ZTE ZXRAN V9200 Baseband
Brand Name: ZTE
Product Name: ZXRAN V9200
Part Number: ZXRAN V9200
Description: ZTE ZXRAN V9200 baseband next-generation, high-capacity, flexible baseband processing unit (BBU), GSM, UMTS, LTE, NB-IoT, and 5G (NR)
Price: Contact us
Description
Description
ZTE ZXRAN V9200 Baseband
The ZTE ZXRAN V9200 Baseband Unit (BBU) is a state-of-the-art, multi-mode, large-capacity platform designed for a seamless transition from 2G/3G/4G to 5G New Radio (NR) networks.
Here is a consolidated technical description and specification overview based on available information about ZTE ZXRAN V9200 Baseband:
Technical Description and Specifications of ZTE ZXRAN V9200 Baseband
1. Core Platform & Capabilities of ZTE ZXRAN V9200 Baseband
| Feature | Specification / Description |
| Supported RATs | All-RATs: 2G (GSM), 3G (UMTS), 4G (LTE), NB-IoT, and 5G (NR) |
| System Architecture | Distributed Base Station (Connects to RRUs/AAUs via CPRI/eCPRI interfaces) |
| Evolution | Designed for smooth evolution; uses common hardware for all RATs. Supports network virtualization and native AI. |
| Application | Indoor 19-inch standard cabinet or outdoor site-supporting cabinet. |
| Key Advantage | Industry’s largest-capacity BBU, enabling simplified capacity configuration and high integration. |
2. Physical & Environmental Specifications of ZTE ZXRAN V9200 Baseband
| Specification | Details |
| Dimensions (H x W x D) | Without mounting brackets: 88.4 mm x 445 mm x 370 mm (Approx. 2U height in a 19″ rack) |
| Installation | 19-inch cabinet mounting or wall-mounted. |
| Power Supply | -48V DC (Nominal) |
| Operating Temperature | -20C to +55C (Standard range, may vary with specific cooling modules) |
| Typical Power Cons. | Varies significantly based on configuration. e.g., 155W (5G: 1 VSWd1 + 1 VBPe0q) up to 295W (2/3/4/5G: 1 VSWd1 + 1 VBPe3p + 1 VBPe2q). |
3. Key Boards and Functions of ZTE ZXRAN V9200 Baseband
The ZTE ZXRAN V9200 Baseband BBU chassis typically accommodates several types of plug-in boards:
| Board Type | Board Model (Examples) | Primary Function |
| Switching/Control Board | VSWc2, VSWd1 | System control, management, Ethernet switching, transmission interfaces, and system clock generation. |
| Baseband Processing | VBPe3p, VBPe1p, VBPc7, VBPd0b | Processes uplink and downlink baseband signals for all supported RATs (2G/3G/4G/5G). |
| Power Distribution | VPDc1, VPD | Manages power input, distribution, and monitoring for the unit. |
| Environment Monitoring | VEMc1, VEMc2, VEMc4 | Provides interfaces for site alarm inputs (dry contacts) and environment monitoring (e.g., RS485/RS232). |
| Fan Array Module | VFC1 | Provides active cooling for the BBU chassis. |
4. Capacity and Interface Specifications of ZTE ZXRAN V9200 Baseband
The capacity of the ZTE ZXRAN V9200 Baseband is determined by the specific Baseband Processing Boards (VBP) installed. It offers massive capacity across technologies:
Capacity Examples (Per BBU Chassis, VBP-Dependent):
| Technology | Typical Maximum Capacity |
| 5G NR | Up to 60 64T64R 100 MHz Cells (Sub-6 GHz) OR Up to 15 64T64R 100 MHz Massive MIMO 5G cells. |
| 4G LTE (FDD/TDD) | Up to 90 4T4R/8TR 20 MHz Cells. |
| 3G UMTS | Up to 48 Code Channels (CSs). |
| 2G GSM | Up to 216 Transceivers (TRXs). |
Interfaces of ZTE ZXRAN V9200 Baseband:
| Interface Type | Function / Specification |
| Optical Interfaces | OFx (SFP+/SFP28): 10/25 Gbps interfaces for connecting to Remote Radio Units (RRUs) and Active Antenna Units (AAUs). |
| Transmission/Network | Ethernet interfaces (FE/GE/10GE/25GE) for connection to the core network (e.g., via the VSW board). |
| Management | RJ45 interfaces for environment monitoring (MON) and debugging (DBG). |
The ZTE ZXRAN V9200 Baseband BBU is designed to be a high-density, future-proof product, reducing the complexity of multi-RAT network deployment while providing the massive processing power required for 5G.
Core Boards and Modules OF ZTE ZXRAN V9200 Baseband
- Switching Board (VSW): This board handles system control and management, signaling processing, Ethernet switching, and provides transmission interfaces (backhaul) and system clock synchronization (GNSS, SyncE, 1588).
- Common Part Numbers:
- VSWc0
- VSWc2 (Type C2, for 2G/3G/4G/5G)
- VSWd1 (Type D1, supports 1GE/10GE/25GE optical interfaces)
- VSWd2 (Type D2)
- Common Part Numbers:
- Baseband Processing Board (VBP): These are the primary processing units responsible for the actual baseband signal processing for various technologies (GSM, UMTS, LTE, 5G NR). Multiple variants exist to offer different capacities and capabilities.
- Common Part Numbers:
- VBPc0
- VBPc1 (Supports up to 18 LTE cells or multi-mode configurations)
- VBPc5
- VBPd04
- VBPd09
- VBPe0b
- Common Part Numbers:
- Power Distribution Board (VPD): Manages the DC power input (-48V nominal) and distributes it to all the other boards within the V9200 chassis.
- Common Part Numbers:
- VPDc1
- Common Part Numbers:
- Environment Monitoring Board (VEM): Monitors the environmental status of the chassis, including temperature and external alarms.
- Common Part Numbers:
- VEMc1
- Common Part Numbers:
- Fan Array Module (VF/VFC): The hot-swappable fan unit responsible for cooling the system.
- Common Part Numbers:
- VFC1
- Common Part Numbers:
Backplane
- The system uses a backplane PCB (printed circuit board) internally to connect all the plug-in boards and provide power and signaling pathways
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Description
Technical information
