Overview Of CR52-4xSFUG-40Gbps
The Huawei CR52-4xSFUG-40Gbps is a high-performance module designed for the Huawei NetEngine80E Series Universal Service Routers. It supports four 40Gbps SFU (Service Forwarding Units) ports, providing robust, high-speed data transmission capabilities for large enterprise networks. This module enhances the capacity of the router by enabling high throughput and ensuring low latency, making it ideal for data-intensive applications and services. Its modular design allows for easy integration and scalability, ensuring your network can grow as demands increase.
CR52-4xSFUG-40Gbps Features
Feature |
Description |
High-Speed Ports |
Four 40Gbps SFU ports providing high-speed data transmission. |
Scalability |
Modular design allows for network expansion to accommodate growing data demands. |
Low Latency |
Ensures low-latency data transmission, ideal for data-intensive applications. |
Energy Efficiency |
Built with energy-saving technologies to reduce power consumption. |
Flexible Integration |
Easily integrates into existing Huawei NetEngine80E Series Routers for scalable network solutions. |
High Reliability |
Redundant design ensures continuous operation in critical enterprise environments. |
Recommended Products
Category |
Part Number |
Description |
Stack Kit Modules |
Stack Kit Module Spare |
|
Stack Cables |
1M Stacking Cable |
|
Power Supplies |
600W AC Power Supply Spare |
Specification Of CR52-4xSFUG-40Gbps
CR52-4xSFUG-40Gbps Datasheet
Type | Huawei CR52-4xSFUG-40Gbps Module |
Port Configuration | 4 x 40Gbps SFU Ports |
Input Voltage | 100V to 240V AC, 50 Hz/60 Hz |
Power Consumption | Energy-efficient design to reduce operational costs |
Operating Temperature | 0°C to 45°C |
Compatibility | Compatible with Huawei NetEngine80E Series Routers |
Security Features | Supports VPN and firewall integration for secure data transmission |
Management | Web-based interface, SNMP |
Throughput | High-speed data forwarding with low latency |
Redundancy | Redundant power and system failover features for continuous operation |