Zte ZXRAN V9200 Product Description
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Zte ZXRAN V9200 Product Description

Zte ZXRAN V9200 Product Description

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Summary of Contents for Zte ZXRAN V9200

  • Page 1 ZXRAN V9200 Product Description...
  • Page 3 ZXRAN V9200 Product Description © 2020 ZTE Corporation. All rights reserved. ZTE CONFIDENTIAL: This document contains proprietary information of ZTE and is not to be disclosed or used without the prior written permission of ZTE. Due to update and improvement of ZTE products and technologies, information in this document is subjected to change without notice.

  • Page 4: Table Of Contents

    ZXRAN V9200 Product Description TABLE OF CONTENTS Overview..........................6 Introduction......................... 6 Benefits..........................7 Application Scenarios......................7 Product Architecture....................10 Physical Structure......................10 Hardware Structure......................11 2.2.1 Switching Board (VSW)....................11 2.2.2 Baseband Processing Board (VBP)................14 2.2.3 Environment Monitoring Board (VEM)................. 24 2.2.4 Power Distribution Board (VPD)..................27 2.2.5...
  • Page 5 ZXRAN V9200 Product Description FIGURES Figure 1- 1 V9200 in the GSM/UMTS/LTE/NB-IoT/5G Multi-mode Network......6 Figure 1- 2 Indoor Scenario: V9200 and RRUs Integrated in L-Rack-I1........8 Figure 1- 3 Outdoor Scenario: V9200 in BS9900A Connected to RRUs/AAUs Nearby..8 Figure 1- 4 Centralized Deployment Scenario: V9200 in V9810 Connected to RRUs/AAUs Faraway..............................9...
  • Page 6 ZXRAN V9200 Product Description Figure 4- 6 Internal Structure of BS8906B..................36 Figure 4- 7 Appearance of VC9810....................37 Figure 4- 8 Internal Structure of VC9810..................37 Figure 4- 9 Appearance of VC9811....................38 Figure 4- 10 Internal Structure of VC9811..................39 Figure 4- 11 Appearance of VC9182 (with 1 DCPD and 1 V9200)...........40...
  • Page 7 ZXRAN V9200 Product Description Table 2- 17 VBPd2 Capacity......................23 Table 2- 18 VBPd2 Panel interfaces....................24 Table 2- 19 VEMc1 Panel Interfaces..................... 25 Table 2- 20 VEMc2 Panel Interfaces..................... 25 Table 2- 21 VEMc4 Panel Interfaces..................... 26 Table 2- 22 VPDc1 Panel Interfaces....................27 Table 3- 1 Physical Specification....................29...

  • Page 8: Overview

    Introduction This document provides a high-level description of the Next Generation Baseband Processing Unit (NG BBU) – the ZXRAN V9200 (hereinafter referred to as “V9200”), used in ZTE total wireless solution. The V9200 is usually connected to RRUs/AAUs, making a distributed solution. It is responsible for processing the baseband signals.

  • Page 9: Benefits

    ZXRAN V9200 Product Description Benefits Smooth Multi-mode Evolution  The V9200 supports multiple radio access modes, including GSM, UMTS, LTE, NB-IoT and 5G. All RATs share the common controlling and transmission resources. You can implement a smooth evolution from GSM/UMTS/LTE to 5G by corresponding boards or software configuration.

  • Page 10: Figure 1- 2 Indoor Scenario: V9200 And Rrus Integrated In L-Rack-I1

    ZXRAN V9200 Product Description required to be deployed in the central equipment room, the indoor cabinet VC9810 is recommended. The typical application scenarios of the V9200 are shown in the following figures. Figure 1- 2 Indoor Scenario: V9200 and RRUs Integrated in L-Rack-I1 Figure 1- 3 Outdoor Scenario: V9200 in BS9900A Connected to RRUs/AAUs Nearby ZTE Confidential &...

  • Page 11: Figure 1- 4 Centralized Deployment Scenario: V9200 In V9810 Connected To Rrus/Aaus Faraway

    ZXRAN V9200 Product Description Figure 1- 4 Centralized Deployment Scenario: V9200 in V9810 Connected to RRUs/AAUs Faraway ZTE Confidential & Proprietary...

  • Page 12: Product Architecture

    ZXRAN V9200 Product Description Product Architecture Physical Structure The V9200 physical appearance is shown in Figure 2- 1 Figure 2- 1 Appearance of V9200 The V9200 consists of Power Distribution Board (VPD), Baseband Processing Board (VBP), Environment Monitoring Board (VEM), Switching Board (VSW) and Fan Array Module (VF), as listed in Table 2-1.

