5G NR Node - Rev01_B

5G NR Node - Rev01_B

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5G STC GPON Backhaul Network Connectivity-190 sites With MDU Hub Site

RBS Site

Core Site

Connectivity With Existing GPS from 4G TDD

4G- TDD

BB / DU CUDB

3G- 2100 BB / DU

3G- 900 2G- 900

5G

MDU

BB / DU DU

EN_DC NSA 4G- FDD

HSS

BB 5G BB

Router 6471

IP/MPLS

GPON

OLT

Note: Sync between 5G and 4G FDD network will be provided through Router 6471.

PE

MME

SAPC EPG CP EPG UP

100GE 10GE 1 GE

E1s Electrical

IMS

LTE/NR connectivity - Commercial L2100[MSMM]

B

C

RRUS-11

RRUS-9

RRUS-7

RRUS-5

RRUS-3

RRUS-1

D2

D2

D2

D1

D1

D1

RL-12

A

L1800

RL-14

anchor

AIR 6488

RL-5

RL-3

e-CPRI

D

E

RL-3

RL-1 RL-2

RL-10

F

F

Transport + PTP [X2] ROUTER

R6K

A

BB521x

RL-1

GPS

Transport + PTP [X2] SyncSource GPS Sensor/ Module

Note: Sync Source [GPS-PTP]

New NGS Solution

B3

B n78 B1

gNode B

SP

eNode B FDD

SR

Node B U2100

syncNodePriority = 3

syncNodePriority = 1

PTP Receiver

B8

syncNodePriority = 7

SR

Transmission source like MDU or TN

PTP Server

Router 6471

2G 900/1800

syncNodePriority = 5

PTP Receiver

eNode B TDD PTP Receiver

SR

Node B U900

GPS Sync Source Time & Phase

Integration : naming convention

Site ID

5G 3500

Macro

Micro/small cell

IBS

Z

P

I

Z78

P78

I78

AIR 6488 B43

AIR 6488 B42 Technical Specification

Technical Specification

Antenna Elements Antenna Branches Antenna Matrix (row x col) Band – B42D (FOA) Band –B42F IBW Output Power Power Consumption Weight Dimensions Type of cooling CEPT compliance Multi-layer MU MIMO:

Antenna Elements Antenna Branches Antenna Matrix (row x col) Band

128 64T64R 8 x 8, (2x1 subarray) 3600-3800Mhz

IBW Output Power Power Consumption Weight Dimensions Type of cooling CEPT compliance Multi-layer MU MIMO:

100 MHz 200 W