Introduction of V9200 Smartfren Project - V1.2 [PDF]

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ZXRAN V9200 Installation Standard

Agenda • • • •

Introduction of ZXRAN V9200 ZXRAN V9200 boards overview ZXRAN V9200 installation overview Hardware Installation Standard

Introduction of V9200

RAN Product

Confidential▲

V9200 VSWd1 VBPd0p VBPd0 VEMc1 VPDc1 VFC1

Items

V9200

Size

88.4(H)×482(W)×370(D) mm （2U/19inch）

❑ 1.25G-10KM/10G-1.4KM(Optical Transceiver Module) for backhaul ❑ 10G-1.4KM/25G-10KM Optical Transceiver Module for each RRU Power Supply ❑ Optical fiber & power supply depend on different site model Power Consumption

4

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DC: -48V

1660W

Weight

18 kg (with full configuration)

Temperature

-10°C to +40°C

ZXRAN V9200 Board Placement Board

Function

VSW

Controlling and Switching

VBP

Baseband Processing

VPD

Power Distribution

VEM

Environment Monitoring

VF

Fan Array

V9200 Board Placement Design

VPD Slot5

VBP Slot 8

VBP Slot 4

VBP Slot 7

VBP Slot 3

VBP Slot 6

VSW Slot 2

VPD/VEM Slot 13

VSW Slot 1 5

VF Slot 14

V9200 Boards Overview

List of Boards For this project we will be using 6 kinds of V9200 boards Board

Function

VSWd1

Controlling and Switching

VBPd0

Baseband Processing

VBPd0P

Baseband Processing

VEM1

Environment Monitoring

VPDc1

Power Distribution

VF1

Fan Array 7

8

9

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Environment Monitoring Board – VEMc1 Interface

Description

RJ45 interface, providing 4 input/output bidirectional dry contacts RJ45 interface, providing 4 input dry contacts each, EAM2-EAM3 totally 8 input dry contacts RJ45 interface, supporting 1 RS485 and 1 RS232, used MON for environment monitoring EAM1

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Power Distribution Board – VPDc1

Interface -48 V RTN/-48 V

Description -48 V DC power supply input

◼

Supports protection, filtering and anti-reverse connection of -48 V DC input power supply with rated current 50 A

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Supports output -48V active/standby function

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Supports under voltage alarms

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Supports voltage and current monitoring

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Supports temperature monitoring

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Fan Array Module – VFC1

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Monitors and controls system temperature

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Monitors, controls, and reports the fan state

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Optical Cable Connection TDD S1

TDD S2

TDD S3

FDD S1

FDD S2

FDD S3

OPT1

OPT1

OPT1

OPT1

OPT1

OPT1

VBPd0 configure 3*40M 8T8R TDD Cells Slot 4 (RRU R8998G) VBPd0p configure 3*10M 2T4R FDD Cells Slot 3 RRU (R8862A) Optical Cable

VBPd0

Optical Cable port OPT1 TDD RRU Optical Cable port OPT1 FDD RRU

VBPd0p

VEMc1

VPDc1

VSWd1

VBP Slot 8

VBP Slot 4

VBP Slot 7

VBP Slot 3

VBP Slot 6

VSW Slot 2

VPD Slot5

VPD/VEM Slot 13

VSW Slot 1 14

VFC1

VF Slot 14

Optical Cable Connection V9200 : 4G&5G Mode with R8998G Antenna

XXXXXXXX

XXXXXXXX

Antenna

VBPd0 configure 3*40M 8T8R TDD Cells Slot 4

XXXXXXXX

Antenna

TDD S1 OPT1

TDD S2 OPT1

TDD S3 OPT1

10G SFP

VBPd0p configure 3*10M 2T4R FDD Cells Slot 3

FDD S1

FDD S2

FDD S3

*Optic cable connection to Port OPT1 TDD RRUs *Sector 1, Sector 2, Sector 3 from left to right *RRUs SFP Using 10G 15

ZXRAN V9200 Installation

Cabinet Installation ZXDU 48 H002 WR12 Rack Cabinet

Confidential▲

ZXDU68 W201

• Fixing Cabinet shall be firmly installed with all screws / Anchor Bolt / Dynabolt in cabinet specified in the Engineering Design • Cabinet Placement shall be firmly installed as Engineering Design 17

