by the OLT, so that tagged frames will be transported to the uplink port wit hout any change. For tagged frames that are not in the trunk list, the ONU will discard it. The upstream and downstream behavior is symmetric. • IP HSD In this mode, the ONU will add a tag and forward any untagged frames. The IHub can keep the tag or strip it out. Tagged or untagged frames will be transported to the uplink port. If a tagged frame needs to be dropped, an ACL can be configured. The upstream and downstream behavior is symmetric. In the current release TPID is 0x8100. The initial ARP request will be discarded, however the service will not be impacted.

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• combination PB encapsulation and PB transport In this mode, the ONU will add the VLAN ID-default tag to any tagged, untagged, or priority tagged PB encapsulation frame so that the VLAN ID-default tagged frame will be transported to the uplink port. F or untagged PB transport frames, the ONU will add the VLAN ID-default tag. For any tagged PB transport frames in the trunk list, the ONU will forward it and the OLT will also forward the frame so that the tagged frame will be transported to the uplink port without any change. For tagged PB transport frames no included in the trunk list, the ONU will add the VLAN ID-default tag. The upstream and downstream behavior is symmetric. • combination IP HSD and PB transport In this mode, the ONU will add a tag and forward any untagged IP HSD/PB transport frames. For untagged IP HSD frames, the IHub can keep the tag or strip it out, so untagged or tagged frames will be transported to the uplink port. For tagged IP HSD/PB transport frames no in the trunk list, the ONU can add the VLAN ID-default tag and forward it. For tagged IP HSD/PB transport frames that are included in the trunk list, the ONU will forward the pack et without any change. If a tagged frame needs to be dropped, an ACL can be configured. the upstream and downstream behavior is symmetric.

2.5.3

ONU UNI management This section describes the ONU UNI management features supported.

2.5.3.1

ONU max MAC The max MAC feature is supported by different third-party software versions. For proper functioning of the max MAC address functionality, the high limit value for the Max MAC should be set to 48 or 62 dependent on the ONU hardware implemented. See your Nokia representative to confirm the correct settings for your system. The MAC address limiting functionality works correctly for values less than, or equal to, these limits. Many services do not require MAC learning. To disable the MAC learning/limiting function and thus have no limit on the ONU, the user should set the max-MAC value to zero.

2.5.3.2

ONU UNI ACL The operator can create, modify, or delete an ONU flow on a specific ONU UNI port that is identified by the UNI port ID and the ONU MAC address. The ONU flow ID is used to identify the flow number attached to the UNI port of the ONU. A maximum eight flows can be created per ONU UNI. The ONU UNI AC L configuration is used in the IP HSD service mode.

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The traffic classification profile for an ONU flow is the profile index which must exist in the system. The parameter value for the precedence of the traffic classification profile can be set to indicate the ONU flow behavior, from 1 to 8 ACL configured as a drop or a pass. The LLID identification that the ONU flow is applied to must be the same as the ONU MAC address. Only single LLID mode is s upported. The ONU UNI ACL feature supports a maximum m aximum of four classifier field clauses.

2.5.3.3

ONU UNI CCL The operator can create, modify or delete an ONU UNI CCL in the ONU filter profile. The ONU UNI configuration should be set to tag mode. The precedence, condition of the filter field to match the specified frame, destination queue for upstream SP scheduling, and COS value to specify the matched frame for L2 priority can be configured. The CCL can be associated or unassociated with the ONU UNI specified. Only single LLID mode is supported and four queues in the upstream direction. The queue can be set to schedule traffic by strict priority.

2.5.3.4

ONU UNI VLAN The operator can configure the ONU UNI VLAN mode using the following three modes:

• transparent mode The transparent mode is the default configuration mode of the ONU UNI. In the upstream direction this mode will set the destination and forward the fram e if there is always a match. In the downstream direction, if the LLID is set to zero, the destination will be set and the frame will be forwarded. • tag mode For the tag mode, when the PB encapsulation or IP HSD service mode is configured, a tag will be added if there is always a match. • trunk mode For the trunk mode, when the PB transport service mode is configured, the system will set the destination desti nation and forward the frame if the tag is included the trunk list. If the tag is not included the frame will be discarded. The default configuration does not set the default port VID. A special trunk mode can be used which is a co-existence mode where operators can configure the default port VID for PB encapsulation and IP HSD service mode. A trunk mode VID can be configured for PB transport A VLAN trunk mode configuration, the frame with TPID of 0x8100 will be handled as a tagged frame and other frames will be handled as an untagged frame. In the upstream direction. Every upstream tagged frame will be compared with the tag in the VLAN trunk list and any traf fic with a different tag will w ill be dropped. When the default VLAN tag is configured, there can be co-existence with both the PB transport and PB encapsulation service modes, or with both the PB transport and

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IP HSD service modes. In the downstream direction, all tagged frames will be compared with the default port VID. If these match, the outer tag will be deleted. If no match, the VLAN trunk list will be checked. All unmatched downstream tag frames will be compared with the VLAN trunk list and any matched frames will then be forwarded to the ONU UNI. Any unmatched frames will be discarded. A VLAN trunk mode with a default port VID configuration method can be used for multiple service co-existence on the same ONU UNI port.

• For a trunk VID in the upstream direction, when an upstream frame matches the trunk

•

2.5.4

VLAN list, the frame will be forw arded directly without a tag change. If no match, then the default VID process will occur. For a default VID in the upstream direction, when a frame contains untag, ctag, or stag, and a match is not included in the VLAN trunk list, then a default VID will always be added and then forwarded. For a trunk VID in the downstream direction, when a frame matches the trunk VLAN list, the frame will be forwarded directly without a tag change. If no match, then the default VID process will occur. For a default VID in the downstream direction, when a frame contains a stag, and a match is not included in the VLAN trunk list, then the default VID will always be deleted and the frame forwarded.

ONU MAC aging time The operator can configure an ONU interface to enable or disable parameter settings to specify the MAC aging time. The MAC aging configuration can be useful used in conjunction with the max MAC feature on third-party soft ware versions and hardware to work around current limitations.

2.5.5

ONU optical diagnosis The operator can enable or disable RSSI functionality at the PON to retrieve optical power information between the OLT and a specific ONU, or the between the OLT and all ONUs under a specific PON. Temperature, voltage levels, and laser bias voltage of the optics module on the ONU and PON can be retrieved for trouble shooting and maintenance purposes. A host interface will be used in TK OAM to implement the ONU optical diagnosis function to retrieve the optical param eters of a specified ONU. If the optical transceiver of the ONU does not comply with SFF-8472 specification, the data cannot be transmitted. The ONU must be online for transmission to occur.

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2.5.6


ONU software upgrade mode The OLT can download the software in the following modes:

• TK is used if the ONU cannot extract the files from the software package: • The OLT extracts the files from the software package for the ONU at the NT. • The OLT downloads the extracted files from the NT to the LT to the ONU. • North American EPON may use DPoE or TK mode based on ONU type Note 1 — The OLT can support TK and DPoE links to OAM on

the same PON concurrently. Note 2 — See Operations and Maintenance Using CLI and TL1

for more detailed information. The operator can configure the following ONU software upgrade modes: Caution — If the ONU firmware version is less than 262,

upgrading a tar file with ONU firmware and personality file using plan mode will damage the ONU and is not supported due to a firmware limitation. Note 1 — If OLT software version is R4.4.03, the ONU firmw are

version is 251. Upgrading the personality f ile is not required as it will fail, but not damage the ONU. Note 2 — OLT release R4.4.03 supports TK OAM only. ONU

firmware version 262 is DPoE only. See R4.5 Operations and Maintenance Guide and Customer Release Notes for more information. Note 3 — If ONU software name length is 14 characters it is for

North America EPON. The software will be uploaded to directory \SW\ONT.

• plan mode The plan software upgrade mode acts as an automatic mode when configured to specify the software version to be unpacked. The length of the file name must be 14 bytes with parameters set to TK or D PoE. When configured as a TK plan mode, the OLT will unpack the software file to be upgraded. The file to be planned must be a TAR file which will be saved to the directory on the NT card. When configured as a DPoE plan mode, there is no need to create a sub-directory. Manually upload the ONU SW to the \SW\ONT \ directory on the NT card and the LT card will search for it. When configured as a TK plan mode, check the LT build type. For North Am erican LT build type, there is no need to create a sub-directory. Manually upload the ONU SW to the \SW\ONT directory on the NT card and the LT card will search for it. If the software upgrade mode is set for North American EPON, the OLT sets the software filename before restarting the ONU.

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• auto mode The auto software upgrade mode will cause the OLT to automatically compare software versions to be unpacked with the ON U software control table. The length of the file name must be 15 to 16 bytes with parameters set to TK. When configured as a TK auto mode, the OLT does not compare ONU software versions but will unpack the software upgrade. The file to be planned must be a TAR file which will be save to the directory on the NT card. For North American EPON, auto mode using the software version table is not currently supported. • manual mode The manual software upgrade mode will cause the OLT to not unpack the file to be upgraded, but only transfer this file to the ONU. M anual mode is only triggered when the download is entered. The ONU personality can only be upgraded by manual mode using TK OAM. Operators can configure the ONU to select the relative ONU and software version name to be upgraded. The length of the file name must be 14 bytes with parameters set to TK or DPoE. T he file to be planned must be a TAR file which will be saved to the \SW\ONT directory on the NT card where the LT card will search for it. If the file used to be upgraded cannot be found, the software upgrade process will fail. If the software upgrade mode is set for North American EPON, you must restart the ONU using CLI.

2.5.7

ONU IGMP snooping mode The operator can configure the ONU parameters to IGMP snooping mode V2. Auto IGMP forwarding to the CPU in downstream direction, and auto IGMP forwarding to the CPU in the upstream direction can be enabled using a TK host interface. The highest priority queue is used for classification of downstream IP multicast traffic. IGMP snooping is supported by various third-party software versions, however fast leave and cross VLAN IGMP snooping parameters are not supported.

2.5.8

DPoE support for North America The 7360 ISAM FX supports the DOCSIS provisioning of an Ethernet Passive Optical Network, also called DPoE system, which is a set of cable television laboratory specifications that implement the DOCSIS service layer interface on existing Ethernet PONs (1G EPON or 10G EPON), MAC and PHY layer standards. DPoE implements the DOCSIS Operations, Administration, Maintenance, and Provsioning (OAMP) functionalities on existing EPON equipment and allows the re-use of existing DOCSIS Operations Support System Infrastructure (OSSI). In short, it makes the EPON OLT act like a DOCSIS Cable Modem Termination Systems (CMTS) platform. The EPON OLT and EPON ONT work together like a virtual Cable Modem (vCM).

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See Chapter “DPoE Network Architecture” in the “Systems Description for FD 100/320 Gbps NT and FX NT ” guide for more information. Table 38 describes the DPoE supported functionality. Table 38

DPoE supported functionality

Area

Description

Equipment System configuration file

Provides a human-readable contiguous configuration file for entire DPoE system and can load/run another configuration file. File name should be consistent with standard UNIX file systems.

System executable software

Supports storage capacity for active DPoE system executable software (image) currently running and at least two other versions of the software with capability to switch between them Designates the software image for each type of reboot from the CLI and in the configuration file

System local logging

Supports Local logs and core dumps stored in the same file system with the configuration files and system image files Supports all hardware, software, and network interface failures logged in a local log in a controlled way to enable, disable, switch, threshold, log file size Controllable log file size not yet supported

PON optical module

Complies with MSA standards for TU interface of DPoE system for pluggable transceivers such as SFP, SFP+ , and XFP

ONU local log and syslog

Supports Local log and syslog logging for severe error ONU logging as follows:

• • •

report DPoE ONUs that register, de-register, and re-register more than operator configurable times for N and T report the last registration state before a registration failure on every failed DPoE ONU registration report the optical power and signal parameters available for a failed DPoE ONU registration

General vCM TFTP

Used by the DPoE system for downloading operational software and configuration information

vCM DHCPv4

Obtains IP addresses and other configuration for the purposes of DPoE ONU management proxy

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Area

Description

vCM general

Obtains an IP address and modem provisioning file from the OSS provisioning systems, on behalf of the DPoE ONU, as part of the modem registration process because the DPoE ONU does not contain an IP stack and is not directly addressable using IP Obtains IP address on behalf of the DPoE ONU Maintains IP address and associated parameters for the DPoE ONU as a vCM Performs IP provisioning on behalf of a DPoE ONU Complies to MULPIv3.0 specification requirements Configures the DPoE ONU with the parameters specified in the DOCSIS CM configuration file and blocks all frame forwarding from S interfaces on the DPoE ONU when the DOCSIS CM configuration file specifies that network access is disabled Configures both itself and the DPoE ONU during registration based on the TLVs specified in the DOCSIS CM configuration file

System DHCP relay

Suuports a DHCP relay agent that allows the operator to associate a CPE IP address request with the customer DPoE ONU MAC address

vCM configuration

Supports parsing and processing of CM configuration files

System time synchronization

Establishes a time reference through Time of Day (ToD) , Network Time Protocol (NTP), or other means prior to establishing vCMs Supplies a time reference for each vCM based on the already established DPoE system time. A time reference for each vCM is not required.

IP routing Route distribution

Supports IP route re-distribution from every active IP routing protocol to every other IP routing protocol, at least 8000 routes

BFD

Supports bi-directional Forwarding Detection (BFD)

ECMP

Supports Equal Cost Multi-Path (ECMP) for IP forwarding based on all IP routing protocols and static routes up to at least 16 MAX-PATHS (including default route and default network)

Policy routing

Supports source policy based routing

Static routes

Supports static IP routes configured by the configuration file or through CLI for the removal of static routes from the active forwarding routes and keeps the configuration file the same when BFD detects a next hop failure

Default ro ute

Supports four default routes for the configuration and forwarding of a static route to which all traffic not otherwise reachable by other routing protocols or static routes should be forwarded Removes default routes from the active forwarding routes and keeps the configuration file the same when BFD detects a next hop failure

IGPs

Supports route maps for configuration of IP route distribution between routing protocols Simultaneously runs both IS-IS and OSFPv2 Continues running BFD upon recovery of link failure and can re-establish the adjacency and admit the route to the link state database

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Area

Description

OSFP

Supports the following OSPF functionality:

• • • IS-IS

point-to-point links without a default router re-distributed label routes as type 5/7 LSAs graceful restart

Supports the following IS-IS functionality:

• • BGP

multiple topology (M-ISIS) MT extensions for LSP in order to support M-ISIS

Supports the following BGP functionality:

• • • • • • • RIP

distribution of routes throughout an Antonomous System graceful restart confederations MD5 signature option community tagging for announced and received IP routes with iBGP (16 communities for each) route policy controls including prefix, filtering, filter lists, and route maps blocking, filtering, suppression, aggregation, summarization of IP routes based on BGP policy matches

Supports the following RIP functionality:

• • • Local log and syslog

method of verification of the source IP addresses method of verification of the source CMCI port IP forwarding path secured when IP routing is operating over a CMCI interface

Supports the following IP routing debug tools functionality:

• •

local log and syslog for IP routing state changes for adjacencies local log and syslog for configuration changes that affect IP routing protocols

Static IP routing

Supports static IP routing for the CMCI interface

SAV

Supports the following SAV functionality:

• • • • •

IPv4 filter rules based on IPv4 source address and netmask IPv6 filter rules based on IPv6 source address and prefix length support to dynamically learn IP SAV filter rules via snooping DHCPv4/v6 sessions support to statically configure IP SAV filter rules via Static SAV Authorization Encoding TLVs (43.7), or via CLI configurations for Static IP SAV filter Rules IP SAV filter rules that are persistent across NT switchover or LT reset

Management System information dump

Supports CLI command that dumps all necessary system information such as configuration, logs, settings, states, etc.

ONU information dump

Supports the following CLI show commands for display:

• • • •

registration status authentication status operating interfaces data rate for a DPoE ONU based on a provided DPoE ONU MAC address

CLI

Supports CLI from local terminal using RJ-45 or RS-232 connectors or remotely over IP using the SSH2 protocol

CLI local terminal access

Supports VT100 terminal access using serial ports with RJ-45 or RS-232 connectors to the CLI, and may have more than one port for terminal access

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Area

Description

CLI security login

Supports non-encrypted password access using Telnet, MD5 encrypted storage and retrieval of passwords for CLI access, encrypted password access using SSHv2, Remote Authentication Dial In User Service (RADIUS), and vTerminal Access Controller Access-Control system Plus (TACACS+) for password authentication if configured vTernminal Access Controller Access-Control system Plus (TACACS+) is not yet supported

Client appli cations

Supports the foll owing client applications:

• • • • CLI auto message display

Telnet SSHv2 DNS NTP

Provides messages to all active login sessions. The matching local log entries are created for each of the following events:

• • • •

configuration change is committed or saved interface is administratively configured up or down new session is started (logged in) or ended (logged out) login fails

SNMPv2/v3

Supports both versions and provides a method to individual ly enable and disable each possible trap required by this specification

FTP/SFTP file transfer

Transfers the binary software files, configuration files, and local log files to and from the DPoE system

Loopback IP address

Supports at least 8 loopback IP addresses and provides the capability to configure a minmum of 2 IPv4 loopback addresses

System management protocols

Supports the following IP service daemons, helper, proxies, or ALGs:

Message of day in system configuration file

Provides a method to configure a Message of Day (MOTD) in the configuration file

vCM management

Supports MIB objects in the ifTable of the IF-MIB for each DPoE ONU S interface on behalf of the vCM used to provide SNMP management for the DPoE ONU

• • • • • • • • • • •

SSHv2 FTP/SFTP SCP (RCP + SSHv2) TFTP HTTP NTP/SNTP TELNET DNS proxy server SNMPv2/SNMPv3 BOOTP relay DHCP relay

Supports the dot3StatsDuplexStatus MIB object in the dot3StatsTable of the EtherLike-MIB, and may support other IETF-approved MIB objects defined by IEEE or MEF on behalf of the vCM used to provide SNMP management for the DPoE ONU Supports the following TLVs:

• •

Cable Modem Interface Mask (CMIM) sub-type (43.5.4) VPN Identifier (VPNID) (43.5.1)

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Area

Description

Performance monitoring

Supports the 32-bit counters provided by the docsL2vpnVpnCmStatsTable of the L2VPN MIB

Event alarms

Supports the DOCSIS event extensions to facilitate DPoE MEF fault management on behalf of the DPoE ONU including local log, SNMP trap, and syslog events

DPoE ISAM management access

Supports two models: Model 1 for VLAN tagged Management using NT access ports, and Model 2 for IP management using NT network ports

Operations and maintenance CFM

Supports Connectivity Fault Management (CFM) diagnostics for the D and MN interfaces (802.1ag)

EFM

Supports link diagnostics (802.3ah) on DPoE ONUs by providing a method to operate DPoE ONU S interface diagnostics as specified in DPoE-SP-OAMv1.0

PM counters - uplink and PON

Tracks and supports the following statistics per direction for the D and TU interfaces:

• • • •

Bits Per Second (BPS) per interface Packets Per Second (PPS) IP subnets in use (count) ACL filters in use (count and list of ACL numbers)

ONU remote loopback

Provides a CLI command to enable and disable DPoE ONU remote loopback as specified in DPoE-SP-OSSIv1.0 and 802.3

ONU debugging information

Supports basic, and controlled EPON debug capabilities such as EPON ONU registration logging, optical power receive, and EPON OAM PDU received message logging.