  • Page 13: Hardware Structure

    ZXRAN V9200 Product Description VBPd2 Baseband Processing Board Type d2 for 4G/5G multi-mode VEMc1 Environment Monitoring Board Type c1 VEMc2 Environment Monitoring Board Type c2 VEMc4 Environment Monitoring Board Type c4 VPDc1 Power Distribution Board Type c1 VFC1 Fan Array Module Type C1 Note: Suffix “c0/c1/c2/c4/c5/c7/d0/d1/d2/C1”...

  • Page 14: Figure 2- 3 Vswc0 Panel

    ZXRAN V9200 Product Description Figure 2- 3 VSWc0 Panel The panel VSWc0 interfaces are specified in Table 2- 2. Table 2- 2 VSWc0 Panel Interfaces Interface Description ETH1 – ETH2 1GE/10GE optical interface, used for backhaul transmission ETH3 1GE electrical interface for backhaul transmission...

  • Page 15: Table 2- 3 Vswc2/Vswd1/Vswd2 Panel Interfaces

    ZXRAN V9200 Product Description Table 2- 3 VSWc2/VSWd1/VSWd2 Panel Interfaces Interface Description ETH1 – ETH2 10GE/25GE optical interface, used for backhaul transmission ETH3 – ETH4 100GE optical interface, used for backhaul transmission (reserved) ETH5 1GE electrical interface for backhaul transmission...

  • Page 16: Baseband Processing Board (Vbp)

    ZXRAN V9200 Product Description The main functions of VSW are: Processes Abis/Iub/S1/X2 interface protocols.  VSWc2/VSWd1/VSWd2 accomplishes LTE control plane and service plane  protocols processing and 5G transmission transferring, including S1AP, X2AP, RRC, PDCP etc. or accomplishes 5G control plane and service plane protocols processing and 5G transmission transferring.

  • Page 17: Table 2- 5 Vbpc0 Capacity

    ZXRAN V9200 Product Description 2.2.2.1 VBPc0 VBPc0 is a baseband processing board for 2G/3G/4G multi-mode, whose capacity is specified in Table 2- 5. Table 2- 5 VBPc0 Capacity Mode Capacity 72 TRXs UMTS 24 CSs (1536 CEs) 12 20MHz Cells, DL 1.8 Gbps/UL 900 Mbps...

  • Page 18: Figure 2- 7 Vbpc0 Panel

    ZXRAN V9200 Product Description 2T2R/2T4R/4T4R supports 2T2R/4T4R/8T8R. NB-IoT supports 2T2R/2T4R/4T4R. VBPc0 panel is shown in Figure 2- 7. Figure 2- 7 VBPc0 Panel The panel interfaces are specified in Table 2- 6. Table 2- 6 VBPc0 Panel interfaces Interface Description OF1 –...
  • Page 19 ZXRAN V9200 Product Description Mode Capacity UF dual-mode 12 UMTS CSs (768 CEs) + 12 FDD LTE Cells FI dual-mode 12 FDD LTE Cells + 12 NB-IoT Carriers 12 FDD LTE Cells + 6 TDD LTE Cells, FT dual-mode Or 6 FDD LTE Cells + 12 TDD LTE Cells...

  • Page 20: Figure 2- 8 Vbpc1 Panel

    ZXRAN V9200 Product Description 2T2R/2T4R/4T4R supports 2T2R/4T4R/8T8R. NB-IoT supports 2T2R/2T4R/4T4R. VBPc1 panel is shown in Figure 2- 8. Figure 2- 8 VBPc1 Panel The panel interfaces are specified in Table 2- 8. Table 2- 8 VBPc1 Panel interfaces Interface Description 100 Gbps QSFP28 interface (reserved) OF1 –...

  • Page 21: Figure 2- 9 Vbpc5 Panel

    ZXRAN V9200 Product Description Table 2- 9 VBPc5 Capacity Mode Capacity 3 8T8R/64T64R 100 MHz Cells, or 6 2T2R/4T4R 100 MHz Cells, TDD NR DL 12 Gbps/UL 1.8 Gbps Note: The above table describes the maximum hardware capability. The actual capability is up to the licenses configured.

