High-Performance & AI-Driven Huawei Router NetEngine 8000E M6 For
5G & Cloud
The Huawei NetEngine 8000E M6 is a next-generation high-performance
router designed for 5G, cloud, and enterprise networks, combining
ultra-high-speed connectivity with AI-powered automation for
superior efficiency and reliability. Built for carrier-grade
deployments, it delivers multi-terabit forwarding capacity,
400GE/800GE interfaces, and deterministic low latency, making it
ideal for data centers, telecom backbones, and mission-critical
enterprise networks.
Key Features & Benefits
AI-Driven Automation – Huawei’s iMaster NCE enables self-optimizing
networks (SON) with predictive maintenance, real-time telemetry,
and zero-touch provisioning.
Ultra-High Performance – Powered by Solar 5.0 chipset, supporting
2Tbps+ per slot and 100Tbps+ system capacity for
bandwidth-intensive applications.
Future-Ready Scalability – SRv6, FlexE slicing, and MPLS support
for seamless 5G, IoT, and cloud integration.
Carrier-Grade Reliability – 99.999% uptime with redundant hardware,
NSR (Non-Stop Routing), and IP FRR for uninterrupted operations.
Energy-Efficient Design – 30% lower power consumption vs.
traditional routers, aligning with sustainable networking goals.
Technical Specifications (Key Parameters)
| Feature | Specification |
|---|
| Forwarding Capacity | Up to 100Tbps+ |
| Interface Speeds | 1G/10G/100G/400G/800GE |
| Chipset | Huawei Solar 5.0 |
| Protocol Support | IPv4/IPv6, SRv6, MPLS, VPN |
| Reliability | 99.999%, NSR, FRR |
| Power Efficiency | ≤0.1W/Gbps |
| Management | iMaster NCE (AI-driven) |
Ideal Use Cases
5G Mobile Backhaul – Ultra-low latency for enhanced mobile
broadband (eMBB) and URLLC.
Cloud & DCI Networks – High-density 400GE/800GE for hyperscale data
centers.
Enterprise Core Routing – Secure, high-performance connectivity for
finance, government, and large enterprises.
With unmatched performance, AI intelligence, and carrier-grade
resilience, the Huawei NetEngine 8000E M6 redefines next-gen
routing for high-speed, automated, and future-proof networks.