PON diagnostics

Supports the ability to place the DPoE ONU into remote loopback mode as specified by 802.3

System packet intercept

Supports broadband intercept using one or more of the following methods:

• • • System RSSI

IPFIX port mirroring ACL based IP port mirroring

Supports all optical monitoring values as speci fied in SF F-8472, including monitoring received optical power, transmit power, transmit bias current, i nternal voltage, and temperature Reports received optical power on a per logical link basis, as well as reports received optical power during idle time on the PON upstream

ONU RSSI

Supports all optical monitoring values as specified in SFF-8472, including monitoring received optical power, transmit power, transmit bias current, i nternal voltage, and temperature

ONU optical power control

Disconnects the power supply from the optical module using software control Controls the power supply separately to the transmit and receive paths of the optical module

Rogue ONU detection and closure

Provides the operator capability to turn on or off the rogue DPoE ONU detection function for each PON and for an entire DPoE system

OSSI System SNMP agent

Supports a SNMP agent to provide management access in support of DPoE system MIBs (SNMPv1, SNMPv2c, and SNMPv3 protocols)

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Area

Description

vCM SNMP agent

Provides a SNMP agent for management access to the supported CM MIBs for the vCM. Each vCM appears as a separate management entity to external management applications. Implements the SNMPv1, SNMPv2c, and SNMPv3 protocols

System traps

Provides ability to generate SNMP notifications to one or more trap rece ivers

System syslog

Provides ability to generate events to a syslog server

vCM traps

Provides ability to generate SNMP notifications to one or more trap receivers

vCM syslog

Provides ability to generate events to a syslog server

System ICMP error

Supports IP end-station generation of ICMP error messages and processing of all ICMP messages for IP addresses on any of its D interfaces

vCM ICMP error

Supports IP end-station generation of ICMP error messages and processing of all ICMP messages

System configuration

Supports CLI

vCM configuration

Supports system configuration by a configuration file, configuration file based SNMP encoded objects, and SNMP Set operations Rejects the configuration file when the configuration file received by the vCM contains duplicate TLV-11 elements

vCM software download

Supports both the SNMP and configuration file initiated methods to trigger the Secure Software Download

System performance management

Supports the monitoring of the MAC and PHY interfaces using the standard interface statistics through the IF-MIB for the corresponding EPON interfaces

vCM performance management

Supports the BRIDGE-MIB by using DPoE OAM messages to retrieve the appropriate statistics from the DPoE ONU

System performance management

Supports the DOCS-DIAG-MIB to provide early detection to existing DOCSIS systems

System security management

Provides SNMP responses in accordance with the SNMP framework

vCM security management

Provides SNMP responses in accordance with the SNMP framework

EPON configuration

Applies global parameter configurations, 1G EPON, and 10G EPON interface, and so on

EPON MIB compliance

Supports managed objects of EPON

System MIB compliance

Supports the MIBs required of the CMTS

vCM MIB compliance

Supports the list of MIBs required of the CM on behalf of the DPoE ONU

PON physical PMD

Supports all of the Physical Media Dependent classes defined in 802.3 specification for 1G EPON and 10G EPON

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Area

Description

FEC

Supports the Forward Error correction (FEC) methods defined in 802.3 specification with the additional capabilities also defined in this specification Supports different FEC states to enable or disable in the upstream and downstream directions in the DPoE system Supports the different FEC states to enable or disable in the upstream and downstream directions in the DPoE ONU Supports enabling FEC on a per logical link basis in the DPoE system Supports enabling FEC on a per logical link basis in the DPoE ONU

Raman mitigation

Allows for reducing Raman interference of the EPON downstream with other optical wavelengths by replacing IDL time by randomize frames as defined in 802.3 specification

QoS Service classes profile

Supports configuration of QoS parameters using named service classes as specified in MULPIv3.0

HSD ACL

Supports the following parameters for L2 ACLs:

• • • • • • • •

MAC • source address • destination address MAC address ranges • source address • destination address 802.1ad SVLAN ID CVLAN ID 802.1q VLAN ID 802.1 TPID 802.1ah I-SID

Security and certificate Redund ancy

Supports hot-swappable line cards for all line cards used wi thin a single chassis

System anti-DOS attack

Provides a mechanism to prevent occurrence of the DOS flooding attack originating from a DPoE ONU

System rate limit for UC and BC

Offers operator configurable filters to control the data rate of block broadcast frames within a given VLAN

MAC limitation per UNI

Supports limitation of the number of MAC addresses learned on the s interface in the DPoE ONU

D-ONU authentication

Supports configuration of DPoE ONU authentication commands and parameters

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Area

Description

System SAV (IP anti-spoofing)

Supports the SAV functions that apply to IPv4 packets defined in SECv3.0 specification

Not supported yet

Allows for configuration to enable or disable SAV Implements the following CMTS standards to support interactions with provider DHCP server(s) related to SAV:

• •

DHCP Leasequery protocol DHCPv6 Leasequery protocol and related standards

Allows CMTS configuration to enable or disable the use of the SAV group ID encoding and static SAV prefix endcoding for identification of operator assigned IP addresses Discards upstream IP packets received on a SID assigned to an initializing CM ,and all upstream IP packets on all SIDs of the CM after it has finished the initialization process when the source IP address does not match the IP address assigned to the CM by an authorized DHCP server, whether SAV is enabled or not ONU digital certificate authentication

Ensures authentication and encryption procedures configured for the DPoE network have been completed before allowing configuration of a DPoE ONU or enable services either locally at the DPoE system, or at the DPoE ONU Validates the DPoE ONU certificate using the procedures and criteria defined in SECv3.0 and deny service to DPoE ONUs presenting invalid certificates

MIC for ONU configuration file

Implements the MIC and Extended MIC procedures for transferring and verifying DPoE ONU configuration files received from the OSSI Obtains the manufacturer CA or CableLabs Mfg CA certificate first using the out-of-band configuration information on behalf on CMTS

AES

Implements the downstream encryption modes (1Down and 10Down) Implements the 10Bi method, including upstream encryption for use in cases where the upstream security of the PON may be suspect

X509 certificates Not supported yet

De-registers any DPoE ONU that fails authentication Supports the ability for CMTS to provision at least two Root CA Certificates Supports CMTS ability for HTTP download of CRL files Supports CMTS capability of acting as an OCSP client

ONU digital-certificate authentication Not supported yet

Secure ONU software download Not supported yet

Implements the requirements of SECv3.0 for secure non-volatile storage of certificate and the corresponding public/private keys Stores the certificate private key in a manner that deters unauthorized disclosure and modification Ensures vendors digitally sign their code images with the Mfg CVC, as described in SECv3.0 May allow service providers to digitally co-sign vendor code images with the operator’s CVC Transmits executable image files only after encryption is enabled

System rate limit for downstream protocols

Supports the capability for CMTS to limit the rate at which it transmits downstream address resolution requests

ONU ACL

Supports the upstream drop classifiers on the DPoE ONU (TLV-60)

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Area

Description

Services System MTU size

Supports the MAC frame size maximum of 1600 bytes for 1G EPON and 200 bytes for 10G EPON (802.3as) for the DPoE system

ONU MTU size

Supports the MAC frame size maximum of 1600 bytes for 1G EPON and 200 bytes for 10G EPON (802.3as) for the DPoE ONU

LLID mapping

Requires an SF within the DPoE system to be mapped into one of the available LLIDs, where the mapping between the SF and the LLID is a vendor-specific process

System downstream classifiers

Supports classification of frames into downstream service flows in the DPoE system

ONU upstream classifiers

Supports clissification of frames into upstream service flow on the DPoE ONU

System classifiers

Supports the following two sub-classes of QoS classifiers in the DPoE system:

• • ONU classifiers

MEF QoS classifiers IP (HSD) QoS classifiers

Supports the following two sub-classes of QoS classifiers on the DPoE ONU:

• •

MEF QoS classifiers IP (HSD) QoS classifiers

DPoE MEF general

Ensures that all downstream traffic not classified for forwarding will be dropped at or before the applicable classification reference point by the DPoE system

DPoE IP (HSD)

Requires that the DPoE system is configured to reserve specific (listed) SVLAN IDs for IP (HSD) in order to locally provision SVLANs for IP (HSD) forwarding that are compatible with SVLAN IDs used Preserves the CVLAN ID assignment for EVCs across the lifetime of a vCM registration in the DPoE system

HSD p rovision

Provides both a CLI command and a configuration file command to configure one or more SVLANs for IP (HSD) service in the DPoE system Associates SVLANs with a set of interfaces if the interfaces and those SVLANs are assigned to an IP-SG and support bundling of multiple SVLANs into a single virtual bundle called an IP Serving Group in the DPoE system Provides a method of limiting the rate of DHCP lease renewals by providing a configurable limit of the number of lease renewals permitted on the DPoE system, for each individual helper (relay) for a moving window for which the period (in seconds) is configured

HSD VLAN forwarding

Allows the capability of forwarding Ethernet frames on the D and MN interfaces in compliance with 802.1d, 802.1q, and 802.1ad specifications in the DPoE system (802.1ah not supported yet) Requires the tag to be applied as an outer (trunking) tag in addition to existing 802.1q, 802.1ad, or 802.1ah specification tags when the DPoE system is configured to combine D and MN using 802.1q specification Ensures the DPoE system multiplexing the logical D and MN interfaces into a single Ethernet interface does not remove or re-write any existing tags upon egress direction from the MN or D interfaces Ensures that the (trunking) outer tag is removed before passing the frame to the logical D or MN interface when a DPoE system is configured to combine D and MN interfaces in complaince with 802.1q specification

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Area

Description

HSD link aggregation

Supports 802.1ax link aggregation specification on the D and MN or combined D and MN interfaces for all network to network traffic in the DPoE system

IP (HSD) forwarding

Supports Variable Length Subnet Masking (VLSM) on all IP interfaces, and IP subnet masks of any length on the D interface in the DPoE system Supports at least 32 IP subnetworks for each TU interface that may span across multiple TU interfaces with at least 4 IP subnetworks for each D interface Supports IP-SG commands to associate multiple TU interfaces with one IP subnet, support service address verification, ACLs, sub-interfaces, and Address Resolution Protocol (ARP) filters with an IP-SG Supports at least 128 DPoE standalone ONUs configured with IP (HSD) service for one CMCI interface (on each DPoE standalone ONU) for each TU interface in the DPoE system Supports operation with 1024 CMCI ports for as many as 128 DPoE standalone ONUs on each TU interface

MPLS

Supports Multi-protocol Label Switching (MPLS) using Label Distributin Protocol (LDP) for the D interface in the DPoE system

IP (HSD) provision

Supports configuration to disable ARP individually for each DPoE ONU CMCI port in the DPoE system Provides capability of disabling ARP individually for each DPoE ONU CMCI port by the DPoE ONU EPON MAC address and a port index in the DPoE system Supports configuration to disable ARP for the CMCI port based only on the DPoE ONU CMCI port when a DPoE ONU has only one CMCI port or has only one CMCI port configured

VLAN forwarding

Supports the DPoE ONU to associate all the customer frames received from or transmitted on a single MU interface with exactly one EPL service instance, or to associate all the frames received from or transmitted on the MI interface to one or more EPL service instances Supports the translation of the TPID in the DPoE system Supports encapsulation mode on MU, and transport mode on MI on the DPoE ONU Supports the transportation of PB SVLAN tagged traffic in the upstream direction that are received from the TU interface to the egress MN interface in the DPoE system Supports the DPoE ONU to forward PB SVLAN tagged traffic received from an MI interface without adding or removing any tagging or encapsulation Supports the DPoE ONU with the following parameters for the classification of traffic received from MU interface into upstream service flows at the CO reference point when Provider Bridge SVLAN tagging is used (802.1ad specification):

• • •

CVLAN SVLAN TPID

Supports L2VPN point-to-point forwarding mode to forward Provider Bridge frames in the downstream direction received from the MN interface using the SVLAN ID in the DPoE system L2CP protocols

Supports Option 2 of MEF 6.1 section 8.1 specification as the default and only option to handle layer CP protocols on the DPoE ONU

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Area

Description

L2VPN

Ensures the CMTS ignores a per SF L2VPN encoding that omits a VPN ID sub-type or that contains more than one VPN ID sub-type Ensures a point-to-point forwarding CMTS rejects a registration or service flow transaction with a L2VPN NSI encapsulation sub-type (using a reject-VLAN ID-in-use confirmation code) that requires forwarding on the L2VPN selected port with a VLAN ID already assigned for non-L2VPN purposes Ensures a point-to-point forwarding CMTS rejects a registration or service flow transaction (using a reject-multipoint-L2VPN confirmation code) that attempts to configure more than one cable attachment circuit (for example, a CM) with the same L2VPN NSI encapsulation service multiplexing value Ensures CMTS prevents a bridging loop for one L2VPN from denying all forwarding or flooding of traffic on any other non-looped L2VPN

MEF service

Implements a Metro Ethernet Forum (MEF) common service model that complies with 802.1ad specification in the DPoE system Supports PB forwarding on the DPOE ONU using the following parameters:

• • • • •

S-TPID SVLAN C-TPID C-DA C-SA

Supports the default configuration to a TPID of 0x88a8 i n compliance with 802.1ad specification, unless otherwise configured HSD service

Supports IP (HSD) compatible with a standard DOCSIS configuration file without the use of L2VPN or TLVs (DPoE-SP-MEFv1.0) Requires the DPoE system to be configured to reserve specific (listed) SVLAN IDs for IP (HSD) in order to locally provision SVLANs for IP (HSD) forwarding that are compatible with SVLAN IDs used in the DPoE system Supports the CVLAN assignment for EVCs within IP (HSD) service are preserved by the DPoE system across the lifetime of a vCM registration

MEF and HSD service

Supports the ability of a MEF and an IP (HSD) service on the same TU interface in the DPoE system

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2.6

Equipment management This section describes the 7360 ISAM FX general equipment practice including CO equipment management, SyncE support, IWF capabilities, Ethernet frame size, dimensioning information, and OLT service and system capacity.

The NE equipment practice type does not have to be explicitly planned by the operator, but is auto-planned by the NT at startup, depending on the detected type. At the same time, the NT will auto-plan the maximum number of racks supported by this equipment practice. The following 7360 ISAM FX type is defined:

• LNWW: large new equipment practice worldwide market (6 racks, 4 shelves per rack)

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Shelves are automatically planned upon detection. The operator can control the administrative state of a shelf (lock/unlock). The NE manages different types of cards. A complete overview of all supported card types in each type of shelf is in the chapter 3 “Shelves”. Card planning is supported for all types of cards, including the appliques. For LSMs, the operator can control the administrative state (lock/unlock).

2.6.1

CO equipment management CO equipment only supports configurations consisting of a single rack and shelf.

2.6.2

EPON ONU management For more information about the ONU management, see System Description for FD 100/320Gbps NT and FX NT .

2.7

Card capabilities and dimensioning This section provides an overview of:

• • • • • • • • • •

2.7.1

dimensioning information for the NT cards; see Table 39 SyncE support on NT cards and NTIO cards; see Table 40 IWF capabilities of the LT cards per forwarding type; see Table 41 Ethernet frame size; see Table 42 dimensioning information of the LT cards per forwarding type; see Table 43 GPON-specific dimensioning; see Table 46 EPON-specific dimensioning; see Table 47 ISAM voice dimensioning; see Table 48 NPOT-C dimensioning and card capabilities; see Table 50 xDSL capabilities of the LT cards; see Table 51

NT card dimensioning Table 39 lists the dimensioning for the NT cards and their variants. Table 39

NT card dimensioning

Description

FANT-F

FANT-G

Throughput

480 Gbps

1.2 TBps

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Description

FANT-F

FANT-G

Maximum number of MAC addresses (FDB) (1)

128 k

128 k

Maximum number of IP interfaces

512

512

IPv4

16 k(4)

16 k(5)

IPv6

8 k(4)

32 k(5)

FIB

16 k

8k

RIB

16 k

—

FIB

8k

24 k

RIB

8k

—

Maximum number of L2 filters

512 (2)

512(2)

Maximum number of L3 filters

512

512

Maximum number of VLANs

4k

4k

Maximum number of cross-connects

4k

4k

Maximum number of ONTs

16 k

16 k

Maximum number of UNIs

40 k

40 k

Maximum number of VLAN ports (on UNI)

131072

131072

Maximum number of CC VLAN

49152

49152

Maximum number of (active) MC streams

2k

2k

Maximum number of L2-terminated VLAN

3072

3072

L2 frame size (in bytes)

2048

9216 bytes

External interfaces

1 x El. GE

1 x El. GE

4 x 1/10 GE

4 x 1/10 GE

ARP table size

Maximum number of IP routes:

IPv4

IPv6

1x 100 GE BITS in/out ports

1/1

1/1 (on the GFC, rather than on the NT faceplate)

SyncE input/output

4/4

5/5

IEEE1588 slave for frequency synchronization

Y

N (6)

Time of day

Y(3)

N(6)

(2 of 2) Notes (1) A number of MAC addresses are always used by the system for internal purposes. (2) The same resource is shared for L2 filters and L3 filters. So, the maximum cannot be obtained for both at the same time. (3) Time of Day via ToD/1 PPS interface, or via PTP packets (IEEE1588v2). (4) The ANSI FANT-F can support either 16 k IPv4 ARP entries, or 8 k IPv6 ARP entries, but not simultaneously. (5) The ANSI FANT-G can simultaneously support 16 k IPv4 ARP entries and 32 k IPv6 ARP entries. (6) Currently only hardware-ready.

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System overview

SyncE support Table 40 lists the port applicability of the SyncE NTR functionality for clock ex traction (in) and generation (out). Table 40

Faceplate port applicability for SyncE

Card

Port

SyncE in support

SyncE out support

FANT-F

X1

1 GE and 10 GE

1 GE and 10 GE

X2

1 GE and 10 GE

1 GE and 10 GE

X3

1 GE and 10 GE

1 GE and 10 GE

X4

1 GE and 10 GE

1 GE and 10 GE

X1

1 GE and 10 GE

1 GE and 10 GE

X2

1 GE and 10 GE

1 GE and 10 GE

X3

1 GE and 10 GE

1 GE and 10 GE

X4

1 GE and 10 GE

1 GE and 10 GE

X5

100 GE

100 GE

1

1GE, 2.5GE, 10GE

1GE, 2.5GE, 10GE

2

1GE, 2.5GE, 10GE

1GE, 2.5GE, 10GE

3

1GE, 2.5GE, 10GE

1GE, 2.5GE, 10GE

4

1GE, 2.5GE, 10GE

1GE, 2.5GE, 10GE

5

1GE, 2.5GE, 10GE

1GE, 2.5GE, 10GE

6

1GE, 2.5GE, 10GE

1GE, 2.5GE, 10GE

7

1GE, 2.5GE, 10GE

1GE, 2.5GE, 10GE

8

1GE, 2.5GE, 10GE

1GE, 2.5GE, 10GE

NELT-B

—

On GE SFP

FELT-B

On first 1GE, 10GE (VULA uplink)(1)

On all 1GE, 10GE (NNI) (1)

FANT-G

FNIO-A

Notes (1) VULA uplink and NNI cannot be mixed on the same FELT-B card.

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2.7.3


IEEE 1588v2 PTP support The IEEE 1588v2 precise time protocol provides an upgraded architecture to improve synchronization accuracy and allow precise ToD information to be distributed within the NT and LT cards in a 7360 ISAM FX shelf. The ToD serial output and 1 PPS signals are processed by the NT cards and are distributed to the LT cards through the backplane signals of the 7360 ISAM FX system to allow the collection of precise ToD information that can be measured on both the ToD/1 PPS interface on the NT card, and on the system backplane.

2.7.4

IWF capabilities Table 41 lists the IWF capabilities of the LT cards. See Table 27 for an overview of the supported LT cards.

Table 41

IWF capabilities

Feature

L3 EPON

L3 GPON

NELT-B

FELT-B

UNI

HC-U NI

NNI

VULA uplink

NNI

Bridged encapsulation Ethernet packet formats Reception of untagged packets

Y

Y

Y

Y

Y

—

—

Reception of combination of untagged and priority-tagged packets

—

Y

Y

Y

Y

—

—

Reception of single-tagged packets

Y

Y

Y

Y

Y

Y

Y

Reception of dual-tagged packets

—

—

—

—

—

Y

Y

Reception of combination of untagged, priority-tagged, single-tagged packets

—

Y

Y

Y

Y

Reception of combination of single- and dual-tagged packets

—

—

—

—

—

Y

Y

Port-based default VLAN for untagged/priority-tagged (if applicable) packets

Y

Y

Y

Y

Y

—

—

Port- and protocol-based default VLAN for untagged/priority-tagged packets of the IpoEv4 protocols

—

Y

Y

Y

Y

—

—

Port- and protocol-based default VLAN for untagged/priority-tagged packets of the IpoEv6 protocols

—

Y

Y

Y

Y

—

—

Port- and protocol-based default VLAN for untagged/priority-tagged packets of the PPPoE protocols

—

Y

Y

Y

Y

—

—

Priority-bit re-marking and mapping table for tagged/priority-tagged packets

Y

Y

Y

Y

Y

Y(3)

Y(3)

Packet processing

L2 Forwarding (1 of 3)

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Feature

L3 EPON

L3 GPON

NELT-B

FELT-B

UNI

HC-U NI

NNI

VULA uplink

NNI

RB mode: protocol filter (set of Ethertypes) for upstream traffic in VLANs in (PPPoE and IpoE)

Y

Y

Y

—

Y

—

—

RB mode Ethernet packet types: Ethernet II encap on Ethernet

Y

Y

Y

Y

Y

Y

Y

RB mode Ethernet packet types: LLC/SNAP on Ethernet

Y

Y

Y

Y

Y

Y

Y

CC mode: transparently pass all encapsulations (for example, PPPoE and IpoE)

Y

Y

Y

Y

Y

Y

Y

CC mode: protocol filter

Y

Y

—

—

Y

—

—

CC mode: IPoA to IPoE CC

—

Y

—

—

—

VLAN stacking (S-VLAN CC and S-VLAN/C-VLAN CC)

Y

Y

Y

Y

Y

Y

Y

VLAN stacking (S-VLAN/C-VLAN residential bridge)

Y

—

—

—

—

—

—

QoS-aware CC

—

—

—

—

—

—

—

Y

Y

Y

Y

—

—(4)

—(4)

802.1X authentication

Y

Y

Y

Y

—

—

—

DHCP option 82 insertion

Y

Y

Y

Y

—

—

—

PPPoE relay tag

Y

Y

Y

—

—

—

—

PPPoA-PPPoE relay

—

—

—

—

—

—

—

Multicast services access control

Y

Y

Y

Y

—

—

—

Multicast services resource control

Y

Y

Y

Y

Y

—

Y

L2 Forwarding user access protocols ARP: enabling/disabling broadcast

L3 Forwarding IPoE

(1)

—

—

—

—

—

IPoA

(1)

—

—

—

—

—

VLAN termination (at network side), forwarding at Layer 3

Y

—

—

—

—

IPv4 ACL/CCL

Y

Y

Y

—

Y

IPv6 ACL

Y

Y

—

—

—

x.509 authentication

Y

—

—

—

—

DHCPv4 relay

Y

Y

Y

Y

—

DHCPv6 relay

Y

Y

Y

Y

—

Y

Y

Y

Y

Y

—

Y

Association of QoS profiles to ports

—

Y

Y

Y

Y

—

—

Association of QoS profiles to port-VLAN associations

Y

Y

Y

Y

Y

Y

Y

L3 Forwarding user access protocols

QoS CAC profile

(2)

(2 of 3)

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Feature

L3 EPON

Sub-flow counters

—

L3 GPON

—

NELT-B

FELT-B

UNI

HC-U NI

NNI

VULA uplink

NNI

—

—

—

—

—

(3 of 3) Notes (1) IP aware bridge is only supported on L3 LT cards with 1GE NT interface; not on L3 LT cards with 2.5GE NT interface GPON LT cards and NELT-B (2) Support policing on bridge port on L2. (3) Only for tagged packets. (4) For uplink: ARP is always broadcast.

2.7.5

Ethernet frame size Table 42 lists the supported Ethernet frame size for the LT cards. Table 42

Ethernet frame size for LT cards

LT card

Encapsulation

Frame size (bytes)

P2P Ethernet

NELT-B UNI (with FCS)

1980

NELT-B HC-UNI (with FCS)

9216

NELT-B NNI (with FCS)

9216

FELT-B (with FCS)

9216

FGLT-A (with FCS)

2000

FGLT-B (with FCS)

2000

FPLT-A (with FCS)

2000

FPXT-B (with FCS)

12 000

NDLS-F (with FCS)

1580

NGLT-A (with FCS)

2000

NGLT-C (with FCS)

2000

FWLT-A (with FCS)

9600(1)

OLT

Note (1)

80

In an end-to-end setup, the NT will still be the limiting factor (i.e., max. 9216 for FANT-F).


DRAFT

Issue: 07


2.7.6

System overview

Dimensioning of the LT cards Tables 43 and 44 list the dimensioning information for the LT cards. See Table 27 for an overview of the supported LT cards.