  • Page 22: Figure 2- 10 Vbpc7 Panel

    ZXRAN V9200 Product Description Table 2- 11 VBPc7 Capacity Mode Capacity 36 TRXs UMTS 12 CSs (768 CEs) FDD LTE 6 20MHz Cells, DL 900 Mbps/UL 450 Mbps 18 GSM TRXs + 6 UMTS CSs(384 CEs), GU dual-mode Or 12 GSM TRXs + 6 UMTS CSs(512 CEs)

  • Page 23: Figure 2- 11 Vbpd0 Panel

    ZXRAN V9200 Product Description Provides IQ data mesh network between all baseband boards.  Provides CPRI interfaces.  2.2.2.5 VBPd0 VBPd0 is a baseband processing board for 4G/5G multi-mode, whose capacity is specified in Table 2- 13. Table 2- 13 VBPd0 Capacity...

  • Page 24: Table 2- 15 Vbpd1 Capacity

    ZXRAN V9200 Product Description The main functions of VBPd0 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.  2.2.2.6 VBPd1 VBPd1 is a baseband processing board for 2G/3G/4G/5G multi-mode, whose capacity is specified in Table 2- 15.

  • Page 25: Figure 2- 12 Vbpd1 Panel

    ZXRAN V9200 Product Description 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.

  • Page 26: Environment Monitoring Board (Vem)

    ZXRAN V9200 Product Description Note: 1. The above table describes the maximum hardware capability. The actual capability is up to the licenses configured. 2. LTE can be FDD LTE or TDD LTE, where FDD LTE supports 2T2R/2T4R/4T4R and TDD LTE supports 2T2R/4T4R/8T8R. 3. FDD NR supports 4T4R.

  • Page 27: Figure 2- 14 Vemc1 Panel

    ZXRAN V9200 Product Description Figure 2- 14 VEMc1 Panel The interfaces are specified in Table 2- 19. Table 2- 19 VEMc1 Panel Interfaces Interface Description EAM1 RJ45 interface, providing 4 input/output bidirectional dry contacts EAM2 – EAM3 RJ45 interface, providing 4 input dry contacts each, totally 8 input...

  • Page 28: Figure 2- 16 Vemc4 Panel

    ZXRAN V9200 Product Description Interface Description EAM1 RJ45 interface, providing 4 input/output bidirectional dry contacts EAM2 – EAM4 RJ45 interface, providing 4 input dry contacts each, totally 12 input dry contacts The main functions of VEMc2 are: Supports 16 site alarm dry contacts, including 4 bidirectional and 12 input contacts ...

  • Page 29: Power Distribution Board (Vpd)

    ZXRAN V9200 Product Description 2.2.4 Power Distribution Board (VPD) VPDc1 is a power distribution board, shown in Figure 2- 17. Figure 2- 17 VPDc1 Panel The panel interfaces are specified in Table 2- 22. Table 2- 22 VPDc1 Panel Interfaces...

  • Page 30: Functionality

    ZXRAN V9200 Product Description Figure 2- 18 VFC1 Panel The functions of VF are: Monitors and controls system temperature.  Monitors, controls, and reports the fan state.  Functionality The V9200 implements the following basic functions: Supports GSM/UMTS/LTE/NB-IoT/5G base station baseband functions.

  • Page 31: Technical Specifications

    ZXRAN V9200 Product Description Technical Specifications Physical Specification Table 3- 1 Physical Specification Item Value 88.4 x 482.6 x 370 (including mounting brackets) Size (H x W x D) (mm) 88.4 x 445 x 370 (excluding mounting brackets) Weight with full configuration may vary with the actual configuration ) 8 –...

  • Page 32: Power Specification

    ZXRAN V9200 Product Description Power Specification 3.3.1 Power Supply The V9200 power supply is specified in Table 3-3. Table 3- 3 Power Supply of V9200 Power Supply -48 V DC (-57 V to -40 V DC) 3.3.2 Power Consumption The power consumption depends on traffic load, configuration and environment temperature.

  • Page 33: Electromagnetic Compatibility Specification

    ZXRAN V9200 Product Description Electromagnetic Compatibility Specification Electromagnetic compatibility specification of the V9200 system conforms to ETSI EN 300 386 Class B standard. Reliability Specification The reliability of the V9200 system conforms to BELLCORE SR-332 Reliability Prediction Procedure for Electronic Equipment.

  • Page 34: Cabinet/Rack For The V9200

    ZXRAN V9200 Product Description Cabinet/Rack for the V9200 There are there types of cabinets for accommodating the V9200, adaptable to indoor scenarios or outdoor scenarios. Following is the introduction of the rack/cabinet for the V9200. Outdoor Cabinet BS9900A (VC9910A + PC9910A)

  • Page 35: Figure 4- 2 Internal Structure Of Vc9910A (With Zxdu68 B201)

    ZXRAN V9200 Product Description 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.

