Huawei EH1D2VS08000 Service Unit

EH1D2VS08000 Introduction

Huawei S12700 EH1D2VS08000 8-Port 10G Cluster Switching System Service Unit (SFP+).

Functions of theEH1D2VS08000

Switches connected through optical ports on the EH1D2VS08000 cards form a cluster switch system (CSS) and are considered as one device. You can log in to the master switch to manage all the switches in the CSS.


Functional Integration for Network Cluster Management
The Huawei EH1D2VS08000 Service Unit is engineered to integrate seamlessly within Huawei S12700 series switches, enabling the formation of cluster switch systems (CSS) that operate as a unified device. This unit supports centralized management through a master switch, significantly simplifying network administration for enterprises and data centers. By combining multiple switches into a cluster, organizations can manage high-density network environments efficiently, reducing operational complexity. Targeted at network engineers and system integrators, the Huawei EH1D2VS08000 Service Unit enhances scalability and control in diverse network infrastructures.

Technical Specifications Enabling High-Performance Switching
This service unit features eight 10G SFP+ optical ports with dual-rate compatibility that supports both 1G and 10G connections without external converters. It achieves a forwarding capacity of at least 160 Gbps while maintaining power consumption below 30 Watts, promoting energy efficiency in high-load scenarios. The unit supports hot-swapping, automatic module recognition, and is compatible with various SFP+ and SFP optical modules from Huawei. Its compact dimensions and lightweight design facilitate easy integration into modular chassis, making the Huawei EH1D2VS08000 Service Unit suitable for advanced network architectures requiring reliable, high-speed data forwarding.

Industry Applications and Network Infrastructure Value
The Huawei EH1D2VS08000 Service Unit is widely applied in enterprise networking, data centers, and telecommunications infrastructure facilitating cluster switch system creation for large-scale aggregation. It supports network expansion and upgrades by allowing modular deployment of 8-port 10G service units with unified control, meeting the demands for scalable, high-capacity data transmission. This product is particularly valuable for environments requiring stable operation, low latency, and power-efficient designs, providing a cost-effective solution for network performance optimization and consolidation across various industries.


Product Advantages

Structural and Modular Design Benefits
The Huawei EH1D2VS08000 Service Unit incorporates a modular design enabling straightforward integration into Huawei S12700 series clusters. Its structure supports hot-swapping, reducing downtime during maintenance or upgrades. By utilizing SFP+ optical interfaces compatible with dual-rate signaling, the unit adapts flexibly to both 1G and 10G equipment, streamlining hardware compatibility and reducing infrastructure complexity. The compact form factor and defined power envelope ensure it fits efficiently within rack-mounted environments while maintaining robust cluster switch system architecture.

Enhanced Performance and Operational Efficiency
This service unit delivers high forwarding capacity, exceeding 160 Gbps, ensuring no bottlenecks under heavy network loads. Its energy-saving features limit power consumption to a maximum of 30 Watts, lowering operational costs and minimizing thermal output. Installation is facilitated by automatic recognition and plug-and-play capability, reducing technical overheads. The Huawei EH1D2VS08000 Service Unit thus provides operational reliability and ease of management, making it a valuable asset in networks requiring high throughput, flexible deployment, and minimal maintenance effort.


Ports on the EH1D2VS08000

Specifications of the EH1D2VS08000

Use Scenarios

Cluster Switch Systems in Enterprise Data Centers
In large enterprise data centers, the Huawei EH1D2VS08000 Service Unit plays a vital role in constructing cluster switch systems that aggregate multiple switches into a unified platform. This facilitates centralized network management through a master controller, improving administrative efficiency and reducing complexity. The unit’s support for dual-rate SFP+ interfaces allows seamless integration of varied network devices at both 1G and 10G speeds. Its energy-efficient design contributes to sustainable operations, while hot-swappable ports enable swift maintenance, ensuring uninterrupted high-speed data forwarding critical for enterprise workloads.

High-Speed Switching for Telecommunications Infrastructure
Telecommunications providers benefit from deploying the Huawei EH1D2VS08000 Service Unit within their switching systems, where high throughput and network reliability are paramount. The unit’s compatibility with Huawei standard optical modules ensures compliance with established technical standards, supporting scalable network expansion and high-load conditions. Its forwarding performance and low power consumption optimize infrastructure investment by balancing capacity with energy efficiency. Integration into existing workflows is streamlined through hot-swappable modules and cluster management capabilities, delivering enhanced service continuity and reduced operational complexity.


EH1D2VS08000 FAQ

Q1: What are the core advantages of this service board? Is it suitable for small and medium-sized enterprises (SMEs) with limited budgets?

A1: The core advantages are high density of 8 ports, dual-rate compatibility, low power consumption, and high cost-effectiveness; the cost is controllable, and there is no need to pay for redundant functions, making it very suitable for SMEs with limited budgets.

Q2: Which optical modules does it support? Can it directly connect to existing 1G equipment?

A2: It supports Huawei standard SFP+ 10G optical modules (SR/LR/ER) and SFP 1G optical modules; dual-rate adaptive, it can directly connect to existing 1G equipment without additional converter configuration.

Q3: How does its energy consumption and performance compare to other 8-port 10G boards of the same level?

A3: The overall power consumption is ≤80W, saving 30% more energy than comparable products; the forwarding capacity is ≥160Gbps, supporting full-load concurrent forwarding of 8 ports without performance bottlenecks, suitable for small and medium-sized high-load scenarios.

Q4: Is installation complicated? Does it require professional maintenance personnel for configuration?

A4: Simple installation, supports hot-swapping, and automatically recognized after being inserted into the switch; dual-rate adaptive without manual debugging, allowing even non-professionals to deploy quickly and with low maintenance threshold.