Table 43

LT card dimensioning information

Feature

L3 EPON

L3 GPON

NELT-B

FELT-B

FPLTA

FPXT -B

NGLT -A

NGLTC

FGLT -A

FGLT -B

FWLTA

UNI

HC-U NI

NNI

VULA uplink

NNI

Maximum number of PONs (2)

8

8

8

—

16

16

4

—

—

—

—

—

Maximum number of UNIs

8192

8192

6144

6144

12 288

12 288

288

—

—

—

—

—

Maximum number of FE ports per card

—

—

—

—

—

—

—

36

36

36

36

36

Maximum number of GE ports per card

—

—

—

—

—

—

—

36

36

36

36

36

Maximum number of 10G ports per card

—

—

—

—

—

—

—

—

—

—

16

Maximum number of NNI/line (subtending)

—

—

—

—

128

128

—

—

—

—

—

—

Maximum number of CC VLAN (4)

4096

4096

11 520

11 520

32 768

32 768

2304

288

432

4096

32 768

—

Maximum number of RB VLAN (4)

1296

1296

1296

1296

1296

1296

1296

288

432

1296

1296

Maximum number of VLAN per port

—

—

8

8

8

8

8

288

432

4608

32 768

—

Maximum number of port-VLAN associations per LT

4096

4096

27 64 8

32 667

32 667

32 667

—

288

288

4608

Maximum number of VLAN port per UNI (FE/GE)

8

16

8

8

8

8

—

8

32

—

—

—

Maximum number of VLAN port per NNI (FE/GE)

—

—

512

512

512

512

—

—

—

256

—

—

Maximum number of MAC addresses per VLAN port

8192

16 38 4

64

—

64

64

—

—

—

—

—

65 536

Maximum number of MAC addresses per UNI

16

128

2048

2048

2048

2048

—

512

64

—

—(6)

—(6)

Maximum number of MAC addresses per NNI

—

—

2048

2048

2048

2048

—

—

—

3072

—(6)

—(6)

General

(1 of 4)

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81

System overview

Feature


L3 EPON

L3 GPON

NELT-B

FELT-B

FPLTA

FPXT -B

NGLT -A

NGLTC

FGLT -A

FGLT -B

FWLTA

UNI

HC-U NI

NNI

VULA uplink

NNI

Maximum number of MAC addresses per LT (including static)

16 38 4 (1)

16 38 4

18 42 7 (1)

32 763

32 76 3(1)

32 76 3(1)

32 762

2304

2304

32 768

—

65 536

Maximum number of IPv4 anti-spoofing addresses or subnets per LT (including static)

11 (per SF group)

8000 (exac t matc h)

11 52 0

11 520

24 576

24 576

20 480

384

384

—

—

—

12

—

11

11

12

12

20

8

8

—

—

—

Average number of IPv4 anti-spoofing addresses or subnets per LT (including static) per UNI Maximum number of IPv6 anti-spoofing addresses or subnets per LT (including static)

(1)

(1)

(20 480/ 4/ 128) 9 (exact match per servic e flow group) 6 (pre-fi x match per servic e flow group)

2000 (exac t matc h)

11 52 0

11 520

24 576

24 576

20 480

288

288

—

—

—

20 480

16

16

—

—

—

20

8

8

—

—

—

1872 (pre-fi x matc h)

Maximum number of IPv6 anti-spoofing addresses or subnets per LT (including static) per UNI

16

—

16

16

16

16

Average number of IPv6 anti-spoofing addresses or subnets per LT (including static) per port

12

—

11

11

12

12

Maximum number of upstream policy rules per QoS session profile in policy list

—

—

16

16

16

16

16

16

16

16

—

32

Maximum number of downstream policy rules per QoS session profile in policy list

—

—

4

4

4

4

4

4

0

0

—

8

Maximum number of PPP client ports per line

—

—

—

—

—

—

—

4

—

—

—

—

(20 480/ 4/ 128)

Multicast dimensioning (2 of 4)

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Feature

L3 EPON

System overview

L3 GPON

NELT-B

FELT-B

FPLTA

FPXT -B

NGLT -A

NGLTC

FGLT -A

FGLT -B

FWLTA

UNI

HC-U NI

NNI

VULA uplink

NNI

Maximum number of configured multicast channels per LT

4096

2048

4096

4096

4096

4096

4096

4096

4096

4096

—(7)

—(7)

Maximum number of simultaneousmulticast channels per LT

1024

2048

1024

1024

2048

2048

—

1024

1024

1024

—(7)

—(7)

Maximum number of multicast groups per UNI

100

100

256

256

256

256

64

100

100

—

—(7)

—(7)

Maximum number of multicast groups per NNI

—

—

1024

1024

1024

1024

—

—

—

1024

—

2048

Maximum number of simultaneous active multicast branches per LT

524 288

—

115 200

115 200

115 200

115 200

204 800

3 600

3 600

18 432

—

2048

Maximum number of multicast VLANs

64

64

64

64

64

64

64

64

64

48 (3)

—

64

Maximum number of IGMP channels per PON

64

64

768

768

768

1024

1024

—

—

—

—(7)

—(7)

Maximum number of IGMP control channels per port

1 (UNI)

—

1

1

1

1 (UNI)

1 (UNI)

3

3

48

—

64

256

64 (NNI)

(NNI)

64 (NNI)

GPON Maximum number of ONT per PON

—

—

128

128

128

128

64

—

—

—

—

—

Maximum number of UNIs per PON

—

—

768

768

768

768

576

—

—

—

—

—

Maximum number of service TCONTs per PON

—

—

1024

1024

1024

1024

384

—

—

—

—

—

Maximum number of service GEM ports per PON

—

—

1066

1660

1660

1660

2304

—

—

—

—

—

Maximum number of ONT per PON

64

64

—

—

—

—

—

—

—

—

—

—

Maximum number of LLIDs per ONT

8

16

—

—

—

—

—

—

—

—

—

—


512

—

—

—

—

—

—

—

—

—

—

—

EPON

802.1x (3 of 4)

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83

System overview

Feature


L3 EPON

L3 GPON

NELT-B

FELT-B

FPLTA

FPXT -B

NGLT -A

NGLTC

FGLT -A

FGLT -B

FWLTA

UNI

HC-U NI

NNI

VULA uplink

NNI

Maximum number of 802.1x sessions per line

—

—

768

768

768

768

768

—

—

—

—

—

Maximum number of 802.1x sessions per card

—

—

2304

6144

12 288

12 288

4096

—

—

—

—

—

128

128

—

—

—

—

—

—

—

—

—

—

x.509 Authentication Maximum number of x.509 authentications per PON (4 of 4) Notes (1) A few MAC addresses are used by the system for internal purposes. (2) Dependant on variant of LT card; NGLT-A/NGLT-C:8, FGLT-A/FGLT-B:16, FWLT-A: 4 (channel pairs). (3) 16 for configured channels, 32 for unconfigured channels (4) 101 VLAN ports are reserved for internal use (5) Electrical only; no cSFP supported in this release. (6) No MAC learning. (7) FELT-B transparently passes IGMP/multicast packets to the NT where IGMP processing is performed and where the multicast tree is actually started towards the other line cards as usual so multicast services can be offered even with FELT-B as uplink.

Table 44

LT card dimensioning information - DPoE

Feature

DPoE FPLT-A

FPXT-B

PON Port per board

8

8

Maximum number of ONU per PON

32

64 (h/w ready to support 128)

Maximum number of LLID per ONU

8

32

Maximum number of LLID per PON

252

2048

Maximum number of service flow pair per ONU

8

16

Maximum number of service flow pair per PON

252

16 384

Maximum number of service flow pair per board

2016

8192

Maximum number of bundles per board

8

8

4096

4096

Equipment

DPoE General

MEF Maximum number of S-VLAN per board IP HSD (1 of 2)

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System overview

Feature

DPoE FPLT-A

FPXT-B

Maximum number of SG per bundle

8

8

Maximum number of MAC per board

16384

32000

8000

16000

8192

16384

Security Maximum number of SAV (IPv4 and IPv6) entries per board L3 forwarding Maximum number of IPv4 DHCP entries per board (2 of 2)

2.7.7

LT Link Redundancy: dimensioning and configuration constraints The following constraints apply for NELT-B and FELT-B: Note — No link redundancy (neither LAG nor MSTP) are yet

supported on FELT-B.

Table 45

LT Link Redundancy: Dimensioning and configuration constraints

Dimensioning or configuration constraint

NELT-B UNI

FELT-B HC-UNI

NNI

VULA uplink

NNI

Redundancy in a dual NT [Active | Active] configuration (LT load-sharing) Maximum bi-directional aggregate throughput per LT

Up to 2.5G

Up to 2 X 10G

Up to 2 X 10G

Up to 2 X 40G

—

Support of MSTP

N

N

Y

—

N

Maximum number of MSTP instances, dedicated to LT ports

—

—

64

—

—

LT must be configured to be the Root bridge

—

—

Y

—

—

MSTP supported on Bridge type forwarders only

—

—

Y

—

—

Support of MSTP across two or more LTs

—

—

N

—

—

Support of LAG

Y

N

Y

—

Y

Maximum number of LAG per LT

18

—

18

—

18

Maximum number of ports in a single LAG, Static or Dynamic (with LACP)

8

—

8

—

8

MSTP

LAG

(1 of 2)

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85

System overview


Dimensioning or configuration constraint

NELT-B

FELT-B

UNI

HC-UNI

NNI

VULA uplink

NNI

Only ports with the same type and rate can be aggregated into a LAG.

Y

—

Y

—

Y

Restriction on LAG member port position?

Y (1)

—

Y(1)

N

N

Support of LAG across two or more LTs

N

—

N

—

Y

(2 of 2) Notes (1) All port members of a given LAG must belong to one of the two following port ID ranges: 1..18 or 19..36.

2.7.8

ISAM OLT service and system capacity This section provides information about the 7360 ISAM FX service and system capacities, and ISAM OLT performance, distance, and connection capacities.

2.7.8.1

Service and system capacities Table 46 lists the L3 dimensioning information specific to the GPON functionality. Table 46

Layer 3 GPON-specific dimensioning information

Description

NGLT-A NGLT-C FGLT-A FGLT-B

FWLT-A

Maximum number of ONTs per PON

128

32


768

288

Maximum number of TCONTs per PON

1024

1024

2048

4096

Maximum number of GEM ports per PON

(1)

Note (1)

Some GEM ports are reserved by the system. Not all 2048 ports are available to the operator.

Table 47 lists the L3 dimensioning information specific to the EPON functionality. Table 47

Layer 3 EPON-specific dimensioning information

Description

FPLT-A

FPXT-B

Maximum number of ONTs per PON

64

64

(1 of 2)

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System overview

Description

FPLT-A

FPXT-B

Maximum number of LLIDs per ONT

8

16


512

—

Maximum number of MAC (available)

2K per LLID, 16K per PON, 16K per LT

32K

Maximum number of ARP entries

8K per LT

—

Maximum number of VLAN translation entries (including N:1 and 1:1)

1K per PON, 8K per LT

—

(2 of 2)

2.7.8.2

ISAM voice dimensioning Table 48 shows the dimensioning capacities for ISAM voice. Table 48

ISAM voice dimensioning

Description

LT card

H.248 and SIP

NPOT-C

H.248

NVPS-C

Table 49 shows the dimensioning of the NVPS-C card supporting ISAM voice. Table 49

NVPS-C dimensioning

Description

NVPS-C

Number of registered POTS subscribers

5K(1)

Maximum number of connected ISAM Voice nodes

32 (2)

Maximum number of associated NPOTs

104

Number of controlling NVPS per ISAM Voice shelf

up to 8 pairs

Number of IP addresses per NVPS

1 or 2 (3)

Notes (1) 5K refers to 104 POTS voice LT boards, each of these boards connecting 48 subscribers (NPOT-C). (2) The 32 ISAM Voice nodes may be connected, but the total number of LT boards spread over these 32 ISAM nodes must not exceed 104. (3) Depends on the IP address/VLAN deployment model.

Table 50 shows the dimensioning and card capabilities of the NPOT-C LT card supporting ISAM voice.

Issue: 07


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System overview


Table 50

NPOT-C dimensioning and card capabilities

Description

NPOT-C

Number of POTS lines

48

Maximum number of simultaneous voice calls per LT

48 for G.711 36 for LBRC

Number of T.38 connections

36

Number of IP addresses per LT

1

Number of simultaneous ringers

8

Number of enhance fedding lines per LT (40mA)

5

Table 51 shows the NDLS-E and NDLS-F LT card capabilities supporting xDSL features. Table 51

NDLS-F dimensioning and card capabilities

Description Low power mode Seamless rate adaptation Standard ARQ Downstream power back-off (E-side) Inpulse noise sensor (in VDSL2) Virtual noise Artifical noise SELT Configurable VDSL2 memory split BLV vectoring capabilities (NDLS-F) System Level Vectoring (SLV) in upstream and downstream direction (NDLS-E). ATM transfer mode for ADSL PTM transfer mode for ADSL ATM bonding for ADSL PTM bonding for ADSL Supports downstream forwarding rates of mixed unicast and multicast traffic Backpanel pinning compatible with the FD backpanel. Line protection Can be hot inserted or extracted

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2.7.8.3

System overview

ISAM OLT performance and distance GPON:

• The P-OLT provides performance and distance capacity of 2.488 Gb/s downstream and 1.244 Gb/s upstream, within a 30 km (18.6 mi) span, for all NGLT cards • The optical link budget is defined by both loss and bandwidth characteristics . The loss characteristic is determined by the difference between the optical transmitter and optical receiver for each direction, and is typically 28 dB. The bandwidth characteristic is determined by the maximum link distanc e parameter of each OLT and ONT transmitter specification, and is limited by the smaller of the upstream and downstream values NG-PON2:

• The ISAM OLT provides performance and distance capacity of nominally 10 Gb/s downstream and 10 Gb/s upstream, for all FWLT cards. Options also include 10 Gb/s downstream and 2.5 Gb/s upstream • The span is highly dependent on the quality of the OSP (fiber, connectors, splitters, splices, and so on) and the optics used • The optical link budget is defined by both loss and bandwidth characteristics . The loss characteristic is determined by the difference between the optical transmitter and optical receiver for each direction, minus the OPP, and is allowed to be 3 different budget classes (N1 for 29dB, N2 for 31dB, and E1 for 33dB). The bandwidth characteristic is determined by the quality of the source laser and is incorporated already into the available, or usable, link budget values

2.7.8.4

ISAM OLT connection capacities The ISAM OLT can accommodate a maximum of 16 LT cards. The number of ports depends on the LT card used. Table 52 describes the total number of ports per LT card. Table 52

Total number of ports per optical card

Card type

Number of ports per card

Number of TWDM ports per board

Total number of ports

NDLS-F

48

—

—

NELT-B

36 (GE or FE channels)

—

—

18 (GE or FE SFP channels) (1 of 2)

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89

System overview


Card type

Number of ports per card

Number of TWDM ports per board

Total number of ports

FELT-B

36 (GE or FE cSFP channels)

—

—

18 (GE, FE, or 2.5GE SFP channels) 16 (10GE SFP+ channels) NGLT-A

8

—

128

NGLT-C

8

—

128

NPOT-C

48

—

—

FGLT-A

16

—

256

FGLT-B

16

—

256

FPLT-A

8

—

128

FPXT-B

8

—

96

NDLS-E

48

—

—

FWLT-A

—

4

64

(2 of 2)

2.7.8.5

7360 ISAM WM connection capacities The 7360 ISAM WM can accommodate a maximum of 12 line cards (LCs). Table 53 describes the total number of ports per LC. Table 53

2.8

Total number of ports for the 7360 ISAM WM

Card type

Number of TWDM ports (channel pairs) per card

Number of channel groups per card

Total number of channel groups per shelf

FWLC-A

2x4

2

24

NT redundancy support Four levels of redundancy are supported:

• link redundancy • equipment redundancy

90


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System overview

• subscriber line redundancy • application redundancy NT redundancy implements link redundancy and equipment redundancy in a decoupled architecture, which results in the following redundancy cases:

• only link protection: • • • •

single NT, active-standby, or load-sharing uplinks combined NT and link protection, no NTIO: dual active/standby NT, with direct uplink or link set decoupled NT and link protection, single NTIO: dual active/standby NT, NTIO card with link switches NT protection, passive link protection, no NTIO: single, active-standby or load sharing uplinks subtending system protection

Table 54 lists the hardware modules that are ready for NT redundancy support. Table 54

NT Redundancy support-ready hardware modules

Type

Module

Shelves

NFXS-D NFXS-E NFXS-F NFXS-G

NT cards

FANT-F FANT-G

LT cards

NDLS-F NELT-B FELT-B NGLT-A NGLT-C NPOT-C FGLT-A FGLT-B FPLT-A FPXT-B FWLT-A NDLS-E

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System overview

2.9


1:1 NVPS redundancy The NVPS card supports 1:1 (active/standby) redundancy. In a redundant configuration, both cards must be installed in adjacent slots n and n+1 (where n is an odd integer). Table 55 shows hardware modules that are ready for NVPS redundancy. Table 55

2.10

NVPS Redundancy support-ready hardware modules

Type

Module

LT card

NPOT-C

NVPS card

NVPS-C

CLEI codes This section provides CLEI code information. Note 1 — The CLEI code changes whenever an item change or

adaptation occurs. Note 2 — The latest status of these CLEI codes is always

available on the following website: https://codecenter.commonlanguage.com/applogin.asp?app= clei_inquiry Note 3 — An account is required to obtain a username and

password before the CLEI database can be accessed. Or see your Nokia representative to obtain CLEI code information.

92


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Shelves

3 Shelves 3.1 Overview 3.2 7360 ISAM FX shelves 3.3 7360 ISAM WM shelves 3.4 Supported plug-in units 3.5 Dummy front panels 3.6 Weight of the different cards

3.1

Overview This chapter provides information about the different 7360 ISAM FX and 7360 ISAM WM shelves supported for ANSI.

3.2

7360 ISAM FX shelves This section provides general information about the 7360 ISAM FX shelf types, shelf configurations, NT redundancy, fan units, heat and fiber baffle kits, drip trays, and shelf mounting kits. The modular organization of the 7360 ISAM FX system allows a wide range of physical size and traffic capacity options. The basic building blocks of the 7360 ISAM FX system are the shelves. The 7360 ISAM FX system for R4.x is a one-shelf system. Daisy-chaining multiple shelves using extender cards is not supported. Multiple collocated shelves can be cascaded using the standard FE, GE, and 10 GE subtending links. In such a configuration, each shelf operates and is managed as a separate system.

3.2.1

Shelf types Table 56 lists the supported 7360 ISAM FX shelves.

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Shelves

Table 56


Supported 7360 ISAM FX shelves

Item

Shelves 7360 ISAM FX-16

7360 ISAM FX-12

7360 ISAM FX-8

7360 ISAM FX-4

Code

3FE-65209-BA

3FE-69833-AA

3FE-64936-BA/ BB

3FE-64991-BA/ BB

Mnemonic

NFXS-D

NFXS-G

NFXS-E

NFXS-F

Dimensions

Width

497.4 mm

441.5 mm

463 mm

482.5 mm

(19.58 in.)

(17.38 in.)

(18.23 in.)

(19.00 in.)

622.5 mm

531.4 mm

355 mm

222 mm

(24.51 in.)

(20.92 in.)

(13.97 in.)

(8.74 in.)

max. 280 mm

280.3 mm

278.3 mm

278.3 mm

(11.02 in.)

(11.04 in.)

(10.96 in.)

(10.96 in.)

19 in. EIA standard racks

N

Y(1)

Y(1)

Y(1)

23 in. racks

Y(1)

N

Y(1)

Y(1)

Height

Depth

Can be mounted in:

Note (1)

Specific mounting kits must be used. See Table 58 for mounting kit requirements.

Figure 12 shows the 7360 ISAM FX-16 shelf. Figure 13 shows the 7360 ISAM FX-12 shelf. Figure 14 shows the 7360 ISAM FX-8 shelf. Figure 15 shows the 7360 ISAM FX-4 shelf.

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Figure 12

Shelves

7360 ISAM FX-16 shelf

Card cage area

01

General function and control unit

02

03

04

E

A

06

T

O

N D

I

O N

R T H

B

ESD

05

O F F

N594

08

Energy Hazard

A/70FORLT

NTA

N TIO

O F F

B/70FORLT

-48V 70A

N

NTB

09

10

11

12

O N

7360 ISAM FX-16

13

14

15

CRITICAL

BATA

MAJOR

BATB

MINOR

ACO

16

I

N G

P

O

Fan unit Power unit and cable connection area

07

Energy Hazard

ALM

BITS INTERFACE N TA-

N T- B

TIME OF DAY

1 Hz-PULSE RING TIP FRAMEGND

CRAFTPORT

T A V B - 4 8 1 - 1 T B

A

A T N T R B A 1 - 2 T B

B T N T R B A 1 - 3 T B

CO ALARMS

B T A V B - 4 8 1 - 4 T B

22120

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Shelves


Figure 13

7360 ISAM FX-12 shelf Card cage

General facilities card

A:60A

B:60A

ExternalAlar ms

BITS NTA

GND

NTB

7360ISAM FX-12

Remote Craft

BAT A BAT B

Alarms Min. Maj. Crit.

ACO

GFC

LT1

LT2

LT 3

LT4

LT5

LT6

NTA

NTIO

NTB

ENERGYHAZARD

Alarm

ROATING FAN BLADES KEEPFINGERSAWAYFROM TOPAND BOTTOM OF FAN TRAY

LT7

LT8

LT9

LT10

LT11

LT12

Fan unit

24882

96


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Figure 14

Shelves


8 0

7 0

6 0

5 0

4 0

Card cage

3 0

2 0

1 0

B T N

O I T N

A T N

A-40A

Alarms

FAN

Critical Major Minor

NTA GND NTB External Alarms

7

N594

7360 ISAM FX-8

B-40A

EnergyHazard

8 X F M A S I 0 6 3

Remote Craft

BITS

BAT A BAT B

ACO


Fan unit 21957

Figure 15


4 0

3 0

2 0

Card cage

1 0

B T N

4 X

O I T N

F M A S I 0 6 3 7

A T N

ExternalAlarms

BITS

TOD/IHZ

RemoteCraft

BAT A BAT B

FUSE A

N594

7360 ISAM FX-4

NTA GND NTB


1 2 3

B

CriticalAlarms Major ACO Minor

FAN

Fan unit 22436

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3.2.2

Shelf configurations Table 57 lists the shelf configurations. Table 57

Shelf configurations

Configuration

7360 ISAM FX-1 6

7360 ISAM FX-12

7360 ISAM FX -8

7360 ISAM FX -4

Maximum number of LT cards(2)

16

12

8

4

Maximum number of NT cards

2

2

2

2

Maximum number of NTIO cards (1)

1 (optional)

1 (optional)

1 (optional)

1 (optional)

Notes (1) NTIO cards are available but are not qualified for deployment in ANSI markets. (2) NVPS cards have the same dimensions/configuration as LT cards.

The following figures show the general layout and the slot numbering for the 7360 ISAM FX shelves: Figure 16 shows the 7360 ISAM FX-16. Figure 16 shows the 7360 ISAM FX-12. Figure 18 shows the 7360 ISAM FX-8. Figure 19 shows the 7360 ISAM FX-4.