  • Page 36: Figure 4- 4 Internal Structure Of Pc9910A

    ZXRAN V9200 Product Description Figure 4- 4 Internal Structure of PC9910A 1. Battery 2. Fan The physical specifications of the VC9910A and PC9910A are specified in Table 4- 1. Table 4- 1 Physical Specifications of VC9910A and PC9910A Item VC9910A...

  • Page 37: Outdoor Cabinet Bs8906B

    ZXRAN V9200 Product Description Outdoor Cabinet BS8906B ZXSDR BS8906B is an outdoor cabinet, used to contain the BBU in the outside environments. Thanks to its small size and low weight, it can be hung on a pole or against a wall. It can also stand on the floor. Figure 4- 5 shows the appearance of the BS8906B.

  • Page 38: Indoor Cabinet Vc9810

    ZXRAN V9200 Product Description Figure 4- 6 Internal Structure of BS8906B 1. Fan shelf for internal air circulation 2. Monitoring unit 3. BBU 4. Fake panel 5. DCPD 6. Fan shelf for external air circulation The physical specifications of BS8906B are specified in Table 4- 3.

  • Page 39: Figure 4- 7 Appearance Of Vc9810

    VC9810 is shown in Figure 4- 8. Figure 4- 8 Internal Structure of VC9810 1. DCPD 2. Power Division Unit 3. ZXRAN V9200 4. Cabling and Ventilation Subrack 5. Fake Panel The physical specifications of the VC9810 are specified in Table 4- 5.

  • Page 40: Indoor Cabinet Vc9811

    ZXRAN V9200 Product Description Table 4- 5 Physical Specifications of VC9810 Item Specification Dimension (mm) (H*W*D) 2200 x 600 x 600 Weight (kg) 92 (Empty) Inner Space 47 U Color Dark blue Indoor Cabinet VC9811 As a multi-BBU indoor rack, ZXRAN VC9811 supports at most 3 BBUs, which is usually applied indoor in a medium-scale BBU deployment.

  • Page 41: Indoor Cabinet Vc9182

    When the indoor space is narrow and tight, ZXRAN VC9182 is a best choice for the operator, not occupying floor installation area. VC9182 is usually mounted vertically on a wall in an equipment room for holding ZXRAN V9200, illustrated in Figure 4- 11. It contains 1–2 DCPDs and 1 V9200.

  • Page 42: Indoor L-Rack-I1

    ZXRAN V9200 Product Description Figure 4- 11 Appearance of VC9182 (with 1 DCPD and 1 V9200) 1. DCPD 2. V9200 The physical specifications of the VC9182 are specified in Table 4- 7. Table 4- 7 Physical Specifications of VC9182 Item...

  • Page 43: Indoor H-Rack

    ZXRAN V9200 Product Description Figure 4- 12 Physical Structure of L-Rack-I1 1. Reinforcing panel for mounting on a wall or connecting to an overhead cable rack 2. Second layer for 3 RRUs 3. Second layer cable chute 4. First layer for 3 RRUs 5. First layer cable chute 6.

  • Page 44: Indoor Bbu Vertical Installation Shelf Vc9183

    ZXRAN V9200 Product Description Figure 4- 13 Physical Structure of H-Rack 1. DCPD 2. V9200 3. Cabling and Ventilation Subrack The physical specifications of the H-Rack are specified in Table 4- 9. Table 4- 9 Physical Specifications of H-Rack Item...

  • Page 45: Figure 4- 14 Physical Structure Of Vc9183

    ZXRAN V9200 Product Description Figure 4- 14 Physical Structure of VC9183 1. Rear ventilation (air out) 2. ZXRAN V9200 3. Front ventilation (air in) The physical specifications of the VC9183 are specified in Table 4- 9. Table 4- 10 Physical Specifications of VC9183...

  • Page 46: Abbreviations

    ZXRAN V9200 Product Description 5 Abbreviations Abbreviation Full Name 3GPP Generation Partnership Project Baseband Processing Base Band processing Unit BITS Building Integrated Timing Supply CAPEX Capital Expenditure CPRI Common Public Radio Interface Downlink Dynamic Spectrum Sharing Element Management System EUTRAN...
  • Page 47 ZXRAN V9200 Product Description Abbreviation Full Name RRU/AAU Bridge Module Remote Radio Unit Software Defined Network TDD LTE Massive MIMO User Equipment Uplink UTRAN UMTS Terrestrial Radio Access Network Baseband Processing Environment Monitoring Power Distribution Switching WCDMA Wideband Code Division Multiple Access...

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