9500 MPR Installation Test and Turn Up_R4.2

9500 MPR R4.2 Installation & Commissioning Concepts, Equipment Description an Installation !ig"lig"ts

#PEC $ptics

%eruar' 20()

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Agenda

1. Introduction 2. System Description 3. Boards Description

( + * D

4. SW installation & NE Connection 5. SW uprade !. "icense #. $adio C%annels Coniuration '. (D) Coniurations & *Connections +. SD) Coniurations & *Connections

2 + * D



























Agenda

1,.Et%ernet 1,. Et%ernet Coniurations 11.NE 11. NE Sync%roni-ation 12.NE 12. NE anaement

) + * D

13./oS 13. /oS 14.$"0 14. $"0 & "0 15.(IC 15. (IC & $in coniurations 1!.(acet 1!. (acet t%rou%put oost 1#.Stacin 1#. Stacin Coniuration 1'.SS1c 1'. SS1c

4 + * D



























Agenda

1. Introduction 2. System Description 3. Boards Description 4. SW installation & NE Connection 5. SW uprade !. "icense #. $adio C%annels Coniuration '. (D) Coniurations & *Connections +. SD) Coniurations & *Connections



























What is the product ? Hybrid operational mode

%rom 6ac7"aul

PD!1D! *3M1IM*

Mo&ile 2#, )#, 4#

Et"ernet Et"ernet

Pri/ate Business office

*3M *3M 3DM 9500 MPR at HUB site

%i9e

DSL

settings Packet Pack et o peratio peratio nal mode mode



























ENABLES THE TRANSFORMATION TO PACKET Native Packet Networking Support

Enale legac' to pac7et transormation "ile capitali:ing on t"e eneits o nati/e pac7et transport

One Product Family Family – All Microwave Applications Minimi:e sparing & operations costs ' using common raios across tail, point-to-point, noal, ull-outoor an long-"aul applications

g  apac y an

g  va a

y

*ress groing anit" eman "ile impro/ing customer ;ualit' o Eperience





























Agenda

1. Introduction

2. System Description 3. Boards Description





























MSS Microa/e er/ice itc"





























MSS &'(')

lot assignment





























S*ste% Architecture +MSS('MSS), )"*$

PDH

MPT





























MSS!) 6loc7 iagrams

































































































































































































































































































































































































































































































































Agenda


4. SW installation & NE Connection 5. SW uprade !. "icense #. $adio C%annels Coniuration '. (D) Coniurations & *Connections +. SD) Coniurations & *Connections



























Agenda

1. Introduction 2. System Description 3. Boards Description 4. SW installation & NE Connection

5. SW uprade !. "icense #. $adio C%annels Coniuration '. (D) Coniurations & *Connections +. SD) Coniurations & *Connections



























F3ash card cotets

8 6an7 (

MI6 %las" car

8 6an7 2

M*C aress

icense



























SW do#3oad S, -ownload

8 6an7 ( 8P ).0 MI6 %las" car

8 6an7 2 8P ).4

M*C aress

icense



























SW Acti"atio

..N$ /estart.. 8 6an7 ( 8P ).0 MI6 %las" car

8 6an7 2 8P ).4

M*C aress

icense





























Agenda






























0nderstanding the 1icense String MPR capacit' is limite ' a license 7e'.

Eample o icense string  R14Cap04012Cap(5013DM2Et"1Bmo*p





























0nderstanding the Flash !ard mnemonic 3"e lael on t"e %las" loo7s li7e  B3D-((0, N2*-((0*, ...

First letter inicates t"e ma capacit'   O 40Mps, I O B0Mps, ! O (00Mps, * O (25Mps, N O (55Mps, E O )((Mps Second number is t"e numer o moem oars alloe it" t"e ma capacit'.





























Agenda






























Adapti"e Modu3atio

































































































































































































































































































































































































































































































































Static Routi$ Dest. IP 192.168.2.2

Management Data IP: 192.168.1.1 Mask: 255.255.255.0

? A

B IP: 192.168.2.2

IP:192.168.1.2



























Static Routi$ 192.168.1.0 / 255.255.255.0 | Radio DIR#3.1

?