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Figure 16

Shelves

Shelf configuration of 7360 ISAM FX-16

LT LT LT LT LT LT LT LT NT 1 2 3 4 5 6 7 8 A

NTIO

NT LT LT LT LT LT LT LT LT B 9 10 11 12 13 14 15 16

CBs, LEDs and switches Fan unit Connectors 22131

Figure 17

Shelf configuration of 7360 ISAM FX-12

NGFC-I LT LT LT LT LT LT NT NT- NT LT LT LT LT LT LT 1 2 3 4 5 6 A IO B 7 8 9 10 11 12

Fan unit

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Shelves


Figure 18

Shelf configuration of 7360 ISAM FX-8 LT 8 LT 7 LT 6 LT 5 LT 4 LT 3 LT 2 LT 1

FAN

NT B NT I/O NT A NGFC-H 21959

Figure 19

Shelf configuration of 7360 ISAM FX-4 LT 4 LT 3 LT 2 LT 1 NT B

FAN

NT I/O NT A NGFC-G 22406

3.2.3

NT redundancy The protection scheme for NT redundancy is 1+1 (active/active) in the data plane, and 1:1 (active/standby) in the control plane and the management plane.

3.2.4

NVPS redundancy The protection scheme for NVPS redundancy is 1:1 (active/standby) in the data plane, the control plane, and the management plane.

3.2.5

Fan unit One fan unit provides forced air cooling in the shelf.

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The fan unit is a field-replaceable unit in the s helf fan area and plugs directly into the backplane. The fan unit can be equipped with a fan filter. The following fan unit version is supported:

• intelligent fan unit (BFAN)

3.2.6

Shelf mounting kits The mounting kits required for installation of 7360 ISAM FX-16 shelves are included with the shipment. The number of kits provided depends on the rack mounting configuration ordered, with either one or two shelves. Specific mounting kits are required for installation of the 7360 ISAM FX-8 and 7360 ISAM FX-4 shelves, depending on the rack mounting configuration. Caution — NEBS compliance is only possible when FX shelves

are mounted vertically, due to the necessity of vertical airflow.

Table 58 describes the mounting options and mounting kits available. See the 7360 ISAM FX Hardware Installation Manual for more information. Table 58

Mounting options/kits for 7360 ISAM FX shelves

Type of rack / mount

7360 ISAM FX-4

7360 ISAM FX-8

7360 ISAM FX-12

7360 ISAM FX-16

19 in. EIA rack with horizontal mount

Horizontal shelf mount kit optional

Horizontal shelf mount kit optional

—

—

Includes:

Includes:

•

•

•

mounting brackets -not required mounting screws -required

•

mounting brackets -not required mounting screws -required

Optical fiber management kit required


Includes:

Includes:

•

•

•

all fiber guiding elements velcro self grip

•


(1 of 3)

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Shelves



7360 ISAM FX-4

7360 ISAM FX-8

7360 ISAM FX-12

7360 ISAM FX-16

23 in. rack with horizontal mount

Horizontal shelf mount kit required

Horizontal shelf mount kit required

—

—

Includes:

Includes:

•

•

—

•

•

mounting brackets -required mounting screws -required



Includes:

Includes:

•

•

• 19 in EIA standard or seismic standard rack with vertical mount

mounting brackets -required mounting screws -required


•


Vertical shelf mount kit required


Heat and fiber baffle kit required

Includes:

Includes:

Includes:

•

•

• • •

• • •

pre-assembled top cross bracket, rear skirt and front skirt pre-assembled shelf horizontal mount bracket and 4-slot air intake baffle/drip tray intumescent panel top baffle

• • •

pre-assembled top cross bracket, rear skirt and front skirt pre-assembled shelf horizontal mount bracket and 8-slot air intake baffle/drip tray intumescent panel top baffle

•

upper baffle intumescent panel lower baffle assembly mounting screws




Includes:

Includes:

Includes:

•

•

•

•


•


•


(2 of 3)

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7360 ISAM FX-4

7360 ISAM FX-8

7360 ISAM FX-12

7360 ISAM FX-16

23 in. rack with vertical mount



—

Heat and fiber baffle kit required

Includes:

Includes:

Includes:

•

•

• • •

rack adapter brackets pre-assembled top cross bracket, rear skirt and front skirt pre-assembled shelf horizontal mount bracket and 4-slot air intake baffle/drip tray intumescent panel top baffle

• • • •

• • • •

rack adapter brackets pre-assembled top cross bracket, rear skirt and front skirt pre-assembled shelf horizontal mount bracket and 8-slot air intake baffle/drip tray intumescent panel top baffle

• •

top baffle intumescent panel top cross bracket, rear skirt and front skirt assembly fiber management bracket mounting screws




Includes:

Includes:

Includes:

•

•

•


• —

•


—

•


Drip tray

(3 of 3)

3.2 3.2.6. .6.1

Vert Vertic ical al she shelf mou mount nt kit kits s Specific Specific vertical shelf shelf mounting mounting kits are required required to install install the 7360 7360 ISAM FX-4 and 7360 ISAM FX-8 shelf for vertical vertical mount configurati configurations. ons. The kit provides provides protection protection from possible flame spread, improves hot air flow patterns for cooling the equipment, and guides fiber cables with factory installed cable ring-guides to help ensure a proper fiber bend radius. The 23 in. rack mounting configuration requires rack adapter brackets that are included included in the kit, but can be discarded for 19 in. rack installations. installations. The following parts are included in the vertical mounting kits:

• pre-assembled top cross bracket, rear skirt, and front skirt enables mounting of the skirts to provide protection from possible flames. The skirts work in conjunction with the intumescent panel so that any gaps are closed off in the shelf and flames are forced through the intumescent panel to protect the equipment from fire damage • pre-assembled shelf horizontal mount brackets and air intake baffle/drip tray enables mounting of the baffle to provide increased air flow and protection from possible loose falling particles

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Shelves


• intumescent panel provides flame protection within the shelf • top baffle provides safety protection from heat, possible flame spread, and loose particles that may cause damage to equipment. Factory-installed fiber optic cabling ring-guides are used for proper fiber optic cable handling. Caution — NEBS compliance is only possible when FX shelves

are mounted vertically, due to the necessity of vertical airflow. Specific vertical shelf mount kits must be installed with the 7360 7360 ISAM FX-4 FX-4 and and 7360 7360 ISAM ISAM FX-8 in a vertical vertical mount mount installation to meet NEBS preferred airflow specifications (air flows in the front, and out the rear of the shelf). The 7360 7360 ISAM FX-4 and and 7360 7360 ISAM ISAM FX-8 kits kits contain contain the the same parts parts but are are sized sized accordingly accordingly per shelf. shelf. The following following figures figures provide provide a view of the 7360 ISAM FX-8 vertical shelf mount kit parts:

• Figure 20 20 shows shows the pre-assembled top cross bracket, rear skirt, and front skirt • Figure 21 shows 21 shows the pre-assembled shelf horizontal mount bracket and air intake baffle/drip tray • Figure 22 22 shows shows the intumescent panel • Figure 23 23 shows shows the top baffle Figure 20

Pre-assembled Pre-assembled 7360 7360 ISAM FX-8 top cross cross bracket, bracket, rear skirt, skirt, and front skirt

23350

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Figure 21

Shelves

Pre-assembled 7360 ISAM FX-8 shelf horizontal mount bracket and air intake baffle/drip tray

23349

Figure 22

Intumescent panel for 7360 ISAM FX-8

23348

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Shelves


Figure 23

Top baffle for 7360 ISAM FX-8

23336

3.2.6.2

Horizontal shelf mount kit Specific horizontal shelf mount kits are required to install the 7360 ISAM FX-4 and 7360 ISAM FX-8 shelf for horizontal mount configurations. The kits contain 23 in. rack mounting brackets for 23 in. rack installations and the required installation screws.

3.2.7

Heat and fiber baffle kits Heat and fiber management baffle kits are installed with the 7360 ISAM FX-16 and 7360 ISAM FX-12 shelves for safety, and for protection from heat, possible flame spread, and loose particles that may cause damage to e quipment. These kit include a top baffle, intumescent panel, and either a bottom baffle or a rear and front skirt assembly which are shipped pre-assembled for installation. Caution — NEBS compliance is only possible when FX shelves

are mounted vertically, due to the necessity of vertical airflow. The heat and fiber baffle kits must be installed with the 7360 ISAM FX-16 in a vertical mount installation to meet NEBS preferred airflow specifications (air flows in the front, and out the rear of the shelf). The heat and fiber management baffle kit components are included in a kit that is field-replaceable and can be installed on site. Figure 24 shows a view of the pre-assembled 7360 ISAM FX-12 heat and fiber baf fle kit.

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Figure 25 shows a view of the pre-assembled 7360 ISAM FX-16 heat and fiber baffle kit, minus the fiber management bracket. Figure 26 shows a view of the 7360 ISAM FX-16 fiber management bracket. Figure 24

Pre-assembled heat and fiber baffle kit for 7360 ISAM FX-12

24867

Figure 25

Pre-assembled heat and fiber baffle kit for 7360 ISAM FX-16

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Shelves


Figure 26

7360 ISAM FX-16 fiber management bracket

25361

3.2.8

Drip tray

A drip tray is installed below each 7360 ISAM FX-16 shelf, including below the bottom shelf of a rack when mounted on combustible flooring surfaces. Drip trays provide protection from possible over-current or fire in the shelf resulting in any dripping, loose, or falling particles that may cause damage to equipment and flooring. Drip trays must be installed beneath each 7360 ISAM FX-16 shelf in a rack, including below the bottom shelf of a rack when mounted on combustible flooring surfaces. For example, carpet. The drip tray can be shipped factory installed in the rack, but can also be ordered as a separate unit for installation or replacement on site. Figure 27 shows a view of the 7360 ISAM FX-16 drip tray. Figure 27

Drip tray for 7360 ISAM FX-16

23602

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3.2.9

Shelves

Optical fiber management kits Optical fiber management kits should be installed on a 7360 ISAM FX shelves to ensure proper optical fiber handling and cable routing from NT and LT cards. A specific kit is available for each shelf size. The optical fiber management guide elements are included in a kit that is field-replaceable and can be installed on site. Specific optical fiber management kits are available for each 7360 ISAM FX shelf type. Figure 28 shows a view of the 7360 ISAM FX-16 optical fiber management kit. The 7360 ISAM FX-4, 7360 ISAM FX-8, and 7360 ISAM FX-12 optical fiber management kits are similar, but sized accordingly for each shelf.

Figure 28

Optical fiber management guide for 7360 ISAM FX-16

22202

3.3

7360 ISAM WM shelves This section provides general information about the 7360 ISAM WM shelf.

3.3.1

Shelf types Table 59 lists the currently supported 7360 ISAM WM shelves, and figure 29 shows the 7360 ISAM WM shelf. Table 59

7360 ISAM WM shelves

Item

ISAM WM shelves

Part number

3FE 71568 AA

Mnemonic

FWMS-I

(1 of 2)

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Shelves


Item

ISAM WM shelves

Dimensions

Width

478 mm (18.82 in.)

Height

267 mm (10.51 in.)

Depth

252 mm (9.92 in.)

Weight

12.5 kg (27.6 lb.)

Can be mounted in:

ANSI racks

Y

23 in. rack

Y

(2 of 2)

Figure 29

7360 ISAM WM shelf

25756

3.3.2

Shelf configurations Table 60 lists the possible shelf configurations for the 7360 ISAM WM, and Figure 30 shows the general layout and layered card slots for the 7360 ISAM WM shelf. Table 60

110

7360 ISAM WM shelf configurations

Configuration

FWMS-I

Maximum number of line cards

12

Maximum number of power cards

2

Maximum number of controller cards

1


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Figure 30

Shelves

7360 ISAM WM shelf with labeled card slots Power Power A B LC01 LC03 LC05 Controller LC08 LC10 LC12 LC02 LC04 LC06 LC07 LC09 LC11

25757

3.3.3

Power ca card re redundancy The protection scheme for redundancy of the power card is 1+1 (active/ac tive). Even with single power card, there is also power feeder redundancy.

3.4

Supported pl plug-in un units Table 61 61 lists lists the supported supported plug-in plug-in units units in the 7360 7360 ISAM FX shelves, shelves, and Table Table 62 lists the supported plug-in units in the 7360 ISAM WM shelves. Table 61

Supported Supported plug-in plug-in units units in 7360 ISAM FX shelves shelves

Slot

Plug-in Unit

Description

NTA

FANT-F

480 Gbps NT card

FANT-G

1.2 TBps NT card

FANT-F

480 Gbps NT card

FANT-G

1.2 TBps NT card

FNIO-A

NTIO card

NTB

NTIO (1 of 2)

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Shelves


Slot

Plug-in Unit

Description

LT slot

NDLS-E

VDSL2 combined LT/splitter over POTS with SLV (1)

NDLSDLS-F F

Mult ulti-D i-DSL int integra egratted spli splitt tter er over over POTS OTS LT card card wit with BLV(1)

NELT-B

36-line Ethernet (FE/GE) LT card

FELT-B

36-line high speed Ethernet (FE/GE/2 .5 .5GE) LT card

NGLT-A

GPON LT card with 8 GPON interfaces

NGLT-C


NPOT-C

48 port POTS only LT card

FGLT-A


FGLT-B


FPLT-A

EPON LT card with 8 EPON interfaces

FPXT-B

10G EPON LT card with 8 10G EPON interfaces

FWLT-A

LT card with 4 NG NG-PON2 TWDM interfaces

NDPS-B

Vector Processing Server card

NVPS-C

POTS Voice Package Server card

NGFC-I

GFC for 7360 ISAM FX-12 shelf

NGFC-G

GFC for 7360 IS I SAM FX F X-8 shelf

NGFC-H

GFC for 7360 IS I SAM FX F X-4 shelf

BFAN-E

Intelligent fan unit for 7360 ISAM FX-8 shelf support for vertical mount configuration

BFAN-H

Intelligent fan unit for 7360 ISAM FX-16 shelf

BFAN-I


BFAN-X



Fan area

(1)

(2 of 2) Note (1)

112

Please see Table 79 79 for for a listing of all shelves that currently support this LT card.


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Shelves

Supported plug-in units in 7360 ISAM WM shelves

Table 62 Slot

Plug-in Unit

Part number

Description

Power card slot A

FWPC-A

3FE 45026 AA

7360 ISAM WM power card

Power card slot B

FWPC-A

3FE 45026 AA


Controller card slot

FWCC-A

3FE 45022 AA

7360 ISAM WM controller card

Line card slots 1-12

FWLC-A

3FE 45015 11

7360 ISAM WM line card

Note — For more information about the plug-in units, see the

relevant UDS. The mnemonics that are used are explained in Appendix 8.

3.5

Dummy front panels This secti section on descri describes bes the the 7360 ISAM FX and and 7360 ISAM WM shelf shelf dummy dummy front front panels (filler plates) for NT cards, optic al LT cards, NTIO cards, power card s, and line cards. Dummy front panels must be mounted on any unused slot of a shelf to ensure:

• EMC compliance • thermal compliance via a correct airflow in the shelf • safety by avoiding direct contact with backplane connectors When a slot is provisioned, the dummy front panel is replaced by the appropriate card and the cables are connected to the card.

3.5.1

For NT cards

A dummy front panel must mus t be used when the second NT N T card is not installed. Figure 31 31 shows shows the dummy front panel for an NT card.

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Shelves


Figure 31

Dummy front panel for NT card

X X X X X X X X X X X X X

22197

3.5.2

For optical LT cards

A dummy front panel must be used when an LT card is not installed. Table 92 includes a complete listing of supported LT cards. Figure 32 shows an example of a dummy front panel for optical LT cards. Dummy front panels can be pre-cabled when opt ical cabling is anticipated for not yet installed 8-port optical LT cards.

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Figure 32

Shelves

Dummy front panel for optical LT card

Dust cap

22198

3.5.3

For NTIO cards

A dummy front panel must be used when the NTIO card is not installed. Figure 33 shows an example of a universal dummy front panel for an NTIO card.

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Shelves


Figure 33

Universal dummy front panel for NTIO card

22429

3.5.4

For 7360 ISAM WM power cards

A dummy front panel must be used when a second power card is not installed in the 7360 ISAM WM shelf. Figure 34 shows the dummy front panel for the 7360 ISAM WM power card slot. Figure 34

Dummy front panel for 7360 ISAM WM power card slots

25761

3.5.5

For 7360 ISAM WM line cards

A dummy front panel must be used whenever a line card is not installed in any of the line card slots of the 7360 ISAM WM shelf. Figure 35 shows the dummy front panel to be used when the LC slot does not require pre-cabling. Figure 36 shows the dummy front panel to be used when the LC slot does require pre-cabling.

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Figure 35

Shelves

Dummy front panel for 7360 ISAM WM line card slots

25760

Figure 36

Dummy front panel with pre-cabling for 7360 ISAM WM line card slots B

A

4

ODN

3

2

1

4

PORT B

3

2

1

PORT A

25759

3.6

Weight of the different cards Table 63 Card

Overview of Plug-in Units for 7360 ISAM FX shelves Dimensions

Weight

Pitch

405 mm x 225/205 mm

2.0 kg (4.4 lbs)

30 mm (1.2 in.)

1.5 kg (3.3 lb.)

30 mm (1.2 in.)

0.8 kg (1.8 lbs)

25 mm (.98 in.)

—

25 mm (.98 in.)

1.65 kg (3.64 lbs)

25 mm (.98 in.)

0.9 kg (2 lbs)

25 mm (.98 in.)

1.28 kg (2.82 lbs)

25 mm (.98 in.)

NT cards FANT-F

15.9 in. x 8.6/8.1 in. FANT-G

405 mm x 225/205 mm 15.9 in. x 8.6/8.1 in.

NT I/O card FNIO-A

405 mm x 225/205 mm 15.9 in. x 8.6/8.1 in.

LT cards NDLS-E

405 mm x 225/205 mm 15.9 in. x 8.6/8.1 in.

NDLS-F

405 mm x 225/205 mm 15.9 in. x 8.6/8.1 in.

NELT-B

405 mm x 225/205 mm 15.9 in. x 8.6/8.1 in.

FELT-B

405 mm x 225/205 mm 15.9 in. x 8.6/8.1 in.

(1 of 2)

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Shelves


Card

Dimensions

Weight

Pitch

NGLT-A

405 mm x 225/205 mm

0.9 kg (2 lbs)

25 mm (.98 in.)

0.9 kg (2 lbs)

25 mm (.98 in.)

1.4kg (3.1 lbs)

25 mm (.98 in.)

1.1 kg (2.4 lbs)

25 mm (.98 in.)

0.94 kg (2.1 lbs)

25 mm (.98 in.)

1.2 kg (2.65 lbs)

25 mm (.98 in.)

1.4kg (3.1 lbs)

25 mm (.98 in.)

15.9 in. x 8.6/8.1 in. NGLT-C

405 mm x 225/205 mm 15.9 in. x 8.6/8.1 in.

FGLT-A

405 mm x 225/205 mm 15.9 in. x 8.6/8.1 in.

FGLT-B

405 mm x 225/205 mm 15.9 in. x 8.6/8.1 in.

FPLT-A

405 mm x 225/205 mm 15.9 in. x 8.6/8.1 in.

FPXT-B

405 mm x 225/205 mm 15.9 in. x 8.6/8.1 in.

FWLT-A

405 mm x 225/205 mm 15.9 in. x 8.6/8.1 in.

(2 of 2)

Table 64 Card FWPC-A

Overview of Plug-in Units for 7360 ISAM WM shelves Dimensions

Weight

Pitch

231 mm x 209 mm

0.5 kg (1.1 lbs)

30 mm (1.2 in.)

0.45 kg (0.9 lbs)

25 mm (.98 in.)

0.46 kg (1 lb)

25 mm (.98 in.)

9.1 in. x 8.2 in. FWCC-A

231 mm x 209 mm 9.1 in. x 8.2 in.

FWLC-A

231 mm x 209 mm 9.1 in. x 8.2 in.

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Rack mounting configurations

4 Rack mounting configurations 4.1 Overview 4.2 Rack equipment 4.3 7360 ISAM FX-16 rack mounting configurations 4.4 7360 ISAM FX-12 rack mounting configurations 4.5 7360 ISAM FX-8 rack mounting configurations 4.6 7360 ISAM FX-4 rack mounting configurations

4.1

Overview This chapter describes the rack equipment and the supported rack mounting configurations for the following 7360 ISAM FX shelves:

• • • •

7360 ISAM FX-16 7360 ISAM FX-12 7360 ISAM FX-8 7360 ISAM FX-4 Note 1 — See chapter 7 for part numbers. Note 2 — See 7360 ISAM FX Hardware Installation Manual for

more information about how to install the equipment.

4.2

Rack equipment This section briefly describes the 7360 ISAM FX rack equipment and assembly. The rack equipment can be delivered as a pre-assembled rack or in separate kits. The rack assembly includes a rack, shelves, accompanying fan units, baffles, and drip tray assembly kits. Each rack configuration is ordered with a specific ordering code. The 7360 ISAM FX-16 rack mounting configurations include the rack, however, the racks are optional for the 7360 ISAM FX-8 and 7360 ISAM FX-4 rack mounting configurations. See Chapter 7 for ordering information. Parts can also be delivered separately or in kits, where the ass embly is done on site at the customer location.

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Table 65 lists the 7360 ISAM FX system rack equipment that can be used, dependent on the rack configuration required and currently supported. Table 65

7360 ISAM FX supported rack equipment

Size of rack

Shelf space between rack uprights

EIA standard 19 in. rack

17.75 in. (450.9 mm)

Seismic 19 in. rack

17.50 in. (444.5 mm)

23 in. rack

21.5 in. (546.1 mm)

For more information about 7360 ISAM FX equipment and the supported racks and rack mounting configurations, see the 7360 ISAM FX Hardware Installation Manual .

4.3

7360 ISAM FX-16 rack mounting configurations This section describes the 7360 ISAM FX-16 rack mounting configurations. The 7360 ISAM FX-16 can be installed vertically in a 23 in. rack. Table 66 lists the supported rack configurations for the 7360 ISAM FX-16 shelves in a 23 in. rack. An example of a configuration is shown in Figure 37. Table 66

Rack mounting configurations for 7360 ISAM FX-16

FEMA code

3FE 66742 BA

Rack unit

23 in. rack vertical mount

SR 1

NFXS-D

NFXS-D

Heat and fiber baffle kit


Drip tray

Drip tray

Left and right mounting brackets

Left and right mounting brackets

BFAN-H

BFAN-H

(with fan filter)

(with fan filter)

—

NFXS-D

Fan 1

SR 2

3FE 66742 BB

Heat and fiber baffle kit Drip tray Left and right mounting brackets Fan 2

—

BFAN-H (with fan filter)

120


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Figure 37


Rack mounting configurations for 7360 ISAM FX-16 (3FE 66742 BB)

23921

4.4

7360 ISAM FX-12 rack mounting configurations This section describes the 7360 ISAM FX-12 rack mounting configurations. The 7360 ISAM FX-12 can be installed vertically in a 19 in. rack.

