Huawei NetEngine5000E CR5P5KCCCD51 Cluster Router

Usage Area

The Huawei NetEngine5000E CR5P5KCCCD51 is a cluster router configuration designed for deployment in large-scale IP backbone networks and data center interconnect environments. It is primarily installed in carrier-grade central offices and enterprise core facilities where high-capacity routing and switching are required. The system supports multi-chassis clustering to deliver scalable throughput for core routing, aggregation, and long-haul transport tasks. This configuration is suited for operators and large enterprises building 100G or 400G-ready network cores.

Construction Features

• Includes 2 central chassis forming a NetEngine5000E 100G (2+X) cluster configuration.
• Equipped with 16 SFUI-100 interface units and 16 ECU-100 engine control units.
• Contains 4 MPUA4 main processing units and 2 ICU interconnect control units.
• Provides 8 units of 2G memory and 8 units of 2G CF cards for system storage.
• Powered by 4 DC power supply units (direct current input).
• Delivered without pre-installed software or documentation; hardware only.

Technical Parameters

• Product Code: CR5P5KCCCD51
• Switching Capacity: Non-blocking switch fabric, supports multiple chassis.
• Maximum System Throughput: 819 Tbit/s across up to 64 chassis (400G).
• Chassis Configuration: 2 central chassis (2+X topology).
• Interface Units: 16 x SFUI-100 (100G interface modules).
• Control Units: 16 x ECU-100, 4 x MPUA4, 2 x ICU.
• Memory & Storage: 8 x 2G memory modules, 8 x 2G CF cards.
• Power Supply: 4 x DC power modules.

Standards & Certification

The Huawei NetEngine5000E CR5P5KCCCD51 complies with industry-standard carrier-grade hardware specifications for telecom and enterprise core routing. The equipment is designed to meet operational reliability requirements for continuous duty in high-availability network environments. The product follows Huawei's internal quality and compatibility standards for the NetEngine5000E platform, ensuring interoperability within the specified cluster architecture.