Huawei CE12812D DC Core Switch Chassis 2MPUA 5SFU 6PDC

• Core switching infrastructure for large enterprise data centers
• Cloud service provider backbone network deployment
• Telecom aggregation and core routing environments
• Hybrid cloud connectivity and workload distribution
• Campus backbone and large-scale enterprise aggregation layers
• Virtualization-heavy data center networking environments
• Disaster recovery and high-availability network cores
• Financial services trading and low-latency infrastructure networks
• Government and defense-grade secure network backbones

• Designed for high-density enterprise and hyperscale data center environments
• Supports resilient core switching for mission-critical applications
• Built for continuous availability in 24/7 operational networks
• Enables incremental scalability without full system replacement
• Optimized for large-scale east-west traffic in modern data centers
• Supports infrastructure modernization and network consolidation strategies
• Enhances business continuity through redundant system design
• Suitable for hybrid cloud and virtualization-heavy workloads
• Reduces operational risk in enterprise core network architecture
• Long lifecycle platform designed for phased enterprise growth

• Brand: Huawei
• Model: CE12812D DC Switch Chassis
• Part Number: CE12812D-B02
• Product Series: CE12800 Series
• Product Type: Core Switch Chassis (Modular)
• Deployment Type: Data Center / Enterprise Core
• Chassis Architecture: Modular Switching System
• Power Architecture: DC Powered System
• Control Plane: Dual MPUA Controller Units
• Control Units: 2 x MPUA
• Fabric Architecture: High-capacity Switching Fabric
• Fabric Modules: 5 x SFU12B
• Power Modules: 6 x PDC 2200WA
• Redundancy Design: Fully Redundant Control, Fabric & Power
• Scalability: High-density modular expansion support
• Target Environment: Enterprise Data Center Core Network
• Network Role: Core / Backbone Switching Layer

WHY CHOOSE THIS PRODUCT?

• Compared to smaller CE12800-series chassis, it delivers higher resilience through expanded power and fabric module configuration.
• Its modular design allows phased expansion without disrupting existing network operations or services.
• It is well-suited for organizations building future-ready hybrid cloud or virtualization infrastructure backbones.
• The chassis supports long-term lifecycle investment protection through upgradeable components and modular scalability.
• It improves operational efficiency by reducing downtime risk in mission-critical workloads.