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Table 67 lists the supported rack configurations for the 7360 ISAM FX-12 shelf in a 19 in. rack. The configuration is shown in Figure 37. Table 67


Rack unit

19 in. rack vertical mount - 1 shelf

19 in. rack vertical mount - 2 shelves

SR 1

NFXS-G

NFXS-G



BFAN-I

BFAN-I

(with fan filter)

(with fan filter)

Fan 1

SR 2

NFXS-G Heat and fiber baffle kit

Fan 2

BFAN-I (with fan filter)

122


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Figure 38



A:60A

B:60A

ExternalAlarms

BITS NTA GND NTB

7360ISAMFX-12

Remote Craft

BATA BATB Alarms Min. Maj. Crit. ACO

G CF

Alarm

L 1T

L 2T

L3 T

L 4T

LT5

L 6T

NTA

NTIO

LT7

NTB

LT8

LT9

LT10

LT11

LT12

ENERGYHAZARD ROATINGFANBLADES KEEPFINGERSAWAYFROM TOPANDBOTTOMOFFANTRAY

24895

4.5

7360 ISAM FX-8 rack mounting configurations This section describes the 7360 ISAM FX-8 rack mounting configurations. The 7360 ISAM FX-8 can be installed:

• horizontally in an EIA standard 19 in. rack • horizontally in a 23 in. rack • vertically in an EIA standard 19 in. rack

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• vertically in a seismic standard 19 in. rack • vertically in a 23 in. rack Note — A 19 in. seismic rack with a 17.5 in. shelf aperture

between the uprights is not supported for horizontal mounts.

Table 68 lists the supported horizontal rack mounting configurations for 7360 ISAM FX-8 shelves. Table 68

Horizontal rack mounting configurations for 7360 ISAM FX-8

Rack unit (1)

19 in. EIA rack horizontal mount

23 in. rack horizontal mount

SR 1

NFXS-E

NFXS-E

Horizontal shelf mount kit


BFAN-E

BFAN-E

(with fan filter)

(with fan filter)

NFXS-E

NFXS-E



BFAN-E

BFAN-E

(with fan filter)

(with fan filter)

Fan 1

SR 2

Fan 2

Note (1) Although only two rack units are portrayed in this table, up to five rack units are supported.

Figure 39 shows the 7360 ISAM FX-8 horizontal rack mounting configurations in an EIA standard 19 in. rack.

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Figure 39


Horizontal Horizontal rack mounting mounting configurati configurations ons for 7360 7360 ISAM FX-8 in an EIA standard 19 in. rack 18.312 17.750

35 RU

8 0

7 0

6 0

5 0

4 0

3 0

8 RU

2 0

1 0

B T N

O I T N

A T N

EnergyHazard

7360ISAMFX-8

B-40A

A-40A External Alarms

NTAGNDNTB BITS

Alarms

8 X

F M A S I 0 6 3 7

FAN

EnergyHazzard

Critical Major Minor TOD/IHZ

Remote Craft

BAT A BAT B

ACO

22736

Figure 40 40 shows shows the 7360 ISAM FX-8 horizontal horizontal rack rack mounting configura configurations tions in a 23 in. rac rack. k.

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125


Figure 40


Horizontal Horizontal rack mounting mounting configurati configurations ons for 7360 7360 ISAM FX-8 in a 23 in. rack 22.313 21.500

35 RU

8 0

7 0

6 0

5 0

4 0

3 0

8 RU

2 0

1 0

B T N

O I T N

A T N

7360ISAMFX-8

B-40A

EnergyHazard A-40A External Alarms

NTA GND NTB BITS

Alarms

8 X

F M A S I 0 6 3 7

FAN

EnergyHazzar gyHazzard

Critical Major Minor TOD/IHZ

Remote Craft

BAT A BATB

ACO

22734

Table 69

Vertical Vertical rack mounting configurations configurations for for 7360 ISAM FX-8

Rack unit



SR 1

NFXS-E

NFXS-E

Vertical shelf mount kit

Vertical shelf mount kit (23 in. rack mounting brackets included but not required)

(1 of 2)

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Rack unit



Fan 1

BFAN-E

BFAN-E

(with fan filter)

(with fan filter)

NFXS-E

NFXS-E



SR 2

(23 in. rack mounting brackets included but not required) Fan 2

BFAN-E

BFAN-E

(with fan filter)

(with fan filter)

(2 of 2)

Figure 41 41 shows shows the 7360 7360 ISAM FX-8 vertical vertical rack mounting mounting configur configuration ation in an an EIA standard standard 19 19 in. rack.

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Figure 41


Vertical rack mounting configuration for 7360 ISAM FX-8 in an EIA standard 19 in. rack 18.312 17.750

16 Ru

23367

Figure 42 shows the 7360 ISAM FX-8 vertical rack mounting configuration in a 23 in. rack.

128


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Figure 42


Vertical rack mounting configurations for 7360 ISAM FX-8 in a 23 in. rack 22.313 21.500

16 Ru

23366

4.6

7360 ISAM FX-4 rack mounting configurations This section describes the 7360 ISAM FX-4 rack mounting configurations. The 7360 ISAM FX-4 shelf can be installed:

• horizontally in an EIA standard 19 in. rack • horizontally in a 23 in. rack

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• vertically in a 23 in. rack • vertically in a 19 in. rack Note — A 19 in. seismic rack with a 17.5 in. shelf aperture

between the uprights is not supported.

Table 70 lists the supported horizontal rack mounting configurations for 7360 ISAM FX-4 shelves. Table 70

Horizontal rack mounting configurations for 7360 ISAM FX-4

Rack unit (1)

19 in . EIA rack h orizontal mount

23 in. rack horizontal moun t

SR 1

NFXS-F

NFXS-F



BFAN-X

BFAN-X

(with fan filter)

(with fan filter)

NFXS-F

NFXS-F



BFAN-X

BFAN-X

(with fan filter)

(with fan filter)

Fan 1

SR 2

Fan 2

Note (1) Although only two rack units are portrayed in this table, up to seven rack units are supported.

Figure 43 shows the 7360 ISAM FX-4 horizontal rack mounting configurations in an EIA standard 19 in. rack.

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Figure 43


Horizontal rack mounting configurations for 7360 ISAM FX-4 in an EIA standard 19 in. rack 18.312 17.750

38 RU

4 0

3 0

2 0

1 0

B T N

O I T N

4 X F M A S I 0

5 RU

6 3 7

A T N

ExternalAlarms

BITS

N594

7360ISAMFX-4

NTA GND NTB

TOD/IHZ

RemoteCraft

BAT A BAT B

FUSE A B 1 2 3


FAN

22740

Figure 44 shows the 7360 ISAM FX-4 horizontal rack mounting configurations in a 23 in. rack.

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131



Figure 44

Horizontal rack mounting configurations for 7360 ISAM FX-4 in a 23 in. rack 22.313 21.500

38 RU

4 0

3 0

2 0

5 RU

1 0

B T N

O I T N

4 X F M A S I 0 6 3 7

A T N

ExternalAlarms

BITS

TOD/IHZ

RemoteCraft

N594

7360ISAMFX-4

NTAGNDNTB

BAT A BAT B

FUSE A B 1 2 3


FAN

22738

Table 71

Vertical rack mounting configurations for 7360 ISAM FX-4

Rack unit



SR 1

NFXS-F

NFXS-F



BFAN-X

BFAN-X

(with fan filter)

(with fan filter)

Fan 1

(1 of 2)

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Rack unit



SR 2

NFXS-F

NFXS-F



BFAN-X

BFAN-X

(with fan filter)

(with fan filter)

Fan 2

(2 of 2)

Figure 45 shows the 7360 ISAM FX-4 vertical rack mounting configurations in a 23 in. rack. Figure 45

Vertical rack mounting configurations for 7360 ISAM FX-4 in a 23 in. rack 22.313 21.500

7 3 6 0 I S A M F X - 4

N 5 9 4

E x t e r n a l A l a r m s

N T A G N D

B I T S

N T B

T O D / I H Z

R e m o t e C r a f t B A T A B A T B

A F 3 2 1 U S B E

M M C i n a r i o j o t i r r c a l A A l C a O r m s

NT

A

F A N

NT O I

N

T

B

0

1

0

2

0

3

0

4

7360ISAMFX-4

31 Ru

7 3 6 0 I S A M F X - 4

N 5 9 4

E x t e r n a l A a l r m s

N T A G N D

B I T S

N T B

T O D / I H Z


A F 3 2 1 U S E B

M M C i r n a t i j c o i r o r a l A A l C a O r m s

NT F A N

A

NT O I

N

T

B

0

1

0

2

0

3

0

4

7360ISAMFX-4

23568

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133



Figure 46 shows the 7360 ISAM FX-4 vertical rack mounting configurations in a 19 in. rack. Figure 46

Vertical rack mounting configurations for 7360 ISAM FX-4 in a 19 in. rack

18.312 17.750

7 3 6

0 I S A M F X - 4

N 5 9 4


N T A G N D

B I T S

N T B

T O D / I H Z


A F 3 2 1 U S B E

M M C r i n a t i o j o c i r r a l A A l C a r O m s

NT

A

F A N

N I TO

N BT

0

1

0

2

0

3

0

4

7360ISAMFX-4

31 RU

7 3 6 0 I S A M F X - 4

N 5 9 4


N T A G N D

B I T S

N T B

T O D / I H Z


A F 3 2 1 U S E B

M M C i r n a i j t o i r o r c a l A A l C a O r m s

NT F A N

A

N I TO

N BT

0

1

0

2

0

3

0

4

7360ISAMFX-4

23567

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Optical modules

5 Optical modules 5.1 Overview 5.2 Supported optical modules 5.3 SFP/XFP temperature support on LT cards

5.1

Overview This chapter provides a listing of supported optical modules, the applicability of each optical module per card, and describes supported temperature ranges for Nokia-approved SFP and XFP optical modules within ISAM 7360 FX shelves.

5.2

Supported optical modules See Table 72 for a complete list of supported optical modules, with support per card indicated by a check mark in the relevant columns. See Table 96 for ordering information, and see the ISAM SFP/SFP+/XFP Modules Unit Data Sheet for detailed information on supported optical modules.

Table 72 Item

Supported optical modules Part number

F T N A F

G T N A F

A O I N F

B T L E N

B T L E F

A T L G N

C T L G N

A T L G F

B T L G F

A T L W F

A T L P F

B T X P F

Fast Ethernet SFPs FE-FX

3FE 25777 AA

—

—

—

✓

—

—

—

—

—

—

—

—

FE-LX10

3FE 25778 AA

—

—

—

✓

—

—

—

—

—

—

—

—

FE BX10-D

3FE 29194 AA

—

—

—

✓

—

—

—

—

—

—

—

—

100Base-T

3FE 63343 AA

—

—

—

✓

—

—

—

—

—

—

—

—

3FE 64927 AA

—

—

—

✓

—

—

—

—

—

—

—

—

Copper SFPs 1000Base-T

(1 of 7)

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Optical modules

Item

Part number


F T N A F

G T N A F

A O I N F

B T L E N

B T L E F

A T L G N

C T L G N

A T L G F

B T L G F

A T L W F

A T L P F

B T X P F

Gigabit Ethernet SFPs GE-SX

3FE 25773 AA

✓

✓

—

✓

—

—

—

—

—

—

—

—

GE-LX

3FE 25774 AA

✓

✓

✓

✓

—

—

—

—

—

—

—

—

GE-EX

3FE 25775 AA

✓

✓

—

✓

—

—

—

—

—

—

—

—

GE-ZX

3FE 25776 AA

✓

✓

—

✓

—

—

—

—

—

—

—

—

GE-YX CWDM

3FE 25771 AA

—

—

—

✓

—

—

—

—

—

—

—

—

3FE 25771 AB

—

—

—

✓

—

—

—

—

—

—

—

—

3FE 25771 AC

—

—

—

✓

—

—

—

—

—

—

—

—

3FE 25771 AD

—

—

—

✓

—

—

—

—

—

—

—

—

3FE 25771 AE

—

—

—

✓

—

—

—

—

—

—

—

—

3FE 25771 AF

—

—

—

✓

—

—

—

—

—

—

—

—

3FE 25771 AG

—

—

—

✓

—

—

—

—

—

—

—

—

3FE 25771 AH

—

—

—

✓

—

—

—

—

—

—

—

—

(2 of 7)

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Optical modules

Item

Part number

F T N A F

G T N A F

A O I N F

B T L E N

B T L E F

A T L G N

C T L G N

A T L G F

B T L G F

A T L W F

A T L P F

B T X P F

GE-VX CWDM

3FE 29549 CA

—

—

—

✓

—

—

—

—

—

—

—

—

3FE 29550 CA

—

—

—

✓

—

—

—

—

—

—

—

—

3FE 29551 CA

—

—

—

✓

—

—

—

—

—

—

—

—

3FE 29552 CA

—

—

—

✓

—

—

—

—

—

—

—

—

3FE 29553 CA

—

—

—

✓

—

—

—

—

—

—

—

—

3FE 29554 CA

—

—

—

✓

—

—

—

—

—

—

—

—

3FE 29555 CA

—

—

—

✓

—

—

—

—

—

—

—

—

3FE 64870 AA

—

—

—

✓

—

—

—

—

—

—

—

—

GE-BX10-U

3FE 25772 AA

✓

✓

✓

✓

—

—

—

—

—

—

—

—

GE-BX10-D

3FE 25772 AB

✓

✓

✓

✓

—

—

—

—

—

—

—

—

GE-BX40-U

3FE 28785 AA

—

—

—

✓

—

—

—

—

—

—

—

—

GE-BX40-D

3FE 28785 AB

—

—

—

✓

—

—

—

—

—

—

—

—

10G CWDM SFP+s (3 of 7)

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137

Optical modules


F T N A F

G T N A F

A O I N F

B T L E N

B T L E F

A T L G N

C T L G N

A T L G F

B T L G F

A T L W F

A T L P F

B T X P F

3FE 68890 AA

✓

✓

✓

—

—

—

—

—

—

—

—

—

3FE 68890 AB

✓

✓

✓

—

—

—

—

—

—

—

—

—

3FE 68890 AC

✓

✓

✓

—

—

—

—

—

—

—

—

—

3FE 68890 AD

✓

✓

✓

—

—

—

—

—

—

—

—

—

3FE 68890 AE

✓

✓

✓

—

—

—

—

—

—

—

—

—

3FE 68890 AF

✓

✓

✓

—

—

—

—

—

—

—

—

—

3FE 68890 AG

✓

✓

✓

—

—

—

—

—

—

—

—

—

3FE 68890 AH

✓

✓

✓

—

—

—

—

—

—

—

—

—

10 GE-R

3FE 62600 AA

✓

✓

✓

—

✓

—

—

—

—

—

—

—

10 GE-R

3FE 62600 DA

✓

✓

✓

—

✓

—

—

—

—

—

—

—

10 GE-R

3FE 63264 AA

✓

✓

✓

—

—

—

—

—

—

—

—

—

10 GE-R

3FE 65831 AA

✓

✓

✓

—

—

—

—

—

—

—

—

—

10 GE-R

3FE 65832 AA

✓

✓

✓

—

—

—

—

—

—

—

—

—

10 GE-BX

3FE 55744 AA

✓

✓

10 GE-BX

3FE 55743 AA

✓

✓

Item

Part number

10 GE 10GBase-ZR CWDM

SFP+s

(4 of 7)

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Optical modules

Part number

F T N A F

G T N A F

A O I N F

B T L E N

B T L E F

A T L G N

C T L G N

A T L G F

B T L G F

A T L W F

A T L P F

B T X P F

3FE 67231 AA

—

—

—

✓

—

—

—

—

—

—

—

—

GE-BX10-D

3FE 65106 AA

—

—

—

✓

✓

—

—

—

—

—

—

—

FE-BX10-D

3FE 65107 AA

—

—

—

✓

—

—

—

—

—

—

—

—

FE-BX10-D

3FE 66131 AA (1)

—

—

—

✓

—

—

—

—

—

—

—

—

3FE 69491 AA

—

—

—

✓

—

—

—

—

—

—

—

—

EPON PX20+

3FE 53606 AA

—

—

—

—

—

—

—

—

—

—

✓

—

EPON PX20+ SFP ONU (2)

3FE 65373 DA

—

—

—

—

—

—

—

—

—

—

—

—

3FE 53606 BC

—

—

—

—

—

—

—

—

—

—

—

✓

EPON PR30 XFP (asymmetric)

3FE 66606 AC

—

—

—

—

—

—

—

—

—

—

—

✓

EPON PRX30 XFP (symmetric)(3)

3FE 66606 AD

—

—

—

—

—

—

—

—

—

—

—

✓


3FE 66606 BC

—

—

—

—

—

—

—

—

—

—

—

✓

EPON PRX30 XFP (symmetric)

3FE 66606 BD

—

—

—

—

—

—

—

—

—

—

—

✓

Item

E1 SFP 2 × E1 SFP

Dual SFPs

GE-BX10-D FE-BX20-D GE-BX20-D EPON SFPs

2G EPON XFPs EPON OLT XFP (asymmetric) 10G EPON XFPs

GPON SFPs (5 of 7)

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Optical modules


Item

Part number

F T N A F

G T N A F

A O I N F

B T L E N

B T L E F

A T L G N

C T L G N

A T L G F

B T L G F

A T L W F

A T L P F

B T X P F

GPON SFP B+

3FE 53441 AA

—

—

—

—

—

✓

✓

✓

✓

—

—

—

GPON SFP B+

3FE 53441 AC

—

—

—

—

—

✓

✓

✓

✓

—

—

—

GPON SFP C+

3FE 53441 BA

—

—

—

—

—

✓

✓

✓

✓

—

—

—

GPON SFP C+

3FE 53441 BC

—

—

—

—

—

✓

✓

✓

✓

—

—

—

GPON SFP B+ with OTDR

3FE 53441 CC

—

—

—

—

—

✓

✓

✓

✓

—

—

—

GPON SFP C+ with OTDR

3FE 53441 DA

—

—

—

—

—

✓

✓

✓

✓

—

—

—

GPON SFP B+ with alternative wavelength

3FE 53441 EA

—

—

—

—

—

—

—

✓

✓

—

—

—

Universal TWDM optics 10/2.5G symmetrical TWDM XFP

3FE 45228 AA

—

—

—

—

—

—

—

—

—

✓

—

—

10/2.5G symmetrical TWDM XFP

3FE 45228 BA

—

—

—

—

—

—

—

—

—

✓

—

—


3FE 45228 CA

—

—

—

—

—

—

—

—

—

✓

—

—


3FE 45228 DA

—

—

—

—

—

—

—

—

—

✓

—

—

10/2.5G fixed wavelength XFP

3FE 53971 AA

—

—

—

—

—

—

—

—

—

✓

—

—


3FE 53971 BA

—

—

—

—

—

—

—

—

—

✓

—

—

10/10G symmetrical TWDM XFP

3FE 56269 AA

—

—

—

—

—

—

—

—

—

✓

—

—


3FE 56269 BA

—

—

—

—

—

—

—

—

—

✓

—

—

(6 of 7)

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Optical modules

Item

Part number

F T N A F

G T N A F

A O I N F

B T L E N

B T L E F

A T L G N

C T L G N

A T L G F

B T L G F

A T L W F

A T L P F

B T X P F


3FE 56269 CA

—

—

—

—

—

—

—

—

—

✓

—

—


3FE 56269 DA

—

—

—

—

—

—

—

—

—

✓

—

—

XGS (PR30) XFP

3FE 66606 CD

—

—

—

—

—

—

—

—

—

✓

—

—

3FE 71782 AA

—

✓

—

—

—

—

—

—

—

—

—

—

3FE 66247 AA

—

—

—

✓

—

—

—

—

—

—

—

—

CFP4 optics 100 G Base-LR4 Other TM1 SFP

(7 of 7) Notes (1) This is a dual-rate compact SFP. (2) The EPON SFP ONU is deployed in demarcation equipment. See your Nokia representative for more information. (3) Can be used for a fixed-wavelength deployment (Universal TWDM).

