New baseband And radio system

New baseband And radio system 2016 New DTN Project Ericsson Internal | 2016-08-23 | Page 1 (57)

Safety Equipment Eye protection

Ear protection

Head protection

Tower Work Set Full Body Harness with lanyards and work placement adjusters

Rope Set and pulleys

Hand protection

Foot protection

Ericsson Internal | 2016-08-23 | Page 2 (57)

More detail: See Ericsson HSSE policy

Tools required Electrostatic Discharge (ESD) wrist strap (static control wrist strap)

Crosshead screwdriver

Flathead screwdriver

Torque screwdriver 0.5-4.0 Nm / 5–25 Nm

Spirit level



Torx T10 / T20 / T25 / T30

Slip joint pliers

Torque wrench 5–25 Nm / 20–100 Nm Hammer drill with depth restrictor

Wire stripper 0.2–6.0 mm

Torque wrench 5–100 Nm Side cutters


  

Open-ended head 32 mm Open-ended head 16 mm Open-ended head 18 mm

   

Socket 10 mm Socket 13 mm Socket 16 mm Socket 22 mm

Cleaning equipment

New radio system Radio

Available

0208

3G

4G

CPRI

WCDMA Carriers

IBW

9 Kg.





2x10 Gbps

8

75 MHz





2x10 Gbps

4

40 MHz





2x 2.5/5/10 Gbps

8





2x10 Gbps





2x 2.5/5/10 Gbps





2x 2.5/5/9.8 Gbps





2x 2.5/5/10 Gbps

Weight

2203



5 Kg.

2212



18 Kg.

2217



10 Kg.

2219



17 Kg.

4407 4415

2G





11 Kg.



20 Kg.




Cascade TX

TX

RX

2

2

2x5W

2

2

75 MHz

2x80W

2

2

6

40MHz

2x40W

2

2

8

40MHz

2x60W 2x80W

2

2

65 MHz

4x20W

4

4

-

75 MHz

4x40W

4

4

-

8

Power

4x4

4x4

850

1800

2100

Q3

Q2









2017

2017

2017







2017

2017

2017

2017

2017

2017

Macro radio Smallest footprint

3x Capacity in same volume


RADIO 2217 › 2TX/2RX, 4TX/4RX by use of two 2217 › 2x40W, 40 MHz IBW FDD › Up to 6 carriers WCDMA › Up to 40 MHz LTE carriers › 2x10 Gbps CPRI › 12 kg

340 mm

› -48 VDC › AISG TMA & RET support

› 2 external alarm › Optional fan for increased site flexibility › IP 65, -40 to +55 ̊C › Maximum power consumption for B1 <300W


291 mm 105 mm

Mounting points Radio dimensions

Optional FAN

rrus13 › › › › › ›

GSM, WCDMA & LTE 2x60 W 40 MHz IBW Up to 10 Gbps CPRI SFP+ supported Carrier capacity – Up to 8 GSM – Up to 8 WCDMA – Up to 2x 20 MHz LTE

› 6 external alarms › Weight : 22 kg


Micro Radio

50%

› New modular micro radio system › Macro feature parity, coordination › 4 liter and 5 kg installed

Smaller & lighter


RADIO 2203 › › › › › › › › › › › › ›

2TX/2RX, 4TX/4RX by use of two 2203 2x5W 40 MHz IBW FDD Up to 4 carriers WCDMA Up to 40 MHz LTE carriers 2x10 Gbps CPRI 5kg include bracket and cover AC or -48 VDC Integrated or external antenna 2 external alarm IP 65 -40 to + 55 ̊C Maximum power consumption for B1 <100W


Single band Dual band

105 mm

Rail mount

19 inch mount

Radio 2203 200 mm

Radio dimensions

RADIO CORE

200 mm

SUPPORT SYSTEM

Total depth with front cover: 100mm Total depth with high-band antenna: 119mm ANTENNA


