

Huawei CloudEngine CE12804SD-B0 Modular Data Center Core Switch Chassis
Huawei CE12804SD-B0 is a modular CE12800 Series data center core switch chassis bundle designed for hyperscale environments, offering scalable architecture, redundancy, and advanced cloud networking features.
- Description
Description
The Huawei CE12804SD-B0 is a high-performance modular data center core switch chassis bundle from the CloudEngine 12800 Series, designed for hyperscale cloud environments, enterprise core networks, and carrier-grade data center infrastructures.
This model is a pre-integrated DC assembly chassis (SD-B0 bundle configuration) that typically includes:
- 1 × MPUA-S (Management Processing Unit)
- 1 × SFUB-S (Switch Fabric Unit)
- 2 × PDC-2200WA power modules
The CE12800 platform is built on a Clos-based distributed switching architecture, enabling ultra-high throughput, low latency forwarding, and scalable performance for modern data center networks.
It is designed for spine and core-layer deployment, supporting virtualization, SDN automation, and large-scale multi-tenant networking environments.
The system supports advanced technologies such as VXLAN, EVPN, M-LAG, and BGP-EVPN, enabling efficient traffic engineering and overlay networking across cloud infrastructures.
This chassis is engineered for mission-critical environments requiring high availability, redundancy, and scalable performance, such as hyperscale data centers and telecom backbone networks.
Key Features:
- Modular CloudEngine 12800 Series chassis bundle for data center core networks
- SD-B0 pre-configured assembly with MPU, SFU, and power modules
- Clos-based distributed switching architecture for high performance
- Supports VXLAN and EVPN for cloud overlay networking
- Scalable multi-slot design for service line cards and fabric expansion
- Carrier-grade redundancy with high availability architecture
- Designed for hyperscale data centers and enterprise backbone networks
- Supports SDN automation and intelligent network orchestration




