5.3

SFP/XFP temperature support on LT cards Table 73 describes the 7360 ISAM FX supported LT card, fan type and temperature support with SFPs/XFPs. Caution — The following deployment limitations apply:

• FGLT-A must be used with BFAN • GR-63-CORE compliance for CO deployment: 5°C to 40°C (short term range is −5°C to 50°C) 41°F to 104°F (short term range is 23°F to 122°F) • GR-3108-CORE compliance for OSP Class 2 deployment: −20°C to 40°C (short term range is −40°C to 65°C) −4°F to 104°F (short term range is −40°F to 149°F) Fan filters must be removed Only I-temp SFPs

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141

Optical modules


Note 1 — The temperature limits apply to single shelf

configurations. Note 2 — For 7360 ISAM FX-4 and 7360 ISAM FX-8, the

temperature limits apply to vertical mounting only. Note 3 — When fans operate in 'classic' mode, the speed of fan

blowers is not automatically adjusted based on air temperature, as it is in 'protected' mode. The BFAN modes ‘eco’ and ‘auto’ are currently not supported. Nokia recommends ‘protected’ mode set for BFAN. Table 73

Temperature support in 7360 ISAM FX shelves per LT card

FGLT-A/FGLT-B

NGLT-A / NGLT-C

I-temp SFP/XFP 7360 ISAM FX-16 Using BFAN 7360 ISAM FX-12 Using BFAN 7360 ISAM FX-8 Using BFAN 7360 ISAM FX-4 Using BFAN

without fan filter

65°C (149°F)

without fan filter

65°C (149 °F)

with fan filter

55°C (131°F)

with fan filter

55°C (131°F)

without fan filter

—

without fan filter

—

with fan filter

—

with fan filter

—

without fan filter

65°C (149°F)

without fan filter

65°C (149 °F)

with fan filter

55°C (131°F)

with fan filter

55°C (131°F)

without fan filter

65°C (149°F)

without fan filter

65°C (149 °F)

with fan filter

55°C (131°F)

with fan filter

55°C (131°F)

without fan filter

45°C (113°F)

without fan filter

55°C (131 °F)

with fan filter

45°C (113°F)

with fan filter

55°C (131°F)

without fan filter

—

without fan filter

—

with fan filter

—

with fan filter

—

without fan filter

55°C (131°F)

without fan filter

55°C (131 °F)

with fan filter

55°C (131°F)

with fan filter

55°C (131°F)

without fan filter

55°C (131°F)

without fan filter

55°C (131 °F)

with fan filter

55°C (131°F)

with fan filter

55°C (131°F)

C-temp SFP/XFP 7360 ISAM FX-16 Using BFAN 7360 ISAM FX-12 Using BFAN 7360 ISAM FX-8 Using BFAN 7360 ISAM FX-4 Using BFAN

142


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Planning and ordering 6 Planning the equipment 7 Ordering the equipment

Issue: 07


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143


144



DRAFT

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Planning the equipment

6 Planning the equipment 6.1 Overview 6.2 Network considerations 6.3 Rack considerations 6.4 Shelf considerations 6.5 LT card considerations 6.6 NT card considerations 6.7 V-OLT and video coupler equipment considerations 6.8 Installation considerations 6.9 Power considerations 6.10 Maintenance considerations 6.11 Software licensing information 6.12 Documentation

6.1

Overview This chapter provides planning considerations for ordering the 7360 ISAM FX equipment. Consider the following items when determining what you need:

• • • • • • • • •

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required number and type of shelves rack requirements shelf power and mounting accessories shelf hardware kits and shelf add-on kits installation-related items, such as power and alarm equipment expansion configuration requirements software licensing documentation other requirements, such as MTA, ITSC, and BITS


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6.2


Network considerations This section describes the 7360 ISAM FX network equipment considerations including system planning. The 7360 ISAM FX is implemented in an access network topology that extends optical access across the last mile of the communications network to the subscriber using fiber optic cable to provide services from the network to residential or busines s subscribers. The 7360 ISAM FX access network consists of four distinct equipment types:

• P-OLT, which includes the rack and shelves, and the corresponding NT and LT • • • • •

cards V-OLT, which distributes RF overlay video signals across the GPON if the network provider chooses this method for providing video services WDM, which is only required to support the V-OLT, and is used to mix and separate the RF video signals to and from the optical fiber going toward ONUs. ONU, which is located at the subscriber premises as distributed end-points of the access network. This equipment implements the GPON protocol and adapts GPON PDUs to subscriber service interfaces. Wavelength Multiplexer (WM), which is a narrow band WDM component used to combine and separate individual TWDM wavelength channels. It is only needed in case of TWDM (NG-PON2). Coexistence Element (CEx), which is a broadband WDM. It is only needed if other PON systems, such as GPON or XG-PON1, are present on the same PON. It is used to combine and separate WM output and other PON s ystem signals on/from the optical fiber going towards ONUs. Optionally, it can also support RF overlay video signal so that it includes WDM function for V-OLT (this optional equipment is provided by a third party supplier and hence is outside the scope of ISAM).

When planning the installation of the 7360 ISAM FX in an access network, consider the following requirements:

• type of services that will be provided to subscribers • number of ONUs required for each type of subscriber: • estimated number of single-family subscribers • estimated number of multi-dwelling subscribers • estimated number of SOHO subscribers • estimated number of business subscribers with CES (DS1 or E1) requirements • number of LT ports per LT card type • number of NT ports per NT card type • NTIO port and NTIO card type • number of LT cards per shelf type: 16, 12, 8, or 4 • number of 7360 ISAM WM line cards required per shelf, in case of TWDM • rack and rack configurations

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• number of shelves per rack configuration • system capacity restrictions

6.2.1

System planning for indoor, outdoor, and business ONTs Use the following steps to calculate the system requirements to support the number of expected subscribers.

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1

ONTs — Estimate the number of subscribers. One ONT is required for each subscriber. The number of indoor or outdoor ONTs equals the number of subscribers. The number of SOHO outdoor ONTs or business ONTs equals the number of subscribers.

2

LT ports — Divide the number of indoor or outdoor ONTs by the number of subscribers per LT port (for example, 32 or 64 based on a 1:32 or 1:64 split) to determine how many LT ports are required. In case of TWDM NG-PON2, divide the number of indoor or outdoor ONTs by the number of subscribers per LT port (that is, 32 or 64 based on a 1:#2 or 1:64 split) to determine how many channel groups are required. Then multiply the number of wavelength channel pairs required per channel group to determine how many NG-PON2 LT ports are required.

3

Microspan MS-R and MS-C — Determine the required units based on CES requirements of subscribers. See the appropriate Litespan and Microspan user documentation for more information.

4

LTs — Divide the number of LT ports required by the number of LT ports on the LT card to determine the total number of LT cards required. In case of TWDM NG-PON2, divide the number of NG-PON2 LT ports required by the number of NG-PON2 LT ports on the NG-PON2 LT card to determine the total number of NG-PON2 LT cards required. Divide the number of channel groups required by two to determine the total number of 7360 ISAM WM line cards required.

5

Shelves — Divide the number of LT cards by 16, 8, or 4 to determine how many 7360 ISAM FX-16, 7360 ISAM FX-12, 7360 ISAM FX-8, or 7360 ISAM FX-4 shelves are required, respectively. In case of TWDM NG-PON2, divide the number of 7360 ISAM WM line cards required by 12 to determine how many 7360 ISAM WM shelves are required.

6

Racks — Divide the number of shelves by the number of shelves per rack to determine the number of racks required.


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6.2.2


System planning for modular ONTs Use the following steps to calculate the system requirements to support the number of expected subscribers.

6.3

1

Modular ONTs — Estimate the number of subscribers. Each modular ONT can support 12 subscribers. Divide the total number of subscribers by 12 to determine the number of modular ONTs required.

2

LT ports— Divide the number of modular ONTs by 8 to determine how many LT ports are required. The 7360 ISAM FX system typically supports 8 modular ONT units for each LT port.

3

LTs — Divide the number of LT ports required by the number of LT ports on the LT card to determine the total number of LT cards required.

4

Shelves — Divide the number of LT cards by 16, 8, or 4 to determine how many 7360 ISAM FX-16, 7360 ISAM FX-12, 7360 ISAM FX-8, or 7360 ISAM FX-4 shelves are required, respectively.

5

Racks — Divide the number of shelves by the number of shelves per rack to determine the number of racks required.

Rack considerations This section identifies the number of shelves that can be accommodated in a rack by rack size and by supported rack mounting configuration; see Table 74. See section 7.2 for more information about rack mounting configurations. Table 74

Number of shelves per rack

Rack

Rack mounting configuration

7360 ISAM FX16

7360 ISAM FX-12

7360 ISAM F X-8

7360 ISAM F X-4

23 in. rack

Horizontal mounting

—

—

4

7

Vertical mounting

2

—

2

—

Horizontal mounting

—

—

4

7

Vertical mounting

—

—

2

—

Vertical mounting

—

2

2

2

19 in. EIA standard rack

Seismic 19 in. rack

In case of TWDM NG-PON2, the 7360 ISAM WM shelf must be mounted directly above or below the 7360 ISAM FX-16. This must be taken into account, in order to determine the number of 7360 ISAM FX shelves required per rack.

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6.4


Shelf considerations This section identifies the 7360 ISAM FX shelf equipment required including references to ordering information. For each shelf, consider the number and type of:

• • • • • • • • •

NT units required LT slots that the shelf can accommodate (16, 12, 8, or 4) LT units for the required types of subscriber services dummy front panels required for any unused slots in the shelf existing and required spare plug-in units rack mounting kits required (vertical or horizontal) fiber management kits required optical modules required for network and expansion links required cables, such as power harnesses

Table 75 lists the types of plug-in units including SFP and XF P modules, and cables for the 7360 ISAM FX shelves, and where to find ordering information. Table76 lists the plug-in units, including cables, for the 7360 ISAM WM shelves, and wh ere to find ordering information. Table 75

Ordering plug-in units, kits and cables for the 7360 ISAM FX shelves

Type of orderable item

See section

Plug-in units GFCs

Section 7.5

Fan units and fan filters

Section 7.6

NT units and dummy front panels

Section 7.7

NTIO units

Section 7.8

LT cards, VPS cards, and LT dummy front panels

Section 7.9

SFP and XFP modules

Section 7.13

Kits

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Shelf mount kits

Section 7.4

Fiber management kits

Section 7.14

Cables

Section 7.16


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Table 76


Ordering plug-in units, kits and cables for the 7360 ISAM WM shelves

Type of orderable item

See section

Plug-in units Line card

Section 7.10

Power card

Section 7.11

Controller card

Section 7.12

Kits

6.5

Shelf mount kits

Section 7.4

Cables

Section 7.16

LT card considerations This section identifies the number of LT ports per LT card; see Table 77. Table 77

Number of LT ports per LT card

LT card

Number of LT ports

FGLT-A

16 GPON ports

FGLT-B

16 GPON ports

FPLT-A

8 EPON ports

FPXT-B

8 10G EPON ports

FWLT-A

4 NG-PON2 TWDM ports

NDLS-E

48 port VDSL2 combined LT/splitter over POTS

NDLS-F

48 port multi-DSL integrated splitter over POTS

NELT-B

36 GE or FE channels 18 GE or FE SFP channels

FELT-B

36 GE or FE cSFP channels 18 GE, FE, or 2.5GE SFP channels 16 10GE SFP+ channels

150

NGLT-A

8 GPON ports

NGLT-C

8 GPON ports

NPOT-C

48 POTS only ports


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6.6


NT card considerations This section identifies the number of NT ports per NT card; see Table 78. Table 78

Number of NT ports per NT card

NT card

Number of NT ports

FANT-F

1 10Mbps, 100Mbps, or GE Base-T port 4 10 GE SFP+ ports 1 ToD/1 PPS RJ-45 connection port 1 10 MHz GPS SMA connection port 1 PPS SMA connection port 1 Local craft serial connection port

FANT-G

1 10 Mbps, 100 Mbps, or GE Base-T port 4 10 GE SFP+ ports 1 100 GE CFP4 port 1 ToD/1 PPS RJ-45 connection port 1 10 MHz GPS SMA connection port 1 PPS SMA connection port 1 Local craft serial connection port 1 mini-USB connection port (for debug)

6.7

V-OLT and video coupler equipment considerations This section identifies the 7360 ISAM FX V-OLT and video coupler equipment, ordering, and installation considerations for use with GPON deployments. If the V-OLT function is required, order both the V-OLT equipment and the video coupler equipment.

6.7.1

V-OLT equipment The V-OLT equipment consists of EDFAs that can accept 1550 nm wavelength optical signals and split the signals into multiple optical feeds onto the fiber path. Order the appropriate EDFAs. The V-OLT is supplied by third-party vendors. Contac t your EDFA representative for information about your EDFA requirements.

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6.7.2


Video coupler equipment The video coupler equipment contains the following items:

• • • • • •

6.7.2.1

video coupler rack (standard 23 in. rack) three video coupler shelves, LGX compatible (VCSL) one fiber storage shelf (optional) video coupler WDM cassettes (VCW2), one per LT card two fiber management raceways, one on each side of the VCSLs optical jumper cables to connect LT cards and V-OLT to VCW2, and to provide output from VCW2 to ONUs

Ordering considerations Consider the following when ordering the video coupler equipment:

• required cables and connection modules • installation-related items, such as power and alarm equipment normally procured from commercial sources Contact your Nokia sales representative for more information.

6.7.2.2

Installation considerations Consider the following when planning to install the WDM equipment in a CO location.

• Floor plan Determine the floor plan details:

• • • •

available space floor type overhead support management cable rack equipment

• Subscribers Determine the number of subscribers who require the radio frequency (RF) video services delivered through the V-OLT.

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• Optical fiber requirements Determine the optical fiber requirements for video lead from head-end equipment to the V-OLT. The following is required:

• number of connections • run lengths • connectors for termination Note — Nokia recommends that in the fiber distribution

network, APC-based or spliced connectors are used to avoid potential problems. In particular, splitters should be configured so that unused ports are terminated into APC-based connectors.

6.8

Installation considerations This section describes the 7360 ISAM FX and 7360 ISAM WM equipment installation considerations for required space, floor plan, alarms, access, power and ground cable, and optical fiber. The 7360 ISAM FX and 7360 ISAM WM are typically installed in a CO environment. The following subsections describe items to consider when planning the installation of the 7360 ISAM FX and 7360 ISAM WM in the CO.

6.8.1

Space Planners should determine the space requirement based on the number of shelves and racks required. If existing racks are to be used, verify space availability.

6.8.2

Floor plan Collect the following floor plan information:

• • • •

6.8.3

measurements of the available space, including height, width, and length floor type overhead support arrangement cable and rack requirement

Alarms Determine the alarm termination requirements. Determine the total number of alarms, and the number and types of connections required. The last alarm shall be reserved for 7360 ISAM WM.

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6.8.4


Access The remote craft port to perform operations and maintenance is connected to the front on the GFC panel.

6.8.5

Power and ground cable Determine the power and ground cable requirements. Collect information about the following:

• number of connections • run lengths and required wire gauge • termination requirements, such as lugs

6.8.6

Optical fiber Determine the optical fiber requirements. Collect information on the following:

• number of connections • run lengths • termination requirements, such as connector types Note — Nokia recommends that in the fiber distribution

network, APC-based or spliced connectors are used to avoid potential problems. In particular, splitters should be configured so that unused ports are terminated into APC-based connectors.

6.9

Power considerations See the 7360 ISAM FX Safety Manual for the maximum power consumption per unit. Use the maximum power consumption figures to plan for power sizes required.

6.10

Maintenance considerations This section describes the 7360 ISAM FX maintenance considerations when ordering equipment. Order spare cards to support normal maintenance activities associated with the 7360 ISAM FX.

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The number of spares needed for each card type is determined by maintenance practices and equipment failure rates. Generally, a minimum of one spare card of each type used is recommended for CO maintenance personnel.

6.11

Software licensing information Software licensing information is included when you purchase the software kits and licenses. Contact your Nokia sales representative for current part numbers for software kits and licenses.

6.12

Documentation See the Preface for a list of the documents in the documentation set for the 7360 ISAM FX.

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Ordering the equipment

7 Ordering the equipment 7.1 Overview 7.2 Racks and mounting parts 7.3 Shelves 7.4 Shelf mount kits 7.5 GFCs 7.6 Fan units and fan filters 7.7 NT cards and dummy front panel 7.8 NTIO card and dummy front panel 7.9 LT cards, VPS cards, and LT dummy front panels 7.10 7360 ISAM WM line card and dummy front panels 7.11 7360 ISAM WM power card and dummy front panel 7.12 7360 ISAM WM controller card 7.13 Optical modules 7.14 Optical fiber management kits 7.15 Fiber caps 7.16 Cables 7.17 Video coupler equipment

7.1

Overview This chapter provides part number information about the 7360 ISAM FX and 7360 ISAM WM equipment.

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Table 79 lists the orderable items or collection of items, and identifies with a check mark the shelf to which an item or collection of items applies. Note — The term dummy front panel is synonymous with the

term filler plate.

Table 79

7360 ISAM FX and 7360 ISAM WM equipment

Type

Item

FX-16

Racks and mounting parts

7360 ISAM FX-16 mounting

✓


FX-12

FX-8

FX-4

✓


✓


✓

7360 ISAM WM mounting Shelves

✓

NFXS-D

✓

NFXS-E

✓

NFXS-F

✓

NFXS-G

✓

FWMS-I Shelf mount kits

✓

7360 ISAM FX-16 heat and fiber baffle kit

✓


✓

7360 ISAM FX-8 horizontal mount kit

✓

7360 ISAM FX-8 vertical mount kit

✓


✓


✓

7360 ISAM WM mounting kit GFCs

✓

NGFC-H

✓

NGFC-G

✓

NGFC-I Fan units and fan filters

BFAN-H

✓ ✓

BFAN-E BFAN-I

WM

✓ ✓

BFAN-X

✓

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Type

Item

FX-16

NT cards and dummy front panel

FANT-F

✓

FANT-G

✓ ✓

NT dummy front panel

FX-12

FX-8

FX-4

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

NTIO card and dummy front panel

FNIO-A

✓

NTIO dummy front panel

✓

LT cards, VPS cards, and LT dummy front panels

FELT-B

✓

✓

✓

FGLT-A

✓

✓

✓

FGLT-B

✓

✓

✓

FPLT-A

✓

✓

✓

✓

FPXT-B

✓

✓

✓

✓

FWLT-A

✓

✓

✓

NDLS-E

✓

✓

✓

NDLS-F

✓

✓

✓

NELT-B

✓

✓

✓

NGLT-A

✓

✓

✓

NGLT-C

✓

✓

✓

NPOT-C

✓

✓

✓

NDPS-B

✓

✓

✓

NVPS-C

✓

✓

✓

✓

✓

LT dummy front panels

✓

✓

✓

✓

✓

✓

WM

7360 ISAM WM line card and dummy front panels

FWLC-A

✓

Dummy front panels for line card slots

✓

7360 ISAM WM power card and dummy front panel

FWPC-A

✓

Dummy front panel for power card slots

✓


FWCC-A

✓

(2 of 3)

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Type

Item

FX-16

FX-12

FX-8

FX-4

Optical modules

Fast Ethernet SFPs

✓

✓

✓

✓

Copper SFPs

✓

✓

✓

✓

✓

✓

✓

✓

10G CWDM SFP+s

✓

✓

✓

✓

SFP+s

✓

✓

✓

✓

E1 SFP

✓

✓

✓

✓

Dual SFPs

✓

✓

✓

✓

EPON SFPs

✓

✓

✓

✓

2G EPON XFPs

✓

✓

✓

✓

10G EPON XFPs

✓

✓

✓

✓

GPON SFPs

✓

✓

✓

✓

Universal TWDM optics

✓

✓

✓

CFP4 optics

✓

✓

✓

✓

Other

✓

✓

✓

✓

Fiber guide kit for 7360 ISAM FX-16

✓

Gigabit Ethernet SFPs

Optical fiber management kits


WM

✓

✓


✓


✓

Cables

✓

✓

✓

✓

Video coupler equipment

✓

✓

✓

✓

✓

(3 of 3)

7.2

Racks and mounting parts This section identifies the parts and part numbers for rack-mounted parts. Table 80 lists the supported rack mounting configurations by shelf type and rack size. For more information about the rack mounting configurations, see the 7360 ISAM FX Hardware Installation Manual . Warning — Vertical shelf mount kits must be used for

7360 ISAM FX-4 and 7360 ISAM FX-8 installation in a 19 in. or 23 in. rack.

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Table 80



Shelf

Rack size


7360 ISAM FX-16

23 in.rack

Vertical mounting with heat and fiber baffle kit and drip tray

7360 ISAM FX-12

19 in. rack

Vertical mounting with heat and fiber baffle kit

7360 ISAM FX-8

EIA standard 19 in. rack (17.75 in. I.D.)

Horizontal mounting with horizontal shelf mount kit Vertical mounting with vertical shelf mount kit

Seismic 19 in. rack (17.5 in. I.D.)

Vertical mounting with vertical shelf mount kit

23 in. rack


7360 ISAM FX-4

EIA standard 19 in. rack (17.75 in. I.D.)


Seismic 19 in. rack (17.5 in. I.D.)

Vertical mounting with vertical shelf mount kit

23 in. rack


7360 ISAM WM

23 in. rack

Vertical mounting with shelf mount kit and drip tray

Table 81 identifies the part number for the 23 in. rack. Table 81

Racks

Rack

Part number

23 in. rack

1AD 01412 0044

Table 82 lists the 7360 ISAM FX-16 equipment orderable at the FEMA code level. The required mounting brackets and screws are included in the shipm ent under one part number. Replacement part numbers are listed if required.

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Table 82


FEMA level rack mounting parts for 7360 ISAM FX-16

Type

FEMA code (1)

Part

Part number

Quantity

3FE 66742 BA (includes intelligent fan with fan filter)

23 in. rack

1AD 01412 0044

1

NFXS-D shelf

3FE 65209 BA

1

FX-16 heat and fiber baffle kit

3FE 68285 AA

1

Intelligent fan with fan filter

3FE 66546 AA

1

Drip tray

3FE 68295 AA

1

Optical fiber management kit

3FE 61087 FA

1

Dust filter

3FE 67952 AA

1

FX-16 left mounting bracket

3FE 54168 AA

1

FX-16 right mounting bracket

3FE 54168 AB

1

12 × 24 1/2in. (12 mm) hex screws

1AD112490001

10

12 × 24 1/2in. (12.7 mm) hex screws

1AD008180005

14

M3 × 8 mm screws

1AD003150008

M3 × 14 mm screws

1AD003150069

23 in. rack

1AD 01412 0044

1

NFXS-D shelf

3FE 65209 BA

2

FX-16 heat and fiber baffle kit

3FE 68285 AA

2

Intelligent fan with fan filter

3FE 66546 AA

2

Drip tray

3FE 68295 AA

2


3FE 61087 FA

2

Dust filter

3FE 67952 AA

1

FX-16 left mounting bracket

3FE 54168 AA

2

FX-16 right mounting bracket

3FE 54168 AB

2

12 × 24 1/2in. (12 mm) hex screws

1AD112490001

20

12 × 24 1/2in. (12.7 mm) hex screws

1AD008180005

28

7360 ISAM FX-16 mounting 7360 ISAM FX-16 - rack with one shelf

Replacement parts

7360 ISAM FX-16 - rack with two shelves

3FE 66742 BB (includes intelligent fan with fan filter)

Replacement parts

Note (1)

See the 7360 ISAM FX Product Information Guide or the 7360 ISAM FX Hardware Installation Manual for FEMA level and other rack mounting configuration details.

Table 84 identifies the orderable mounting parts required for 7360 ISAM FX-12 shelves. The required hardware is included in the shipment. Replacement part numbers are listed if required.

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Table 83 Rack size


Rack mounting parts for 7360 ISAM FX-12 Rack mounting configuration

Part

Part number

Quantity

Vertical mounting of the 7360 ISAM FX-12 in an EIA standard 19 in. rack (17.75 in. I.D.)

NFXS-G

3FE 69833 BA

1


3FE 71272 AA

1

Replacement parts

12 mm pan head screws

1AD 00315 0010

10

Vertical mounting of the 7360 ISAM FX-12 in an EIA standard 19 in. rack (17.75 in. I.D.)