2x

world’s best

baseband

Made b e t t e r


Baseband Main Unit 6601 EC Bus X,Y,Z and SAU

› 19 inch indoor main unit for baseband › Mix and match – Baseband 5212 – Baseband 5216 – Baseband R503 2x DUS/BB/IRU Or 1x DUW – Baseband T503 – DUW, DUG, DUS & TCU › Provide the optimal capacity & configuration of GSM, WCDMA or LTE and combinations thereof › Dimensions : 483 x 355 x 66 (mm) › Weight 5.0Kg (<10Kg with DUW)


Status LEDs

Output -48V DC 2 units

8x Ext alarms

Input -48V DC

Baseband 5216 › LTE (FDD & TDD supported) – 8000 connected users – 1.2 Gbps Downlink & 600 Mbps Uplink – Up to 24 cells & 960 MHz antenna bandwidth

› WCDMA – 1152 CE Downlink & 1920 CE Uplink – 336 Mbps Downlink & 168 Mbps Uplink – Up to 24 cell carriers

› GSM – Up to 24 TRX in a mixed mode configuration


Baseband 5216 Optical Transmission

GPS Sync Port


Inter DU Link

RI Port RRU CPRI Port

RJ-45 Transmission

EC Bus

LMT Port

-48 VDC Input

Various configurations

 RBS6601  BB 5216  Macro based RRUS13 Ericsson Internal | 2016-08-23 | Page 15 (57)

 RBS6601  BB 5216  Macro based Radio 2217

 RBS6601  BB 5216  Micro based Radio 2203

Bb 5216 connections mixed mode WCDMA+LTE U/L2100

U/L2100

2x2 MIMO = Max 6 sectors 4X4 MIMO or 2T4R = 3 sectors

IPRAN

SW 16B support. Ericsson Internal | 2016-08-23 | Page 16 (57)

IDL

IPRAN

AUX

OIL

RI F

DC

GPS

U/L2100 rrus13 3-6 sectors macro site New Materials (3 sectors material list) 1 x MU 2 x BB 5216 3 x RRUS13 + DC Cables 3x OIL 4 Core 2x Patch Cords


U/L2100

U/L2100 radio 2203 3-6 sectors micro site New Materials (3 sectors material list) 1 x MU 2 x BB 5216 3 x Radio 2203 + DC Cables 3x OIL 4 Core 2x Patch Cords


U/L2100

U/L2100 radio 2203 3-6 sectors micro site Integrated Antenna option

New Materials (3 sectors material list) 1 x MU 2 x BB 5216 3 x Radio 2203 + DC Cables 3x OIL 4 Core 2x Patch Cords


U/L2100

L1800 radio 2217 3-6 sectors macro site New Materials (3 sectors material list) 1 x MU 1 x BB 5216 3x Radio 2217 + DC Cables 3x OIL 4 Core 1x Patch Cord


L1800

L1800 radio 2203 3-6 sectors micro site New Materials (3 sectors material list) 1 x MU 1 x BB 5216 3 x Radio 2203 + DC Cables 3x OIL 4 Core 1x Patch Cords


L1800

L1800 radio 2203 3-6 sectors micro site Integrated Antenna option

New Materials (3 sectors material list) 1 x MU 1 x BB 5216 3 x Radio 2203 + DC Cables 3x OIL 4 Core 1x Patch Cords


L1800

RRU13 connections Ground point TXA/RXA

-48 V DC Input Ericsson Internal | 2016-08-23 | Page 23 (57)

ALD Antenna Line Device (RET Connection)

TXB/RXB

CPRI DATA 2

CPRI DATA 1

Radio 2217 connections TXA/RXA

TXB/RXB Ground point

LED Status

FAN or External Alarms Ericsson Internal | 2016-08-23 | Page 24 (57)

ALD Antenna Line Device (RET Connection)

CPRI DATA 1

CPRI DATA 2

-48 V DC Input

3g 2100 new site antenna installation options Install System

Tower owner

New site

U/L2100

DTN or Share

New build

ADU4518R6v01

A19451811

U850

DTN

New build

A79451700v02

-

U850

Share

New build

ADU451807v01

-

U/L2100

Share

Existing U850

Reuse ADU451807v02

-

Antenna Option 1

Antenna Option 2

Swap with ADU451807v02 Swap with ADU4518R12


Remark Based on antenna available in stock

In case existing ADU451807

U/L 2100 overview Antenna single Band U/L 2100

DTN 3G 2.1 RRU Port A + Ant

RRU Port B - Ant

RRU Port A RRU Port B AGISSON: A49151811


U/L 2100 + E 1800 overview Antenna single Band 4-port E 1800 + 3G 2100 Radio 2217 1800 to ports ‘L’