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ZXDU68 W301

ZXDU68 S301 Rack Cabinet

Cabinet Installation

ZXDU68 W301 rack cabinet

ODC 24 rack cabinet

• Fixing Cabinet shall be firmly installed with all screws / Anchor Bolt / Dynabolt in cabinet specified in the Engineering Design • Cabinet Placement shall be firmly installed as Engineering Design 18

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Confidential▲

Grounding Cable Installation of ZXDU68 W301 Grounding Cable V9200 Connection Grounding cable GPS Panel connection Grounding cable DCPD Connection Grounding cable DCPD Rack Connection Cabinet Grounding Cable connection

Grounding Cable Battery connection

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Battery Power Cable and temperature sensor Connection

All connection must be tightened , cable lug ( scun ) crimped properly 20

ZXRAN V9200 Installation on ZXDU68 W301

(A) V9200 (A) GPS Panel (B) DCPD (B) Rectifier Module

(C) Battery Bank #3 (C) Battery Bank #2 (C) Battery Bank #1

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AC Input Power Cable Connection on W301

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ZXRAN V9200 Module and Grounding cable Installation ◼

V9200 and GPS Panel shall be firmly installed with all screws in cabinet specified in the Engineering Design Pack. V9200 dan GPS Panel harus dipasang dengan benar semua sekrup di kabinet yang

ditentukan dalam Design Pack ◼

V9200 shall be equipped with one anti-static wrist strap. V9200 harus dilengkapi dengan satu tali pergelangan tangan anti-statis.

◼

Cable distribution shall not influence the heat-radiating channel of V9200 or the rack, Keep 1 U free space for heat dissipation. Distribusi kabel tidak mempengaruhi saluran pemancar panas

V9200 atau rak, simpan 1 U ruang kosong untuk disipasi panas. ◼

V9200 and GPS Panel shall be equipped Grounding cable connected to busbar. V9200 dan GPS

panel harus dilengkapi dengan kabel grounding terkoneksi ke busbar.

Please refer to SJ-20180115094906-007-ZXRAN V9200 (V2.0) Hardware Installation.pdf 23

GPS Installation

◼

GPS Panel shall be firmly installed with all screws in cabinet specified in the Engineering Design Pack. V9200 dan GPS Panel

harus dipasang dengan benar semua sekrup di kabinet yang ditentukan dalam Design Pack ◼

V9200 and GPS Panel shall be equipped Grounding cable connected to busbar. V9200 dan GPS panel harus dilengkapi

dengan kabel grounding terkoneksi ke busbar. ◼

The GPS Arrester shall be tightened on GPS panel. GPS Arrester harus terpasang dengan kuat di GPS Panel. 24

GPS Cable Connection GPS ¼” feeder connector made-up method GPS Jumper cable connected to port REF

GPS Jumper from outdoor GPS antenna, connected tight Have insulation tape over connector

GPS Jumper cable connected to CH-1 port of GPS Surge arrester Make sure GPS connector are installed properly

The GPS lightning arrester is installed in the cabling and ventilation unit, and one end of The GPS jumper is connected to the CH1 interface of the GPS lightning arrester.

Routing GPS jumper cable

GPS antenna fixed reliably, Antenna distance from pole/tower above 300mm,Installed in open position

All connection tighten Label put at both ends

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After GPS feeder and Cable power RRU is grounded, the grounding clip should be sealed by the way of "1+3+3": First wrap 1 layer of insulation tape, then 3 layers of waterproof tape and finally 3 layers of UV-proof tape.

GPS Cable Connection

a. Connect end A of the GPS jumper to the GNSS interface of the VSW board The GPS lightning arrester is installed in the cabling and ventilation unit, and one end of

b. Label the GPS jumper at both ends.

