Zte ZXRAN V9200 - Figure 4- 2 Internal Structure of VC9910 A (with ZXDU68 B201); Figure 4- 3 Internal Structure of the VC9910 A (with ZXDU68 B351)

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ZXRAN V9200 Product Description

ZTE Confidential & Proprietary 33

The internal structure of the VC9910A (with ZXDU68 B201) is shown in Figure 4- 2.

Figure 4- 2 Internal Structure of VC9910A (with ZXDU68 B201)

1. Fan and ventilation vessel 2.AC/DC power system 3. V9200 4. DC Power Distribution (DCPD)

5.Reserved 5U space for transmission etc 6. Heater or Lightning Protection Unit (LPU) 7. Heat

exchanger

The internal structure of the VC9910A (with ZXDU68 B351) is shown in Figure 4- 3.

Figure 4- 3 Internal Structure of the VC9910A (with ZXDU68 B351)

1. Fan and ventilation vessel 2.ZXDU68 B351 3. V9200 4. Reserved 6U space for transmission etc.

5. Heater or LPU (Optional) 6. Heat exchanger

The internal structure of the PC9910A is shown in Figure 4- 4.

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 4- 2 Internal Structure of VC9910 A (with ZXDU68 B201); Figure 4- 3 Internal Structure of the VC9910 A (with ZXDU68 B351)

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