RRUS13 2100 to ports ‘R’

DTN 3G 2.1 RRUS13 Port A + Ant

RRUS13 Port B - Ant


E1800

Radio 2217 A

RRUS13 A

Radio 2217 B

RRUS13 B

AGISSON: ADU451819 Radio 2217 1800

RRUS13 2100

U/L 2100 + E 1800 overview Antenna single Band 4-port E 1800 + U/L 2100

Radio 2217 A

RRUS13 A

Radio 2217 B Example setup

RRUS13 B Example setup

AGISSON: ADU4518R6v01 (Integrated RET )


First installed system uses ‘AISG In’ and controls antenna set ‘a’

U/L 2100 overview antenna Dual Band 4 port 3G 850 + 3G 2100 OR 3G 850 RF A Filter + Ant

3G 850 + E 1800

Filter 850 RF B -Ant

TX/RX

RX


RRUS13 Port B - Ant

RRUS01 A+

RRUS13 A+

RRUS01 B-

RRUS13 B-

AGISSON: ADU451807 Ericsson Internal | 2016-08-23 | Page 29 (57)

U/L 2100 overview antenna Dual Band 4 port 3G 850 + 3G 2100 OR 3G 850 RF A Filter + Ant

3G 850 + E1800

Filter 850 RF B -Ant

TX/RX

RX


RRUS13 Port B - Ant

RRUS01 A+

RRUS13 A+

RRUS01 B-

RRUS13 B-

AGISSON: ADU4518R12 Ericsson Internal | 2016-08-23 | Page 30 (57)

(Integrated RET )

Overview – tower 3G

3G+4G

OIL cable DUW OIL cable DUS

RET/RCU

RET/RCU

Jumpers DC power

New OIL cable to be looped with existing

New Clamps 3x2


RRUS

RRUS

OIL cable Jumpers DC power

SST 35/45m- 3 sectors OIL cable Jumpers DC power RET/RCU RRU

Site breakdown • Rectifier with aircon door • Installation on frame at tower base • Tower 35/45m with 1m ladder spacing • Support up to 6 antennas (CW check) • 3x Single antenna mounts • Actual mount to be confirmed after antenna model is chosen/CW checks • 3x RRU behind ant

Rectifier

DU/BB 5216 IPRAN


Single band antennas Add single mount & RRU/antenna

Radio 2217 mounting scenarios Radio 2217 Ericsson Internal | 2016-08-23 | Page 33 (57)

Pole 9m – Example - single sector OIL cable Jumpers DC power RET/RCU RRU

Site breakdown • Centrally located rectifier with aircon door • Installation on H-Beam • Horizontal ladder is site specific • Standard 400mm where possible • 9m Pole with 1m ladder spacing • Support up to 6 antennas • Single or twin antenna mounts • Depend on configuration, 1/2/3 cells • Actual mount to be confirmed after antenna model is chosen/CW checks • RRU behind antenna Rectifier

DU/BB 5216 IPRAN


E-pole 12m - 3 sectors

Radio Radio 2203 Radio 2203 2203

Site breakdown • Rectifier optional or PBS • RBS6320 installed directly on E-pole • 12m E-Pole with 1m ladder spacing • Support up to 3 antennas (CW check) • 2x twin antenna mounts • Actual mount to be confirmed after antenna model is chosen/CW checks • 3x RRU behind antenna or new radio on single 2m pole

E-Pole Micro cell

OIL cable Jumpers DC power RET/RCU Ericsson Internal | 2016-08-23 | Page 35 (57)

RBS6320 installed with Baseband and IPRAN R R R R R R U U U

3x Rail mounted Radios 2203

Radio 2203 mounting and installation

Radio 2203


Rail Mounting options


Rail installation Fasten the mounting bracket to the Support by tightening the bolts.


Hook the Support onto the upper part of the rail.

Push the lower part of the Support against the lower part of the rail.