The GPS jumper is connected to the CH1 interface of the GPS lightning ar- rester. Install the GPS feeder. a. Along the right side of the gantry, lead the GPS feeder to the cabling and ventila- tion unit. b. Connect end A of the GPS feeder to the GPS lightning arrester

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Cables Used Cable Routing Description When the ZXRAN V9200 is installed on the L-shaped rack, cables

should be routed in the following ways: ⚫

Power cables and grounding cables should be bent toward the left, bound to the binding holes along the front left side and the

upper part of the L-shaped rack, and routed to the PVC cable trough at the upper left side of the L-shaped rack. ⚫

The signal cables of the boards in the left slots are bent to the left

lug of the shelf and routed downwards to the cable tray of the cabling and ventilation unit. The signal ca- bles are routed to the right lug of the shelf along the cable tray and then routed up-

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GPS installation position standard

GPS Antenna type SGR-TX-112046-11 Allowed GPS Antenna type TG-15AE-38-02 Allowed GPS Antenna type TSA1575AT4-C&Q01-S5-02 Allowed 28

GPS TypeSGR-TX-112046-01 Not Allowed © ZTE All rights reserved

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Sealen FEP

Cable entry point must be sealed 29

Power Cable Installation 10mm 4mm

6mm

2

2

0.5~1mm

2

2.5mm2

-The power cable cannot be directly connected to the power terminal of the DCPD. It must be crimped into a tube terminal first. - Crimping pliers must be used. Otherwise, poor connection may be resulted in. -After the cable is inserted into the tube terminal, use the crimping pliers to crimp the tube terminal

DC Power cable plugs are securely seated

Select a proper tube terminal based on the cross sectional area of the power cable. Too large a tube terminal may lead to poor connection, while too small a tube terminal may make the connection be difficult.

Peel off the insulation layer of the power cable, leaving 0.5 - 1 mm of the wires outside the tube terminal after the cable is inserted into the terminal, as shown in the right figure.

Connection of power cable V9200 to LLVD1 on DCPD

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DC Power Cable Connection on W301

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Laying cable optic and power cable RRU Vertical laying cable

Horizontal laying cable

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Preparation cable

Labeling

TDD S1 OPT1 TDD S2 OPT1 TDD S3 OPT1 TDD S1 OPT2

SEC 1

SEC 2

SEC 3

TDD S2 OPT2

Spare optic cable less then 10m

TDD S3 OPT2 FDD S1 OPT1 FDD S2 OPT1 FDD S3 OPT1

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Excess optical Fiber Placement

SST/Triangle tower

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MCP Site On pole mounting each RRUs

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MCP Balitower Site

Laying cable optic and power cable RRU Horizontal laying cable

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Vertical laying cable

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OPTIC CABLE INSTALLATION on MCP with inner tray cable Before After

Cable ties

Cable ties

THINGS TO BE AWARE

1. 2. 3. 4.

Don’t group cabling (optical cable or even power cable) in 1 ties, layed separately Don't ties cable where cable is inside the MCP Cable ties used only at top & bottom before entry hole Conduit cable installation 1 metre into vertical tray and closed the hole of conduit with rubber & isolation

5.

Conduit cable also applied at top, RRU until top entry point and closed the hole of conduit with rubber & isolation (optional, if conduit cable are excess) Note : Current rollout MRN, conduit cable is 15metres / site

Grounding kit GPS and Power cable of RRU

Confidential▲

➢ Peel the skin of the cable as needed so that the grounding kit is properly connected ➢ Waterproofing Grounding kit must done properly as standard (1 layer isolation tape -> 3 layer Rubber tape -> 3 layer Isolation tape -> Ties on the both end ) ➢ Grounding Kit connection must be tightened on the grounding bar ➢ The placement of the grounding clip is above the position of the grounding bar

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RRU Overview

Types of RRU Used In this project we will be using types of RRU:

◼ R8978

2300MHz

◼ R8998G

2300MHz

◼ R8862A

850MHz

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RAN Product

Confidential▲

❑ FDD R8862A S8500 (859-20.2/DC) ❑ 10G-1.4km Optical Transceiver Module ❑ Andrew Filter ❑ TDD R8978 S2300 (2300M-2400M) ❑ 10G-1.4km Optical Transceiver Module

❑ TDD R8998G S2300 (2300M-2400M) ❑ 25G-10km Optical Transceiver Module

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TD-LTE 8T8R RRU – R8978 Specification

430 mm

◼

Unified Platform

◼

Macro Coverage

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Supporting Multi-carrier and MIMO