IP:192.168.3.1 Mask: 255.255.255.0

C

1 . P 3 . I 8 . t 6 s 1 e . 2 D 9 1

Management Data

IP: 192.168.1.1 Mask: 255.255.255.0

? A

B IP: 192.168.2.2

IP:192.168.1.2



























4e5au3t @ate#a*

IP:192.168.3.1 Mask: 255.255.255.0

192.168.1.0 / 255.255.255.0 | Radio DIR#3.1 192.168.2.0 / 255.255.255.0 | Radio DIR#3.1

C 139.54.16.10

D **ROUTING** IP: 192.168.1.1 Mask: 255.255.255.0

139.54.16.5

A

B IP: 192.168.2.2

IP:192.168.1.2



























IP:192.168.3.1 Mask: 255.255.255.0

OSPF 192.168.1.0 / 255.255.255.0 | Radio DIR#3.1 192.168.2.0 / 255.255.255.0 | Radio DIR#3.1

C OSPF 0.0.0.1 IP: 192.168.1.1 Mask: 255.255.255.0

OSPF Address = 0.0.0.1

OSPF Address = 0.0.0.1

A

B IP: 192.168.2.2

PPP-RF

IP:192.168.1.2



























Maa$e%et Iter5aces 3

TMN In-Band 2

TMN P4 1

TMN ETH

TMN OR Traffic transport Connected to a LAN IP address IP sub network Mask OSPF / Static routing DHCP






























TMN In-Band 2

TMN P4 1

TMN ETH

TMN AND Traffic transport Connected to a VLAN 2 interfaces / 6 ports IP address per interface IP Mask per interface OSPF / Static routing





























Maa$e%et Iter5aces TMN interface on radio port Connected to only one node (Remote end) Point-to-point interface (PPP) One IP address for all PPP interfaces (Local IP) No Mask (PPP interface)






























TMN In-Band 2

TMN P4 1

TMN ETH

1x TMN ETH Address 1x TMN P4 address 2x TMN in-band interface addresses 1x Local address for all PPP interfaces





























TMN i!9ad TMN in band port

MSS A

TMN in band interface





























TMN i!9ad TMN in band port

MSS A

TMN in band interface

MSS C

































































































































































































































































































































































































































































































































(0CHE )$6>)(> B66S

(000 M1s 3X port

)50 M1s

(000 M1s

M8 R*DI$

RX port

Beore transmission9 • I;:($E0B"E are suppressed • I(:("S:Et%ernet %eaders are compressed

W%en recei7ed9 pacet is re<uilt



























(0CHE )$6>)(> B66S 9500 MPR pac7et t"roug"put oost

'<<< Mbps

 2.51) compression

*n' microa/e /enor )C) Mbps

ps

M*C 2 Compression %4+ Mbps

I%#1PRE uppression

)5&

44< Mbps B&

B+ B&

B+

B+

B&

B&



























Agenda

1,.Et%ernet 1,. Et%ernet Coniurations 11.NE 11. NE Sync%roni-ation 12.NE 12. NE anaement 13./oS 13. /oS 14.$"0 14. $"0 & "0 15.(IC 15. (IC & $in coniurations 1!.(acet 1!. (acet t%rou%put oost

1#.Stacin 1#. Stacin Coniuration 1'.SS1c 1'. SS1c



























9500MPRD stacking configuration 3"e

a/antages a/antages o stac7ing coniguratio coniguration n /s non-stac7ing s"oul e quite

clear 

Cleanest solution in term o caling



Cost sa/ing

Stacking



























tac7ing o to MPR it"out core protection

Shelf 2

$ne single cale transporting 

ra

3MF

c Kt"roug" 3MF-in-an eatureL

'nc"roni:ation

is istriute it" 'nc"E





























Consequences o stac7ing MPRs in term o licenses1$ lic enses1$ (. In a su-net su-netor7 or7 "ere "ere 2 or or more stac7e stac7e  MPR are are co-locate co-locate,, 3DM2E3! 3DM2E3! proile "as to e use or E(s Kin all t"e Fes Fes "ere 3DM traic is consiereL 2. * $ "as "as to e ores oreseen een in all all t"e FEs FEs "ere "ere a PD! or **P **P car car is





























tac7ing o to MPR 8it" core protection





























tac7ing o to MPRs it" core protection *cti/e Shelf 2

Et"ernet






























Et"ernet






























Et"ernet































































































































































































































































































































9500 MPR Installation Test and Turn Up_R4.2

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