NFXS-G

3FE 69833 BA

2


3FE 71272 AA

2

Replacement parts

12 mm pan head screws

1AD 00315 0010

20

7360 ISAM FX-12 mounting 7360 ISAM FX-12- rack with one shelf

7360 ISAM FX-12- rack with two shelves

Table 84 identifies the orderable mounting parts required for 7360 ISAM FX-8 and 7360 ISAM FX-4 shelves. The required mounting brackets and screws are included in the shipment. Replacement part numbers are listed if required. Table 84 Rack size

Rack mounting parts for 7360 ISAM FX-8 and 7360 ISAM FX-4 Rack mounting configuration

Part

Part number

Quantity

Vertical mounting of the 7360 ISAM F X-8 in an EIA standard 19 in. rack (17.75 in. I.D.) or a seismic 19 in. rack (17.5 in. I.D.)

NFXS-E

3FE 64936 BB

1


3FE 67300 BA

1

23 in. rack adapter brackets are included in the kit but are not required for 19 in. rack installation.


3FE 61087 EB

1

Replacement parts

12-24 x 1/2 in. (12.7 mm) screws

1AD002300017

12

M3 x 5/16 in. (8 mm) screws

1AD702080011

12

M3 × 9/16 in. (14 mm) screws

1AD003150069

16

NFXS-E

3FE 64936 BB

1

Horizontal shelf mount kit (1)

3FE 67300 AA

1


3FE 61087 EB

1

12-24 x 12.7 mm screws

1AD002300017

16

7360 ISAM FX-8 mounting 19 in. rack

19 in. rack

Horizontal mounting of the 7360 ISAM FX-8 in an EIA standard 19 in. rack (17.75 in. I.D.)

Replacement parts

(1 of 3)

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Rack size


Part

Part number

Quantity

23 in. rack

Vertical mounti ng of the 7360 ISAM FX-8 in a 23 in. rack (21.5 in. I.D.)

NFXS-E

3FE 64936 BB

1


3FE 67300 BA

1


3FE 61087 EB

1

12-24 x 1/2 in. (12.7 mm) screws

1AD002300017

12


1AD702080011

12

M3 × 9/16 in. (14 mm) screws

1AD003150069

16

NFXS-E

3FE 64936 BB

1


3FE 67300 AA

1


3FE 61087 EB

1

Left and right horizontal brackets

3FE 67313 AA

2


1AD002300017

16

NFXS-F

3FE 64991 BB

1


3FE 67299 BA


3FE 61087 DB

1

12-24 x 1/2 in. (12.7 mm) screws

1AD002300017

12


1AD702080011

12

M3 × 9/16 in. (14 mm) screws

1AD003150069

16

NFXS-F

3FE 64991 BB

1

Horizontal shelf mount kit (1)

3FE 67299 AA

2


3FE 61087 DB

1


1AD002300017

16

Replacement parts

23 in. rack

Horizontal mounting of the 7360 ISAM FX-8 in a 23 in. rack

Replacement parts

7360 ISAM FX-4 mounting 19 in. rack

Vertical mounti ng of the 7360 ISAM FX-4 in a 19 in. rack

Replacement parts

19 in. rack

Horizontal mounting of the 7360 ISAM FX-4 in an EIA standard 19 in. rack (17.75 in. I.D.)

Replacement parts

(2 of 3)

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Rack size


Part

Part number

Quantity

23 in. rack

Vertical mounti ng of the 7360 ISAM FX-4 in a 23 in. rack

NFXS-F

3FE 64991 BB

1


3FE 67299 BA


3FE 61087 DB

1

12-24 x 1/2 in. (12.7 mm) screws

1AD002300017

12


1AD702080011

12

M3 × 9/16 in. (14 mm) screws

1AD003150069

16

NFXS-F

3FE 64991 BB

1


3FE 67299 AA

2


3FE 61087 DB

1

Left and right horizontal brackets

3FE 67312 AA

2


1AD002300017

10

Replacement parts

23 in. rack

Horizontal mounting of the 7360 ISAM FX-4 in a 23 in. rack

Replacement parts

(3 of 3) Note (1)

Only kit screws required for horizontal installation in 19 in. rack.

Table 85 identifies the orderable mounting parts required for 7360 ISAM WM shelves. Table 85 Rack size

Rack mounting parts for 7360 ISAM WM Rack mounting configuration

Part

Part number

Quantity

FWMS-I

3FE 71568 AA

1

mounting kit

3FE 72570 AA

1

optical fiber management kit

3FE 61087 GB

1

Drip tray

3FE 68295 AA

1

7360 ISAM WM mounting 7360 ISAM WM rack with one shelf

Vertical mounting of the 7360 ISAM WM in a 23 in. rack

7.3

Shelves This section lists the orderable variants of the 7360 ISAM FX shelf equipment; see Table 86.

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Table 86


Orderable 7360 ISAM FX and 7360 ISAM WM shelves

Mnemonic

Component

Part number

Description

NFXS-D

7360 ISAM FX-16 shelf, 48 V only, excluding intelligent fan unit

3FE 65209 BA

NFXS-D:

• •

Includes required mounting brackets and screws

• • • • NFXS-E

7360 ISAM FX-8 shelf, 48 V only, including GFC, intelligent fan unit, and fan filter.

3FE 64936 BB

NFXS-E:

• • • • • • • • • • •

NFXS-F

7360 ISAM FX-4 shelf, 48 V only, including GFC, intelligent fan unit, and fan filter.

3FE 64991 BB

mounts vertically in a 23 in.rack allows for two NT cards and one NTIO card to be mounted in the middle slots of the card cage allows for flexible LT card mounting, meaning that several types of cards can be housed in the LT slots supports 48 V nominal power input voltage levels ( ± 20% tolerance) has a built-in GFC (PDBP) supports 1+1 NT redundancy

mounts horizontally in a 19 in. EIA standard rack, kit not required. Order screws separately. mounts horizontally in a 23 in. rack, with mounting kit that includes required mounting brackets and screws mounts vertically in a 19 in. EIA standard rack with vertical mount kit that includes screws mounts vertically in a 19 in. seismic rack with vertical mount kit that includes screws mounts vertically in a 23 in. rack with vertical mount kit that includes screws provides housing for associated interface units, which are plug-in units of 405 x 225 mm (15.94 in. x 8.86 in.) allows for two NT cards and one NTIO card to be mounted in the lower slots of the card cage allows for flexible LT card mounting, meaning that several types of cards can be housed in the LT slots holds a field-replaceable GFC holds a field-replaceable fan unit and a field-replaceable fan filter supports 1+1 NT redundancy

NFXS-F:

• • • • • • • • • • •

mounts horizontally in a 19 in. EIA standard rack, kit not required. Order screws separately. mounts horizontally in a 23 in. rack, with mounting kit that includes required mounting brackets and screws mounts vertically in a 19 in. EIA standard rack mounts vertically in a 19 in. seismic rack mounts vertically in a 23 in. rack provides housing for associated interface units allows for two NT cards and one NTIO card to be mounted in the lower slots of the card cage allows for flexible LT card mounting, meaning that several types of cards can be housed in the LT slots holds a field-replaceable GFC holds a field-replaceable fan unit and a field-replaceable fan filter supports 1+1 NT redundancy

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Mnemonic

Component

Part number

Description

NFXS-G

7360 ISAM FX-12 shelf, including GFC, intelligent fan unit, and fan filter.

3FE 69833 AA

NFXS-G:

• • • • • • •

FWMS-I

7360 ISAM WM shelf

3FE 71568 AA

mounts vertically in a 19 in. seismic rack provides housing for associated interface units allows for two NT cards and one NTIO card to be mounted in the center slots of the card cage allows for flexible LT card mounting, meaning that several types of cards can be housed in the LT slots holds a field-replaceable GFC holds a field-replaceable fan unit and a field-replaceable fan filter supports 1+1 NT redundancy

FWMS-I:

• • • • •

mounts vertically in a 23 in. rack provides housing for associated interface units allows for up to two power cards and one controller card to be mounted in the middle slots of the card cage allows for up to twelve line cards to be mounted supports 1+1 NT redundancy

(2 of 2)

7.4

Shelf mount kits This section lists the orderable variants of the shelf mount kits available for 7360 ISAM FX shelves; see Table 87

Table 87

Shelf mount kits for 7360 ISAM FX and 7360 ISAM WM

Component

Part number

Description


3FE 68285 AA

Protects equipment from heat, flame, and loose falling particles. Also improves airflow patterns and guides fiber optic cables at a proper bend radius. Kit includes:

• • • • • • 7360 ISAM FX-12 heat and fiber baffle kit

3FE 71272 AA

top baffle intumescent panel top cross bracket, front and rear skirt assembly shelf horizontal mount bracket fiber management bracket required screws

Protects equipment from heat, flame, and loose falling particles. Also improves airflow patterns and guides fiber optic cables at a proper bend radius. Kit includes:

• • • •

upper baffle assembly intumescent panel bottom baffle required screws

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Component

Part number

Description


3FE 67300 AA

Provides the shelf mounting brackets, if required, and the screws to install in a rack.


3FE 67300 BA

Protects equipment from heat, flame, or loose falling particles, improves air-flow patterns, and guides fiber optic cables at a proper bend radius. Kit includes:

• • • • • •

top baffle intumescent panel top cross bracket, front and rear skirt assembly shelf horizontal mount bracket and air-intake baffle/drip tray assembly 23 in. rack mount bracket required screws


3FE 67299 AA

Provides the shelf mounting brackets, if required, and the screws to install in a rack.


3FE 67299 BA

Protects equipment from heat, flame, or loose falling particles, improves air-flow patterns, and guides fiber optic cables at a proper bend radius. Kit includes:

• • • • • • 7360 ISAM WM mounting kit

3FE 72570 AA

top baffle intumescent panel top cross bracket, front and rear skirt assembly shelf horizontal mount bracket and air-intake baffle/drip tray assembly 23 in. rack mount bracket required screws

Provides the 23 in. shelf mounting brackets, and the screws to install in a rack.

(2 of 2)

7.5

GFCs This section lists the orderable variants of the GFCs used in the 7360 ISAM FX shelves; see Table 88. Note — The 7360 ISAM FX-16 shelf has a built-in GFC that is

not field-replaceable, and that therefore cannot be ordered as a separate component. Table 88

Orderable GFCs

Component

Mnemonic

Part number

Description

GFC for the 7360 ISAM FX-8 shelf

NGFC-H

3FE 65675 AA

NGFC-H is the power interface part of the 7360 ISAM FX-8 shelf and acts as the interface for inter-rack routing of alarms toward the NT card, for user-defined alarms, as well as for the power-related alarms of the shelf.

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Component

Mnemonic

Part number

Description


NGFC-G

3FE 65676 AA

NGFC-G is the power interface part of the 7360 ISAM FX-4 shelf and acts as the interface for inter-rack routing of alarms toward the NT card, for user-defined alarms, as well as for the power-related alarms of the shelf.


NGFC-I

3FE 69812 AA

NGFC-I is the power interface part of the 7360 ISAM FX-12 shelf and acts as the interface for inter-rack routing of alarms toward the NT card, for user-defined alarms, as well as for the power-related alarms of the shelf.

(2 of 2)

7.6

Fan units and fan filters This section describes the orderable variants of the fan units and fan filters for the 7360 ISAM FX shelves; see Table 89. Note — When installed in a shelf, a fan filter should be changed

at least every 3 months depending on conditions.

Table 89

Orderable fan units and filters

Component

Mnemonic

Part number

Description

Fan filter for the 7360 ISAM FX-8

—

3FE 64928 DA/DA

—

Fan filter for the 7360 ISAM FX-4

—

3FE 64928 EA/EA

—

Intelligent fan for the 7360 ISAM FX-16 shelf

BFAN-H

3FE 66546 AA

BFAN-H intelligent fan provides forced air cooling in a 7360 ISAM FX-16 shelf, and has the following features:

• • • • • • • •

supports fan failure monitoring contains eight, temperature controlled, variable-speed fans with two modes equipped with a control card for bi-directional communication with the NT card to define the fan rotation speed mode supports nominal voltages: −48 V dc secured to the shelf by screws field-replaceable and can be hot-inserted connected to the shelf backplane via two 15-pin male D-SUB miniature connectors. equipped with fan filter for use in CO environment. This fan filter must be removed when the shelf is used in closed (cabinet-like) environments where such a filter is not applicable and where higher ambient temperatures (higher than 45°C) are expected.

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Component

Mnemonic

Part number

Description


BFAN-I

3FE 69909 AA

BFAN-I intelligent fan provides forced air cooling in a 7360 ISAM FX-12 shelf, and has the following features:

• • • • • • • • • •

Intelligent fan for the 7360 ISAM FX-8 shelf vertical mount installation

BFAN-E

3FE 66545 AA

supports fan failure monitoring contains eight wide-voltage range, temperature controlled, variable speed fans with two modes is equipped with a control card for bi-directional communication with the NT card to define the fan rotation speed mode mounts in the 7360 ISAM FX-12 shelf fan area behind the fan unit cover supports nominal voltages: −48 V dc / −60 V dc contains a fan unit control card, which generates a common fan alarm toward the NT cards (using the GFC) in case of fan failure and lights the fan alarm LED. secured to the 7360 ISAM FX-12 shelf with a screw field-replaceable and can be hot-inserted provides the space and guiding for a field-replaceable fan filter equipped with fan filter for use in CO environment. This fan filter must be removed when the shelf is used in closed (cabinet-like) environments where such a filter is not applicable and where higher ambient temperatures (higher than 45°C) are expected.

BFAN-E intelligent fan provides forced air cooling in a 7360 ISAM FX-8 shelf, and has the following features:

• • • • • • • • • •

supports fan failure monitoring contains six wide-voltage range, temperature controlled, variable speed fans with two modes equipped with a control card for bi-directional communication with the NT card to define the fan rotation speed mode mounts in the 7360 ISAM FX-8 shelf fan area behind the fan unit cover supports nominal voltages: −48 V dc / −60 V dc contains a fan unit control card, which generates a common fan alarm toward the NT cards (using the GFC) in case of fan failure and lights the fan alarm LED. secured to the 7360 ISAM FX-8 shelf with a screw field-replaceable and can be hot-inserted provides the space and guiding for a field-replaceable fan filter if the fan unit is equipped with fan filter, the fan unit is only suitable for a CO environment

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Component

Mnemonic

Part number

Description


BFAN-X

3FE 66544 AA

BFAN-X intelligent fan provides forced air cooling in a 7360 ISAM FX-4 shelf, and has the following features:

• • • • • • • • • •

supports fan failure monitoring contains four wide voltage range, temperature controlled, variable speed fans with two modes equipped with a control card for bi-directional communication with the NT card to define the fan rotation speed mode mounts in the 7360 ISAM FX-4 shelf fan area behind the fan unit cover supports nominal voltages: −48 V dc / −60 V dc contains a fan unit control card, which generates a common fan alarm toward the NT cards (using the GFC) in case of fan failure and lights the fan alarm LED secured to the 7360 ISAM FX-4 shelf with a screw field-replaceable and can be hot-inserted provides the space and guiding for a field-replaceable fan filter if the fan unit is equipped with fan filter, the fan unit is only suitable for a CO environment

(3 of 3)

7.7

NT cards and dummy front panel This section describes the orderable variants of the NT card sand dummy front panel for the NT unit of 7360 ISAM FX shelves; see Table 90.

Table 90

Orderable NT card and NT dummy front panel

Component

Mnemonic

Part number

Description

480 Gb/s NT with ANSI T1 BITS, SyncE, and IEEE1588 for high-density/high-bandwidth applications, without SFPs (ANSI variant)

FANT-F

3FE 53701 BD

FANT-F card provides optical and electrical connections for Ethernet or Gigabit Ethernet network connectivity to a high-bandwidth IP services network.

1.2 TBps NT with ANSI T1 BITS, SyncE, and IEEE1588 for high-density/high-bandwidth applications, without SFPs (ANSI variant)

FANT-G

3FE 71256 BA

FANT-G card provides optical and electrical connections for Ethernet or Gigabit Ethernet network connectivity to a high-bandwidth IP services network.

NT dummy front panel

—

3FE 65651 AA

Dummy front panel for the NT card must be used when the second NT card is not used in the shelf. The same dummy front panel can be used for all FX shelves including 7360 ISAM FX-16, 7360 ISAM FX-12, 7360 ISAM FX-8, and 7360 ISAM FX-4.

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7.8


NTIO card and dummy front panel This section describes the orderable variant of the NTIO card and the NTIO dummy front panel for the 7360 ISAM FX shelves; see Table 91. Note — A dummy front panel must be installed in the NTIO slot

on the shelf.

Table 91

Orderable NTIO card and dummy front panel

Component

Mnemonic

Part number

Description

NTIO card

FNIO-A

3FE 65586 BA

FNIO-A is an NTIO applique which interfaces with the NT board. It provides additional GE interfaces to the FX shelf.

NTIO dummy front panel

—

3FE 65651 BA

The same NTIO dummy front panel can be used for all FX shelves including 7360 ISAM FX-16, 7360 ISAM FX-12, 7360 ISAM FX-8, and 7360 ISAM FX-4.

7.9

LT cards, VPS cards, and LT dummy front panels This section describes the orderable variants of the LT cards, VPS cards, and LT dummy front panels for the 7360 ISAM FX shelves; see Table 92.

Table 92

Orderable LT cards and LT dummy front panels

Component

Mnemonic

Part number

Description

16-port GPON LT card with enhanced (downstream) traffic management capabilities

FGLT-A

3FE 66721 AB

FGLT-A is an GPON LT card that can be installed in a 7360 ISAM FX shelf. The FGLT-A provides termination of sixteen GPON ports (2.488 Gb/s downstream and 1.244 Gb/s upstream). SFP GPON optical modules can be plugged into the FGLT-A card.


FGLT-B

3FE 68954 AB

FGLT-B is an GPON LT card that can be installed in a 7360 ISAM FX shelf. The FGLT-B provides termination of sixteen GPON ports (2.488 Gb/s downstream and 1.244 Gb/s upstream). SFP GPON optical modules can be plugged into the FGLT-B card.

8-port EPON LT card with support for OTDR embedded functionality

FPLT-A

3FE 53711 AA

FPLT-A is an EPON LT card that can be installed in a 7360 ISAM FX shelf. The FPLT-A provides termination of eight EPON ports (1.25 Gb/s downstream and 1.25 Gb/s upstream). SFP EPON optical modules can be plugged into the FPLT-A card.

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Component

Mnemonic

Part number

Description

10G EPON LT card

FPXT-B

3FE 68788 AA

FPXT-B is an EPON LT card with C-temp that can be installed in a 7360 ISAM FX shelf. The FPXT-B provides:

• • • • 10G EPON LT card

FPXT-B

3FE 68788 AB

1260-1360 nm voice/data burst transmit in the 1 Gb/s upstream 1480-1500 nm voice/data continuous receive in the 1 Gb/s downstream 1260-1280 nm voice/data burst transmit in the 10 Gb/s upstream 1577 nm voice/data continuous receive in the 10 Gb/s downstream

FPXT-B is an EPON LT card with I-temp that can be installed in a 7360 ISAM FX shelf. The FPXT-B provides:

• • • •

1260-1360 nm voice/data burst transmit in the 1 Gb/s upstream 1480-1500 nm voice/data continuous receive in the 1 Gb/s downstream 1260-1280 nm voice/data burst transmit in the 10 Gb/s upstream 1577 nm voice/data continuous receive in the 10 Gb/s downstream

4p NG-PON2 TWDM LT card

FWLT-A

3FE 56399 AB

FWLT-A is a 4 ports NG-PON2 TWDM LT card with Traffic Manager (TM) - version A.

48L VDSL2 LT/Splitter with SLV

NDLS-E

3FE 65728 AB(2)

NDLS-E is a VDLS2 LT over POTS Combined LT/Splitter unit with SLV functionality that can be installed in a 7360 shelf. The NDLS-E provides termination of forty-eight ADSL, ADSL2plus, ADSL2 or VDSL2 lines and supports System Level Vectoring in upstream and downstream direction. The NDLS-E supports downstream forwarding rates of mixed unicast and multicast traffic of up to 2.5 Gbps.


NDLS-E

3FE 65728 AC



NDLS-E

3FE 65728 BA(2)


Multi-DSL integrated splitter over POTS LT card with Board Level Vectoring (BLV)

NDLS-F

3FE 67645 AA(3)

NDLS-F is a multi-DSL integrated splitter LT card that can be installed in a 7360 ISAM FX shelf. Multi-mode services and BLV capabilities. The NDLS-F provides termination of forty-eight ADSL, ADSL2plus, ADSL2 or VDSL2 ports and supports downstream forwarding rates of mixed and multicast traffic of up to 2.5 Gb/s.

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Component

Mnemonic

Part number

Description

Multi-DSL integrated splitter over POTS LT card with Board Level Vectoring (BLV)

NDLS-F

3FE 67645 AB

NDLS-F is a multi-DSL integrated splitter LT card that can be installed in a 7360 ISAM FX shelf. Multi-mode services and BLV capabilities. The NDLS-F provides termination of forty-eight ADSL, ADSL2plus, ADSL2 or VDSL2 ports and supports downstream forwarding rates of mixed and multicast traffic of up to 2.5 Gb/s.

P2P GE/FE Ethernet LT card (36 lines), excluding SFPs

NELT-B

3FE 62543 AA

NELT-B is an FE/GE LT card that has up to 36 FE/GE optical ports for Ethernet access.

GE/FE very fast Ethernet LT card (36 lines)

FELT-B

3FE 69486 AA

FELT-B is a very fast Ethernet LT card with up to 36 FE/GE, 18 FE/GE/2.5GE, or 16 10GE optical ports for Ethernet access.


NGLT-A

3FE 64279 AA

NGLT-A is a GPON LT card that can be installed in a 7360 ISAM FX shelf. The NGLT-A provides termination of eight GPON ports (2.488 Gb/s downstream and 1.244 Gb/s upstream). SFP GPON optical modules can be plugged into the NGLT-A card.


NGLT-C

3FE 67301 AA

NGLT-C is a GPON LT card that can be installed in a 7360 ISAM FX shelf. The NGLT-C provides termination of eight GPON ports (2.488 Gb/s downstream and 1.244 Gb/s upstream). SFP GPON optical modules can be plugged into the NGLT-C card.

48-port POTS only LT card

NPOT-C

3FE 65455 BA

NPOT-C is a 48-port POTS only LT card that can be installed in a 7360 ISAM FX shelf. The NPOT-C card may be used in conjunction with NDLS-F LT card and provides termination of forty-eight POTS ports supporting SIP voice solutions.

Vector Processing Server

NDPS-B

3FE 67437 AA(1)

The NDPS-B is a Vector Processing Server that supports up to eight 48-port VDSL2 System Level Vectoring (SLV)-capable Line Termination (LT) boards for a vectoring group capacity of up to 384 VDSL2 lines. The NDPS-B supports a 384 x 192 vectoring matrix.