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Large Output Power

◼

Compact Design, Easy Deployment

S2300: T:5T S2300(A3A): T:3T

Capacity

M1920: T:2T

TxRx

8T8R

Output Power

M1920: 8x20W

S2300: 8x20W S2300(A3A): 8x30W

Typical Power Consumption

M1920: 410W

S2300: 407W

Receiver Sensitivity

T: -105dBm@FRC-A1-3 with 5MHz bandwidth for single RF path

Power Supply

-48V DC

Interface

2*6/10G interfaces

Frequency band

M1920: 1880-1920MHz+20102025MHz

S2300: 2300-2400MHz

IBW/OBW

M1920: 35MHz/35MHz

S2300: 100MHz/100MHz S2300(A3A): 60MHz/60MHz

Protection Class

RRU: IP66, antenna: IP65

Temperature Range

-40℃ to +55℃

Volume (H*W*D)

430mm*400mm*125mm

Weight

21kg

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Project RRU Specifications ZXSDR R8862A FDD RRU 4 Port

• Each RRUs grounding cables connected to busbar properly • Cable lug crimped with crimping tools and use Heat shrink tube

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Project RRU Specifications

ANT1 TX/RX

ANT8 TX/RX

• Each RRUs grounding cables connected to busbar properly • Cable lug crimped with crimping tools and use Heat shrink tube

PWR

OPT 1 OPT 2 CAL

PE 42

Project RRU Specifications ZXSDR R8998G

• Each RRUs grounding cables connected to busbar properly • Cable lug crimped with crimping tools and use Heat shrink tube

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Weatherproofing at RRU connectors Step-1 Warp one layer of insulation tape

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Step- 2 Warp 3 layer of waterproofing End

tie

Step 3 Wrap 3 layer of insulation tape End

End

3

3

2

1

ti e

44

2 1

Start Start

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Start

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Watherproofing at RF connectors Step-1 Warp one layer of insulation tape

Step- 2 1 layer of waterproofing and 2 layer insulation

Step 3 cover installation of waterproofing with rubber boot and cable Ties on both end Start

Start

Start

End

End

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End

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Color Labeling Jumper Antenna and RRU Color Labeling TDD Port 1 Yellow ring 1 Port 2 Yellow ring 2 Port 3 Yellow ring 3 Port 4 Yellow ring 4 Port 5 blue ring 1 Yellow ring 1 Port 6 blue ring 1 Yellow ring 2 Port 7 blue ring 1 Yellow ring 3 Port 8 blue ring 1 Yellow ring 4 CAL Port Blue tape on jumper rubber boot for all sector (starting 4 August 2021 FDD Port 1 Red 1 Port 2 Red 3 Port 3 Red 4 Port 4 Red 2 46

Antenna 12 Port

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Antenna 8 Port

TDD

FDD

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Jumper CAL Port Color Labelling

CAL Port Blue tape on jumper rubber boot For all sector 47

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FDD RRU Installation

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TDD RRU Installation

Rubber and Isolation tape before rubber boot installation

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Grounding RRU and Filter Installation Grounding cable connected to each of Radio Remote Unit (FDD & TDD) and Filter and integrated to the Grounding bar Kabel ground terhubung ke masing-masing Radio Remote Unit (FDD & TDD) dan Filter dan terintegrasi ke grounding bar Critical 1 x Grounding cable from each equipment to bus bar Critical 1 x kabel grounding dari masing-masing perangkat ke bus bar All grounding connection must be terminated with cable Lugs Semua koneksi grounding harus diakhiri dengan kabel lugs Is terminated using heat-shrink/ sealant tape. Diakhiri dengan menggunakan tape heat-shrink / sealant

FDD

Filte r

TDD

Busbar

Antenna Parameter & Position

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◼

Antenna type as per Plan

◼

Height as per Plan

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Azimuth as per Plan

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Mechanical tilt as per Plan

◼

Electrical tilt as per Plan

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Antenna fixing

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Upper bracket Nut 2 Nut 1 Ring Washer Flat Washer

Antenna bracket fixing is correct & reliable with flat, spring washers, double nuts & bolt. Lower Bracket

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12 Port Rosenberger antenna Connection

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Jumper Connection

CAL Port Blue tape on jumper rubber boot For all sector 54

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Jumper Connection

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Jumper Connection antenna LDXX

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Waterproofing at RRU and Filter connectors

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View Antenna Installation

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Thank You July, 2021