Zte ZXRAN V9200 - Figure 2- 12 Vbpd1 Panel; Table 2- 16 Vbpd1 Panel Interfaces; Table 2- 17 Vbpd2 Capacity

To Next Page

To Previous Page

ZXRAN V9200 Product Description

ZTE Confidential & Proprietary 23

Figure 2- 12 VBPd1 Panel

The panel interfaces are specified in Table 2- 16.

Table 2- 16 VBPd1 Panel interfaces

Interface

Description

OF1-OF9

10/25 Gbps SFP+/SFP28 interface, used for connecting to RRUs/AAUs

The main functions of VBPd1 are:

 Processes physical layer protocols.

 Supports MAC, RLC and PDCP protocols.

 Provides IQ data mesh network between all baseband boards.

 Provides CPRI/New CPRI interfaces.

2.2.2.7 VBPd2

VBPd2 is a baseband processing board for 4G/5G multi-mode, whose capacity is

specified in Table 2- 17.

Table 2- 17 VBPd2 Capacity

Mode

Capacity

LTE

24 20MHz Cells, DL 3.6 Gbps/UL 1.8 Gbps

TDD LTE MM

12 32T32R/64T64R 20MHz Massive MIMO Cells

TDD NR

6 8T8R/32T32R/64T64R 100MHz Cells, DL 24 Gbps/UL 3.6 Gbps

FN dual-mode

9 FDD LTE Cells + 9 FDD NR Cells

TN dual-mode

6 32T32R/64T64R TDD LTE Cells + 3 32T32R/64T64R 100MHz

TDD NR Cells

Main Page

Table of Contents4
Overview8
Introduction8
Figure 1- 1 V9200 in the GSM/UMTS/LTE/NB-Iot/5G Multi-Mode Network8
Benefits9
Application Scenarios9
Figure 1- 2 Indoor Scenario: V9200 and Rrus Integrated in L-Rack-I110
Figure 1- 3 Outdoor Scenario: V9200 in BS9900A Connected to Rrus/Aaus Nearby10
Figure 1- 4 Centralized Deployment Scenario: V9200 in V9810 Connected to Rrus/Aaus Faraway11
Product Architecture12
Physical Structure12
Figure 2- 1 Appearance of V920012
Table 2- 1 Board List of V920012
Hardware Structure13
Switching Board (VSW)13
Figure 2- 2 Hardware Architecture of V920013
Figure 2- 3 Vswc0 Panel14
Figure 2- 4 Vswc2 Panel14
Figure 2- 5 Vswd1 Panel14
Figure 2- 6 Vswd2 Panel14
Table 2- 2 Vswc0 Panel Interfaces14
Table 2- 3 Vswc2/Vswd1/Vswd2 Panel Interfaces15
Table 2- 4 Key Performance Parameters of VSW Boards15
Baseband Processing Board (VBP)16
Table 2- 5 Vbpc0 Capacity17
Figure 2- 7 Vbpc0 Panel18
Table 2- 6 Vbpc0 Panel Interfaces18
Table 2- 7 Vbpc1 Capacity18
Figure 2- 8 Vbpc1 Panel20
Table 2- 8 Vbpc1 Panel Interfaces20
Figure 2- 9 Vbpc5 Panel21
Table 2- 9 Vbpc5 Capacity21
Table 2- 10 Vbpc5 Panel Interfaces21
Figure 2- 10 Vbpc7 Panel22
Table 2- 11 Vbpc7 Capacity22
Table 2- 12 Vbpc7 Panel Interfaces22
Figure 2- 11 Vbpd0 Panel23
Table 2- 13 Vbpd0 Capacity23
Table 2- 14 Vbpd0 Panel Interfaces23
Table 2- 15 Vbpd1 Capacity24
Figure 2- 12 Vbpd1 Panel25
Table 2- 16 Vbpd1 Panel Interfaces25
Table 2- 17 Vbpd2 Capacity25
Environment Monitoring Board (VEM)26
Figure 2- 13 Vbpd2 Panel26
Table 2- 18 Vbpd2 Panel Interfaces26
Figure 2- 14 Vemc1 Panel27
Figure 2- 15 Vemc2 Panel27
Table 2- 19 Vemc1 Panel Interfaces27
Table 2- 20 Vemc2 Panel Interfaces27
Figure 2- 16 Vemc4 Panel28
Table 2- 21 Vemc4 Panel Interfaces28
Power Distribution Board (VPD)29
Fan Array Module (VF)29
Figure 2- 17 Vpdc1 Panel29
Table 2- 22 Vpdc1 Panel Interfaces29
Functionality30
Figure 2- 18 VFC1 Panel30
Technical Specifications31
Physical Specification31
Capacity31
Table 3- 1 Physical Specification31
Table 3- 2 Capacity of V920031
Power Specification32
Power Supply32
Power Consumption32
Environment Specification32
Table 3- 3 Power Supply of V920032
Table 3- 4 Power Consumption of V9200 (25°C)32
Table 3- 5 Working Environment Specification of V920032
Electromagnetic Compatibility Specification33
Reliability Specification33
Table 3- 6 Reliability Specifications of V920033
Cabinet/Rack for the V920034
Outdoor Cabinet BS9900A (VC9910A + PC9910A)34
Figure 4- 1 Appearance of BS9900A (VC9910A + PC9910A)34
Figure 4- 2 Internal Structure of VC9910A (with ZXDU68 B201)35
Figure 4- 3 Internal Structure of the VC9910A (with ZXDU68 B351)35
Figure 4- 4 Internal Structure of PC9910A36
Table 4- 1 Physical Specifications of VC9910A and PC9910A36
Table 4- 2 Average Power Consumption of VC9910A (25°C)36
Outdoor Cabinet BS8906B37
Figure 4- 5 Appearance of BS8906B37
Indoor Cabinet VC981038
Figure 4- 6 Internal Structure of BS8906B38
Table 4- 3 Physical Specifications of L-Rack-I138
Table 4- 4 Average Power Consumption of BS8906B (25°C)38
Figure 4- 7 Appearance of VC981039
Figure 4- 8 Internal Structure of VC981039
Indoor Cabinet VC981140
Figure 4- 9 Appearance of VC981140
Table 4- 5 Physical Specifications of VC981040
Indoor Cabinet VC918241
Figure 4- 10 Internal Structure of VC981141
Table 4- 6 Physical Specifications of VC981141
Indoor L-Rack-I142
Figure 4- 11 Appearance of VC9182 (with 1 DCPD and 1 V9200)42
Table 4- 7 Physical Specifications of VC918242
Indoor H-Rack43
Figure 4- 12 Physical Structure of L-Rack-I143
Table 4- 8 Physical Specifications of L-Rack-I143
Indoor BBU Vertical Installation Shelf VC918344
Figure 4- 13 Physical Structure of H-Rack44
Table 4- 9 Physical Specifications of H-Rack44
Figure 4- 14 Physical Structure of VC918345
Table 4- 10 Physical Specifications of VC918345
Abbreviations46

Zte ZXRAN V9200 - Figure 2- 12 Vbpd1 Panel; Table 2- 16 Vbpd1 Panel Interfaces; Table 2- 17 Vbpd2 Capacity

Table of Contents

Related product manuals