Huawei CE9855-32DQ 32x400GE Data Center Switch CE9800 AI

• AI and machine learning training cluster networking
• Hyperscale cloud data center spine layer deployment
• Enterprise core network modernization
• High-performance computing (HPC) interconnect fabric
• Cloud service provider backbone infrastructure
• Data center spine-leaf architecture design
• Large-scale virtualization and container networking
• Big data analytics infrastructure connectivity
• Disaster recovery and multi-site data replication networks

• Ultra-low latency forwarding architecture for performance-critical workloads
• Modular power supply design for flexible redundancy planning
• Modular fan system enabling customized airflow configurations
• High scalability for large-scale enterprise and cloud expansion
• Non-blocking high-performance switching architecture (as specified)
• Supports advanced data center virtualization environments
• Energy-efficient design optimized for modern data centers
• Flexible deployment in core, spine, and aggregation layers
• Built for high availability and mission-critical uptime requirements
• Enables simplified network scaling for evolving workloads
• Supports infrastructure modernization and AI-driven networking demands

• Brand: Huawei
• Model: CE9855-32DQ
• Series: CE9800 Data Center Switch
• Product Type: Data Center Ethernet Switch
• Ports: 32 × 400GE QSFP112
• Port Type: QSFP112
• Port Speed: 400GE
• Switching Architecture: High-performance non-blocking design
• Deployment Architecture: Spine / Leaf / Core / Aggregation
• Power Supply: Modular (PSU not included)
• Power Redundancy: Supported via modular PSU design
• Cooling System: Modular fan trays (not included)
• Airflow Options: Front-to-back / back-to-front (based on fan modules)
• Form Factor: Rack-mountable chassis
• Network Role: Data center spine or core switch
• Target Workload: AI clusters, cloud computing, hyperscale data centers
• Scalability: Designed for large-scale fabric expansion

WHY CHOOSE THIS PRODUCT?

• Organizations select this switch when building high-performance, future-ready data center fabrics that must support AI workloads and cloud-scale traffic growth.
• It offers a strong balance of port density and scalability, making it suitable for spine or core layers in modern architectures.
• Enterprises benefit from its 400GE-native design, reducing the need for multiple aggregation layers and simplifying network topology.
• The modular PSU and fan design allows infrastructure teams to tailor redundancy and cooling strategies to specific environments.
• It is particularly valuable for organizations standardizing on spine-leaf architectures for predictable performance and easier scaling.
• Compared to lower-tier switches, it reduces long-term upgrade cycles by supporting high-capacity bandwidth from the outset.