Rail installation Fit the bolt in the rail groove.


Tighten the bolt to fasten the Support to the rail. Make sure that the Support is firmly attached to the rail.

Radio 2217 mounting and installation

Rail Mounting options Flat Wall installation

Dual pole clamp


Side Wall installation

Flat Pole installation

Side Pole installation

Pole installation with single pole clamp

Rail description Rail

Product code

Dimensions (H×D×L) (mm)

Rail Weight

Maximum Radio support

SEF901305/0180

208×45×180

1.42 kg

1

208 ×45×300

2.36 kg

3 Radio or 2 Radio/fan

208×45×450

3.54 kg

4 Radio or 3 Radio/fan

SEF901305/0300

SEF901305/0450


SEF901305/1100

208×45×1100

8.65 kg

9 Radio or 8 Radio/fan (Dual Pole mount is required)

SXK1252540/1

138×187×197

2.4

Pole clamp

Bracket Mounting positions 1. If required remove the plugs in the radio mounting holes. Fit the retaining bolt loosely to the bottom of the bracket.

Position 1 Position 2

2. Orientate the bracket with the retaining bolt on the bottom and secure to the radio as required using the 4 8mm mounting bolts supplied.

3. Torque the four bracket bolts to 22 Nm with the 13mm socket on the torque wrench.

8mm x 20mm Hex screws (qty 4) Slot for lateral adjust

Radio rail bracket 13mm. bolts


Radio Rail Bracket : SEF901304/1

Retaining Bolt/nut. Leave loose to engage rail slot. W x H x L : 70 x 35 x 200

Attaching The Radio to rail Hook the top flange on the radio bracket onto the rail upper flange and swing down so it is flush on the rail and the retaining bolt engages into the rail slot. Slide the radio to adjust spacing with adjacent radios as required (min 7mm no fan or no space with fan.


Tighten the retaining bolt with a deep 13mm socket to allow the nut to sit in the slot on the radio bracket. Torque the radio bracket bolt to 22 Nm.

Install Rail on Wall 1. Mark the positions of the mounting holes using the footprint of the rail as a drill template.


2. Drill mounting holes in the wall.

Install Rail on Wall 3. Insert plugs or an expander bolt into the hole. (Plugs or expander bolts are not delivered with the unit)


4. Position the rail over the holes and fasten with screws using the appropriate torque. Make sure that the bolts are securely fastened.

Mounting on tower/ pole single bracket


Single Pole Clamp Installation 1. Assemble the pole clamp


2. Install the rail on the pole clamp.

3. Tighten the nuts.

Single Pole Clamp Installation 4. Install the pole clamp on the pole


5. Tighten the nut on pole clamp

Single Pole Clamp Installation

2 1


Single Pole Clamp Installation 3


4

Install Radio SFP Modules


1.

Remove the protective cap from the optical cable 1 connector on the Remote Radio Unit.

2.

Important: Verify with material or site records that the SFP is the correct type and part number. Contact support for help if required.

3.

Insert an SFP module with the latch opened into the SFP receptacle on the Radio connector then lock in place by raising the latch.

4.

Replace the protective weather cap for hoisting or if cable is not ready.

5.

Repeat this procedure for each Remote Radio as required.

New Jumper connections • 4.3-10 Key features • Excellent RL and PIM performances independently from the torque applied or mechanism used • High screening efficiency • Electrical contact protected against accidental hits • Compactness: the connector is fitting in 1 inch flange (25.4 mm) • Low weight (60% lighter compared to bigger RF interfaces) • 3 possible mechanical connections (screw, hand screw and quick lock) on 1 universal female connector • IEC standardization


Radio 2217 fan module Fan used when installing in non-vertical installation

Fan module installed


Installing Fan units 1. If required remove the plugs in the radio mounting holes. 2. Secure the Fan to the side cover. (Alternately the fan can be installed after the cover).. 3. Orientate the fan unit as shown and slide into place over the cooling fins of the radio. 4. Secure with the 4 retaining screws and Torque the four screws to 6 Nm with the Torx 20 driver.

5. Plug the fan cable into the Fan connector on the radio

FAN Connector


New baseband And radio system

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