Huawei CE9855M-32DQ 32x100GE Modular Data Center Switch

• Spine layer deployment in large-scale leaf-spine data centers
• AI and machine learning cluster interconnects
• High-performance computing (HPC) network fabrics
• Enterprise core switching for mission-critical applications
• Cloud service provider infrastructure backbones
• Virtualized data center environments
• Hybrid cloud and multi-cloud connectivity layers

• High-capacity switching architecture for large-scale workloads
• Optimized for ultra-low latency forwarding performance
• Enables efficient east-west traffic handling in data centers
• Flexible deployment in enterprise and hyperscale architectures
• Supports scalable fabric expansion for growing workloads
• Designed for high availability and resilient networking
• Improves infrastructure consolidation and operational efficiency
• Suitable for hybrid cloud and multi-tenant environments

• Brand: Huawei
• Model: CE9855M-32DQ
• Series: CE9800 Series
• Product Type: Data Center Switch
• Switch Architecture: Modular (Chassis-based design)
• Port Configuration: 32 × 100GE QSFP28
• Port Type: QSFP28 (100GE)
• Port Flexibility: Supports 100GE / 40GE via compatible optics
• Switching Capacity: High-performance, data center-class architecture
• Forwarding Mode: Wire-speed forwarding
• Layer Support: Layer 2 & Layer 3
• Routing Features: Advanced IP routing protocols
• Virtualization: VXLAN, EVPN support
• Deployment Architecture: Spine / Leaf / Core Layer
• Target Environment: Cloud Data Center, Enterprise Core, HPC, AI Clusters
• Traffic Optimization: Intelligent congestion management
• Scalability: Designed for large-scale fabric expansion
• Latency Profile: Ultra-low latency design

WHY CHOOSE THIS PRODUCT?

• Organizations choose this model for its high 100GE port density, enabling simplified spine or core layer design with fewer devices and lower operational complexity.
• It delivers strong performance for AI, cloud, and virtualization workloads where predictable latency and throughput are critical.
• Enterprises benefit from its modular power and cooling flexibility, improving deployment customization and data center design efficiency.
• Compared to lower-end switches, it reduces network hops and improves east-west traffic performance in large-scale fabrics.
• VXLAN EVPN support ensures seamless integration into modern cloud-native architectures and multi-tenant environments.