Huawei CE16816-DC 16-Slot Data Center Switch Chassis

• Enterprise data center core switching
• Cloud service provider network infrastructure
• Spine layer deployment in leaf-spine architectures
• High-density aggregation networking
• Telecommunications network backbone deployments
• Hybrid cloud connectivity environments
• Large-scale virtualization platforms
• Business continuity and disaster recovery data centers
• Government and public sector data center networks

• 16 Service Slots Architecture – High scalability for large data center deployments
• DC Power Input – Optimized for telecom and carrier-grade environments
• Hot-Swappable Modules – Power supplies, fan trays, and line cards replaceable without downtime
• Ultra-High Switching Capacity – Supports 100GE and 400GE high-density interfaces
• Cloud-Optimized Design – Designed for spine-core and aggregation layers
• Redundant System Design – High reliability with N+1 redundancy options
• Advanced Virtualization – Supports VXLAN, EVPN, and cloud fabric technologies
• Energy Efficient Cooling – Intelligent airflow and thermal optimization

• Brand: Huawei 
• Model: CE16816-DC
• Series: CE16800
• Chassis Type: 16-Slot Modular Switch Chassis
• Power Supply: DC Power
• Power Redundancy: Supported
• Fan Modules: Hot-Swappable
• Service Slots: 16
• Interface Support: 100GE / 400GE (Depending on Line Cards)
• Deployment: Core / Spine / Data Center Fabric
• Form Factor: Modular Chassis
• Cooling System: Redundant, Hot-Swappable Fan Trays

WHY CHOOSE THIS PRODUCT?

• The 16-slot architecture provides significant room for expansion, allowing organizations to increase capacity as application demands and user workloads grow.
• Designed to serve as a core, spine, or aggregation platform in modern data center architectures where high-density connectivity is essential.
• DC power support aligns with telecommunications and service provider infrastructure standards, simplifying deployment in carrier-grade facilities.
• Compatibility with 100GE and 400GE interface technologies helps organizations prepare for increasing bandwidth requirements without replacing the chassis platform.
• Hot-swappable service boards, fan modules, and power components reduce maintenance disruption and support continuous operations.