Huawei CE12816D-B00 Modular Core Data Center Switch

• Data center core switching for large-scale enterprise infrastructure
• Service provider backbone and aggregation network deployment
• Cloud data center interconnect (DCI) environments
• Enterprise campus core network architecture
• Virtualized infrastructure and SDN-ready network environments
• High-availability financial trading network backbones
• Government and defense mission-critical communication systems
• Telecom aggregation and transport network cores
• Hybrid cloud connectivity between on-prem and cloud platforms
• Large enterprise digital transformation initiatives 

• Modular CE12800 series core switching architecture
• Dual MPUA control boards for high availability control plane
• 3x SFU16A high-speed switching fabric modules
• 8x PDC-2200WA redundant power modules
• Designed for multi-terabit switching scalability
• Carrier-grade redundancy across compute, fabric, and power layers
• Supports large-scale enterprise and data center deployments
• High availability architecture for mission-critical uptime
• Optimized for cloud, virtualization, and SDN environments
• Scalable chassis-based design for long-term expansion
• Advanced traffic handling for high-throughput workloads
• Energy-efficient distributed power architecture
• Suitable for backbone and aggregation network roles

• Brand: Huawei
• Model: CE12816D-B00
• Product Series: CE12800 Core Switch Series
• Device Type: Modular Core Switch Chassis
• Control Board: 2x MPUA
• Switching Fabric Module: 3x SFU16A
• Power Module: 8x PDC-2200WA
• Architecture: Modular chassis-based core switching system
• Deployment Role: Data center core / enterprise backbone switch
• Redundancy: Full redundancy for control, switching, and power subsystems
• Cooling System: Front-to-back airflow design with hot-swappable fan support
• Management Interfaces: SNMP, CLI, Web-based GUI
• Network Management Compatibility: Huawei eSight supported
• Scalability: High-capacity modular expansion architecture

WHY CHOOSE THIS PRODUCT?

• The dual MPUA control boards provide operational resilience, reducing risk during controller failures or maintenance windows.
• SFU-based switching fabric architecture enables high-speed, low-latency traffic handling for cloud and virtualization workloads.
• Redundant power module design ensures continuous availability even under power supply failure scenarios.
• It is well-suited for enterprises modernizing legacy core networks into cloud-ready, software-defined infrastructures.
• The platform integrates smoothly into large-scale data center ecosystems requiring interoperability with orchestration and monitoring tools.