Huawei NetEngine5000E CR5P5KCCCD51 Cluster Router

Equipment Overview

The Huawei NetEngine5000E CR5P5KCCCD51 is a cluster router configuration designed for high-capacity core network deployments. This 100G (2+X) cluster setup integrates two central chassis with redundant control and interface modules to deliver carrier-grade routing performance. It is primarily intended for service provider backbone networks, large enterprise WAN aggregation points, and data center interconnect scenarios requiring multi-chassis scalability. The product operates without bundled software or documentation, serving as a hardware-only cluster solution.

Main Parameters

• Product Code: Huawei CR5P5KCCCD51
• Cluster Configuration: 100G (2+X) with 2 central chassis, 16x SFUI-100 interface units, 16x ECU-100, 4x MPUA4 main processing units, 2x ICU interconnect units
• Memory & Storage: 8x 2G memory modules, 8x 2G CF cards
• Power Supply: 4x DC power modules, no software or documentation included
• System Capacity: Non-blocking switching fabric supporting multiple chassis; maximum system throughput of 819 Tbit/s with 64 chassis (400G architecture)
• Port Throughput: 15 Gbps per port (as specified in source data)

Key Advantages

This model is selected for enterprise projects requiring extreme scalability and fault tolerance, as the cluster architecture enables seamless expansion from 2 to 64 chassis without service interruption. The non-blocking switching fabric ensures deterministic low-latency forwarding even under full load, while the redundant MPUA4 and ICU modules provide high availability for mission-critical traffic. Its 100G-ready design future-proofs core infrastructure for evolving bandwidth demands.

Compatibility & Integration

The NetEngine5000E CR5P5KCCCD51 integrates with standard Huawei cluster routing ecosystems, supporting inter-chassis communication via ICU modules and SFUI-100 line cards. It adheres to industry-standard routing protocols and interfaces (100G Ethernet), enabling interoperability with existing IP/MPLS networks and multi-vendor optical transport systems. The DC power architecture aligns with telecom-grade facility requirements across EU markets.