Vector Processing Server

NDPS-B

3FE 67437 AB

The NDPS-B is a Vector Processing Server that supports up to eight 48-port VDSL2 System Level Vectoring (SLV)-capable Line Termination (LT) boards for a vectoring group capacity of up to 384 VDSL2 lines. The NDPS-B supports a 384 x 192 vectoring matrix.

Voice Package Server

NVPS-C

3FE 68135 AA

The NVPS-C is a Megaco gateway server card that supports up to 5K terminations with NPOT-C.

LT dummy front panels

—

3FE 65005 AA

A LT dummy front panel must be installed in any unused LT slot. This variant is equipped with pre-cabling for eight fiber SC connectors

3FE 65651 BA

A LT dummy front panel must be installed in any unused LT slot. This alternative variant is equipped without pre-cabling.

3FE 61074 BB

A LT dummy front panel must be installed in any unused LT slot. This alternative variant is equipped with cable management for DSL/POTS cable connectors.

(3 of 3) Note (1)

(2)

(3)

174

The NDPS-B AA variant (3FE 67437 AA) is being replaced with the functionally equivalent NDPS-B AB variant. Please refer to the relevant Customer Release Note for more information. The NDLS-E AB (3FE 65728 AB) and NDLS-E BA (3FE 65728 BA) variants are being replaced with the functionally equivalent NDLS-E AC variant. Please refer to the relevant Customer Release Note for more information. The NDLS-F AA variant (3FE 67645 AA) is being replaced with the functionally equivalent NDLS-F AB variant. Please refer to the relevant Customer Release Note for more information.


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7.10


7360 ISAM WM line card and dummy front panels This section describes the orderable variant of the 7360 ISAM WM line card, and the dummy front panels for line card slots in 7360 ISAM WM shelves; see Table 93. Note — A dummy front panel must be installed in any slot that

does not contain a line card.

Table 93

7.11

Orderable line card and dummy front panels for line card slots

Component

Mnemonic

Part number

Description

Line card

FWLC-A

3FE 45015 AA

7360 ISAM WM line card.

Dummy front panels for line card slots

—

3FE 72169 AA

Universal dummy front panel for 7360 ISAM WM line card slots.

3FE 72168 AA

Universal dummy front panel for 7360 ISAM WM line card slots. This variant is equipped with pre-cabling.

7360 ISAM WM power card and dummy front panel This section describes the orderable variant of the 7360 ISAM WM power card, and the dummy front panel for power card slots in 7360 ISAM WM shelves ; see Table94. Note — A dummy front panel must be installed in the second

7360 ISAM WM power card slot, if only one power card is to be used. Table 94

Issue: 07

Orderable power card and dummy front panel for power card slots

Component

Mnemonic

Part number

Power card

FWPC-A

3FE 45026 AA

7360 ISAM WM power card.

Dummy front panel for power card slots

—

3FE 72657 AA

Universal dummy front panel for 7360 ISAM WM power card slots.


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7.12


7360 ISAM WM controller card This section describes the orderable variant of the 7360 ISAM WM controller card; see Table 95. Table 95

7.13

Orderable controller card

Component

Mnemonic

Controller card

FWCC-A

Part number 3FE 45022 AA

Description 7360 ISAM WM controller card.

Optical modules See Table 96 for a complete list of orderable variants of Nokia approved SFP and XFP modules for use with 7360 ISAM FX shelves. See Table 72 for a complete list of supported optical modules, with s upport per card indicated by a check mark in the relevant columns. See the ISAM SFP/SFP+/XFP Modules Unit Data Sheet for detailed information on supported optical modules. Table 96

Orderable optical modules

Item

Part number

Description

FE-FX

3FE 25777 AA

100 Mb/s optical Ethernet 100Base-FX

FE-LX10

3FE 25778 AA

100 Mb/s optical Ethernet 100Base-LX

FE BX10-D

3FE 29194 AA

100 Mb/s optical Ethernet 100Base-BX-D

100Base-T

3FE 63343 AA

10 Mb/s and 100 Mb/s electrical Ethernet 100Base-T

3FE 64927 AA

10 Mb/s, 100 Mb/s, and 1 Gb/s electrical Ethernet 1000Base-T

GE-SX

3FE 25773 AA

1 Gb/s Ethernet 1000Base-SX

GE-LX

3FE 25774 AA

1 Gb/s optical Ethernet 1000Base-LX

GE-EX

3FE 25775 AA

1 Gb/s optical Ethernet 1000Base-EX

GE-ZX

3FE 25776 AA

1 Gb/s optical Ethernet 1000Base-ZX

Fast Ethernet SFPs

Copper SFPs 1000Base-T Gigabit Ethernet SFPs

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Item

Part number

Description

GE-YX CWDM

3FE 25771 AA

1 Gb/s optical Ethernet 1000Base-YX CWDM

3FE 25771 AB


3FE 25771 AC


3FE 25771 AD


3FE 25771 AE


3FE 25771 AF


3FE 25771 AG


3FE 25771 AH


3FE 29549 CA

1 Gb/s optical Ethernet 1000Base-VX CWDM

3FE 29550 CA


3FE 29551 CA


3FE 29552 CA


3FE 29553 CA


3FE 29554 CA


3FE 29555 CA


3FE 64870 AA


GE-BX10-U

3FE 25772 AA

1 Gb/s optical Ethernet 1000Base-BX10-U

GE-BX10-D

3FE 25772 AB

1 Gb/s optical Ethernet 1000Base-BX10-D

GE-BX40-U

3FE 28785 AA

1 Gb/s optical Ethernet 1000Base-BX40-U

GE-BX40-D

3FE 28785 AB

1 Gb/s optical Ethernet 1000Base-BX40-D

GE-VX CWDM

10G CWDM SFP+s (2 of 5)

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Item

Part number

Description

10 GE 10GBase-ZR CWDM

3FE 68890 AA

10 Gb/s optical Ethernet 10GBase-ZR CWDM

3FE 68890 AB 3FE 68890 AC 3FE 68890 AD 3FE 68890 AE 3FE 68890 AF 3FE 68890 AG 3FE 68890 AH SFP+s 10 GE-R

3FE 62600 AA

10 Gb/s optical Ethernet 10GBase-LR (I-temp)

10 GE-R

3FE 62600 DA

10 Gb/s optical Ethernet 10GBase-LR (C-temp)

10 GE-R

3FE 63264 AA

10 Gb/s optical Ethernet 10GBase-SR

10 GE-R

3FE 65831 AA

10 Gb/s optical Ethernet 10GBase-ER

10 GE-R

3FE 65832 AA

10 Gb/s optical Ethernet 10GBase-ZR

10 GE-BX

3FE 55744 AA

10 G-BX40-D

10 GE-BX

3FE 55743 AA

10 G-BX40U

3FE 67231 AA

E1/T1 TDM Pseudowire SFP

GE-BX10-D

3FE 65106 AA

1 Gb/s Ethernet 1000Base-BX-D

FE-BX10-D

3FE 65107 AA

100 Mb/s Ethernet 100Base-BX-D

FE-BX10-D

3FE 66131 AA

E1 SFP 2 × E1 SFP Dual SFPs

GE-BX10-D FE-BX20-D

(1)

100 Mb/s / 1 Gb/s Ethernet 1000 Base-BX-D (dual rate)

3FE 69491 AA

100/1000 Base-BX20-D

3FE 53606 AA

100 Mb/s / 1 Gb/s optical Ethernet 100/1000Base-BX-D (compact, dual rate)

3FE 65373 DA

EPON SFP ONT (O-E010S-P) with embedded ONT functionality and CWDM filter

GE-BX20-D EPON SFPs EPON PX20+

EPON PX20+ SFP ONU

(2)

2G EPON XFPs (3 of 5)

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Item

Part number

Description

EPON OLT XFP (asymmetric)

3FE 53606 BC

2 Gb/s EPON OLT XFP (asymmetric: DS 2 Gb/s; US 1 Gb/s) (I-temp)


3FE 66606 AC

10 Gb/s EPON XFP PRX30 (asymmetric: DS 10 Gb/s, 1 Gb/s; US 1Gb/s) (C-temp)

EPON PRX30 XFP (symmetric) (3)

3FE 66606 AD

10 Gb/s EPON XFP PR30 (symmetric: DS & US 10 Gb/s, 1 Gb/s) (C-temp)


3FE 66606 BC

10 Gb/s EPON XFP PRX30 (asymmetric: DS 10 Gb/s, 1 Gb/s; US 1Gb/s) (I-temp)

EPON PRX30 XFP (symmetric)

3FE 66606 BD

10 Gb/s EPON XFP PR30 (symmetric: DS & US 10 Gb/s, 1 Gb/s) (I-temp)

GPON SFP B+

3FE 53441 AA

GPON OLT optical module class B+ (C-temp)

GPON SFP B+

3FE 53441 AC

GPON OLT optical module class B+ (I-temp)

GPON SFP C+

3FE 53441 BA

GPON OLT optical module class C+ (C-temp)

GPON SFP C+

3FE 53441 BC

GPON OLT optical module class C+ (I-temp)

GPON SFP B+ with OTDR

3FE 53441 CC

GPON OLT optical module class B+ (I-temp), with embedded OTDR

GPON SFP C+ with OTDR

3FE 53441 DA

GPON OLT optical module class C+ (C-temp), with embedded OTDR

GPON SFP B+ with alternative wavelength

3FE 53441 EA

GPON OLT optical modu le class B+ (I-temp), with alternative wavelength

Symmetrical TWDM XFP

3FE 45228 AA



3FE 45228 BA



3FE 45228 CA



3FE 45228 DA


Fixed wavelength XFP

3FE 53971 AA


Fixed wavelength XFP

3FE 53971 BA



3FE 56269 AA



3FE 56269 BA



3FE 56269 CA



3FE 56269 DA


10G EPON XFPs

GPON SFPs

Universal TWDM optics

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Item

Part number

Description


3FE 66606 CD

XGS (PR30) XFP

3FE 71782 AA

100 Gbps Ethernet 100GBase-LR4 (C-temp)

3FE 66247 AA

STM-1/OC3 Ethernet Bridging optical module

CFP4 optics 100 G Base-LR4 Other TM1 SFP

(5 of 5) Notes (1) This is a dual-rate compact SFP. (2) The EPON SFP ONU is deployed in demarcation equipment. See your Nokia representative for more information. (3) Can be used for a fixed-wavelength deployment (Universal TWDM).

7.14

Optical fiber management kits This section describes the orderable variant of the optical fiber management kits for the 7360 ISAM FX shelves; see Table 97. Note — 7360 ISAM FX-4 and 7360 ISAM FX-8 fiber

management kits are not yet available.

Table 97

7.15

Orderable optical fiber management kits

Component

Mnemonic

Part number


FX-16 fiber management kit

3FE 61087 FA



3FE 61087 GB



3FE 61087 EB



3FE 61087 DB

Fiber guide kit for 7360 ISAM WM

WM fiber management kit

3FE 61087 GB

Fiber caps Table 98 provides the ordering information for fiber caps.

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Table 98

7.16


Orderable fiber caps

Component

Mnemonic

Part number

Description

Fiber caps for 7360 ISAM FX-16

Fiber caps

3MV 00516 AA

Fiber caps are available for capping fiber optical cables that have SC/UPC connectors to GPON LT cards. Orderable as a set of 100 fiber caps.


Fiber caps

Fiber caps



Fiber caps

Fiber caps



Fiber caps

3MV 00516 AA


Cables This section describes the orderable cables required for the 7360 ISAM FX equipment installation. See your Nokia sales representative for details about the required cables.

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7.16.1


Lugs and lug tool Nokia recommends the following crimp lugs and crimp lug tool:

• Input power lug: 2 AWG, 90C, Burndy YAZ2C-2TC14 or equivalent • 2 AWG 1/4 - 5/8 dual-hole copper lug long barrel peep, uses Burndy Die Code 10. See Burndy catalog for additional tool options. • Input power lug: 2 AWG, 90C, Thomas and Betts 54855BEPH or equivalent • 2 AWG 1/4 - 5/8 dual-hole copper lug long barrel peep, uses Thomas and Betts Die Code 33. See Thomas and Betts catalog for additional tool options. • 7360 ISAM FX-16 shelf ground lug options:

• 4 AWG, Panduit: LCC4-14DW -L, Burndy: YA2CL-2TC14E1 • 2 AWG, Panduit: LCC2-14DW-Q, Burndy: YA2CL-2TC14E1

7.16.2

CO external alarm cables Table 99 describes the CO external alarm cables that are orderable showing cable support per shelf type using a checkmark. Table 99

7.16.3

Orderable CO external alarm cables

Item

Part number

7360 ISAM FX -16

7360 ISAM FX-12

7360 ISAM FX -8

7360 ISAM FX -4

50-pin micro DSUB connector, angled head

3FE 68290 AB

✓

✓

✓

✓

50-pin micro DSUB connector

3FE 72531 AA

—

—

—

✓

Power cables Table 100 describes the orderable power cables, showing cable support per shelf type using a checkmark. Table 100

182

Orderable power cables

Item

Part number

7360 ISAM FX -16

7360 ISAM FX-12

7360 ISAM FX -8

7360 ISAM FX -4

3-pin DSUB connector

3FE 72530 AA

—

—

—

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7.16.4


xDSL and POTS line MDF cable Table 101 describes the xDSL and POTS line MDF connector cable that is orderable showing cable support per shelf type using a checkmark.

Table 101

Orderable xDSL/POTS line MDF connector cable

Item

Part number

7360 ISAM F X-16

3 m (10 ft) Champ100 MDF cable

3FE 71712 AA


7360 ISAM FX-8

7360 ISAM F X-4

✓

✓

✓

3FE 71712 BA

✓

✓

✓

30 m (1 00 ft) Champ100 MDF cable

3FE 71712 CA

✓

✓

✓


3FE 71712 AF

✓

✓

✓


3FE 71712 AD

✓

✓

✓


3FE 71712 AG

✓

✓

✓


3FE 71712 AE

✓

✓

✓

0.5 m (1.64 ft) Champ100 MDF combo cable, with two connectors (connects DSL to POTS cards)

3FE 72919 AA

✓

✓

✓

3 m (10 ft) Champ100 MDF HS+ cable (2x25 pair pre-connectorized MDF HS+)

3FE 73071 AA

✓

✓

✓

4.5 m (15 ft) Champ100 MDF HS+ cable (2x25 pair pre-connectorized MDF HS+)

3FE 73071 BA

✓

✓

✓


3FE 73071 CA

✓

✓

✓


3FE 73071 DA

✓

✓

✓


3FE 73071 EA

✓

✓

✓


3FE 73071 FA

✓

✓

✓


3FE 73071 GA

✓

✓

✓


3FE 73071 HA

✓

✓

✓


3FE 73071 JA

✓

✓

✓


3FE 73071 KA

✓

✓

✓

125ft Champ100 MDF HS+ cable (2*25 pair pre-connectorized MDF HS+ Block)

3FE73071LAAA

✓

✓

✓

175ft Champ100 MDF HS+ cable (2*25 pair pre-connectorized MDF HS+ Block)

3FE73071MAAA

✓

✓

✓

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7.16.5


QSFP+ cable Table 102 describes the QSFP+ cable that is orderable showing cable support per shelf type using a checkmark. Note — The QSFP+ cable connects the vector processing

board to an LT card. The length of the cable impacts how far apart these components can be arranged in the system. Table 102

7.16.6

Orderable QSFP+ cables

Item

Part number

7360 ISAM FX -16

7360 ISAM FX-12

7360 ISAM FX -8

7360 ISAM FX -4

1m QSFP+ cable

3FE 68462 AA

✓

✓

✓

✓

Debug cable Table 103 describes the debug cable that is orderable showing cable support per shelf type using a checkmark. Table 103

7.17

Orderable debug cables

Item

Part number

7360 ISAM FX -16

7360 ISAM FX-12

7360 ISAM FX -8

7360 ISAM FX -4

6 ft debug cable (CA DB9-M to DB9-F null modem)

1AB441900001

✓

✓

✓

✓

Video coupler equipment This section identifies the 7360 ISAM FX V-OLT and video coupler equipment, ordering, and installation considerations for use with GPON deployments; see Table 104.

Table 104

Orderable video coupler equipment

Item

Part number

Description

Video coupler rack

IAD 01412 0044

Standard 23-in. rack. The rack supports a maximum of 9 VCSL shelves and 3 fiber storage trays.

(1 of 2)

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Item

Part number

Description

Video coupler shelf (LGX), version A (VCSL-A)

3EM 11047 AA

Supports a maximum of 12 video coupler WDM cassettes (VCW2). The shelf also provides fiber management from the connectors to the raceways.

Video coupler WDM cassettes, 2 PON interfaces, version C (VCW2-C)

3EM 11046 AC

Each VCW2 contains two WDM units. Each WDM supports one LT card. The supported wavelength is 1550 nm. There are six SC-type connectors on the front of the VCW2, grouped in threes. Each group contains an input for the GLT2 PON, V-OLT PON, and an output to the ONTs. P-OLT connector: SC/UPC PON connector: SC/APC V-OLT connector: SC/APC

Fiber management raceway kits

3EM 11291 AA (top left kit) 3EM 11291 AB (middle left kit)

The raceway provides fiber management between the P-OLT and the video coupler rack. The raceway is installed on the VCSL. There are six variants of the raceway, depending on its location on the VCSL shelf.

3EM 11291 AC (bottom left kit) 3EM 11292 AA (top right kit) 3EM 11292 AB (middle right kit) 3EM 11292 AC (bottom right kit) Video coupler FSST

1AF 03143 AA

The fiber management tray provides an area withi n the video coupler shelf to store and manage extra fiber lengths. One shelf is needed for every three VCSLs.

Jumper cable from P-OLT to VCW2

3EM 11518 AA

The jumper connects the P-OLT to the VCW2. The connection is SC/UPC to SC/UPC at 2 mm. The cable is 3 m long.

Jumper cable from V-OLT to VCW2

—

The jumper connects the V-OLT to the VCW2. The connection is SC/APC to SC/APC at 2 mm. The cable length depends on the location of the V-OLT in relation to the VCW2. Nokia can provide the correct cable length for a specific application. Contact Nokia customer support for more information.

Video coupler fiber rack for WDM tray for 4 PONs

1AD 04674 0001

This standard 2200 mm rack. Supports a maximum of 15 video coupler shelves.

Video coupler shelf

1AD 04675 0001

This shelf supports a maximum of three pairs of WDM trays.

Video coupler WDM tray for 4 PONs

3EM 15711 AA (pair)

This WDM tray is paired with a left and a right tray. Each pair of trays supports four PONs.

3EM 15711 AB (left tray) 3EM 15711 AC (right tray) Video coupler WDM with splitters tray for 8 PONs

3EM 15711 AD (pair)

This WDM tray is paired with a left and a right tray. Each pair of trays supports eight PONs. This pair of tray integrates the splitters in the tray.

3EM 15711 AE (left tray) 3EM 15711 AF (right tray) (2 of 2)

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7.17.1


Video coupler system maintenance spares Tables 105 and 106 provide ordering information about the video coupler system maintenance spares. Order at least one of each type of unit used. Table 105

Video coupler maintenance spares

Item

Part number

VCSL-A

3EM 11047 AA

VCW2-C

3EM 11046 AC

Video coupler fiber storage shelf

1AF 03143 AA

Jumper cable from P-OLT to VCW2

3EM 11518 AA

Jumper cable from V-OLT to VCW2

(1)

—

Note (1)

The requirements for this cable depend on the location of the V-OLT relative to the VCW2. Nokia can provide the correct cable for a specific requirement. Contact Nokia customer support for more information.

Table 106

Video coupler maintenance spares

Item

Part number

Video coupler shelf for WDM tray for four PONs

1AD 04675 0001

Video coupler shelf for WDM tray for eight PONs

1AF 03073 0005

VCW4-A

3EM 15711 AA (pair) 3EM 15711 AB (left tray) 3EM 15711 AC (right tray)

VCW8-A

3EM 15711 AD (pair) 3EM 15711 AE (left tray) 3EM 15711 AF (right tray)

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Appendices

Appendices 8 Mnemonics

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Appendices

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Mnemonics

8 Mnemonics 8.1 Mnemonics overview

8.1

Mnemonics overview Table 107 describes the 7360 ISAM FX equipment mnemonics. Table 107

Equipment mnemonics

Mnemonic

Description

BFAN-E

7360 ISAM FX-8 intelligent fan unit - version E

BFAN-H

7360 ISAM FX-16 intelligent fan unit - version H

BFAN-I

7360 ISAM FX-12 intelligent fan unit - version I

BFAN-X

7360 ISAM FX-4 intelligent fan unit - version X

FANT-F

7360 ISAM FX NT card - version F

FANT-G

7360 ISAM F X NT card - version G

FELT-B

7360 ISAM FX very fast Ethernet LT card - version B

FGLT-A

7360 ISAM FX GPON LT card - version A

FGLT-B

7360 ISAM FX GPON LT card - version B

FNIO-A

7360 ISAM FX 80G network termination I/O applique - version A

FPLT-A

7360 ISAM F X EPON LT card - version A

FPXT-B

7360 ISAM FX 10G EPON LT card - version B

FWLT-A

7360 ISAM FX 4 ports NG-PON2 TWDM LT card with Traffic Manager (TM) - version A.

FWCC-A


FWLC-A

7360 ISAM WM line card

FWMS-I

7360 ISAM WM shelf

FWPC-A


NDLS-E

7360 ISAM 48L VDSL2 LT/Splitter with SLV - versio n E

NDLS-F

7360 ISAM FX Multi-DSL integrated splitter over POTS LT card with BLV- version F

NDPS-B

7360 ISAM vector processing server - version B

NELT-B

7360 ISAM FX 36-line FE/GE Ethernet LT card - version B

NGLT-A

7360 ISAM FX GPON LT card - version A

NGLT-C

7360 ISAM FX GPON LT card - version C

NFXS-D

7360 ISAM FX-16 shelf - version D

NFXS-E

7360 ISAM FX-8 shelf - version E

(1 of 2)

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Mnemonics


Mnemonic

Description

NFXS-F

7360 ISAM FX-4 shelf - version F

NFXS-G

7360 ISAM FX-12 shelf - version G

NGFC-G

7360 ISAM FX GFC - version G

NGFC-H

7360 ISAM FX GFC - version H

NGFC-I

7360 ISAM FX GFC - version I

NPOT-C

7360 ISAM FX 48 port POTS only LT card- version C

(2 of 2)

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Customer document and product support

Customer documentation Customer Documentation Welcome Page

Technical Support Product Support Portal

Documentation feedback Customer Documentation Feedback

7360 ISAM FX ANSI Product Information Guide R5_x

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