H3C CR16010H-F Router 110Tbps Switching 5G SDN Support

H3C CR16010H-F Router High-Performance 110Tbps Switching Redundant Design & SDN Support For 5G Networks

The H3C CR16010H-F is an enterprise-grade core router designed for high-bandwidth, low-latency applications in 5G networks, data centers, and mission-critical infrastructure. With 110Tbps switching capacity and 24,000Mpps packet forwarding rate, it delivers carrier-grade performance for demanding environments like China Mobile’s 5G cloud resource pools.

Key Features & Benefits

1. Ultra-High Performance

   • 110Tbps switching capacity ensures seamless handling of massive traffic loads.

   • 24,000Mpps forwarding rate supports high-speed data processing for 5G and cloud applications.

2. Full Redundancy for Maximum Uptime

   • Dual hot-swappable main control boards, 5-slot independent switching fabric, and N+M power/fan redundancy eliminate single points of failure.

   • Front-panel cabling simplifies maintenance and reduces deployment complexity.

3. SDN & Automation Ready

   • Supports real-time monitoring of latency, jitter, and packet loss via SDN controllers.

   • Enables auto-configuration deployment, reducing manual intervention in large-scale networks.

4. Modular & Scalable Design

   • 8 full-size service slots for flexible expansion (supports 24x Gigabit ports per slot).

   • MPLS, EVPN, VXLAN, and L2/L3 VPN support for multi-service convergence.

5. Secure & Future-Proof

   • Domestic Chinese chips (CPU/NP/switch) ensure supply chain security, critical for government and telecom projects.

   • 5-level QoS & hardware encryption for enhanced traffic prioritization and security.

Technical Specifications

Ideal Use Cases

• 5G Core Networks (e.g., China Mobile’s cloud resource pools)

• Government & Emergency Networks (e.g., Guangxi Fire Rescue Command)

• Cloud Data Centers requiring high-density routing and SDN automation.

With its unmatched performance, reliability, and SDN integration, the H3C CR16010H-F is a top choice for next-gen networking in telecom and enterprise sectors.