Huawei CEL36DQHG-X 36x100GE CE16800 Line Card Module

• Enterprise campus-to-data center high-speed routing
• Virtualized infrastructure traffic distribution
• Telecom carrier aggregation and backbone scaling
• High-performance computing (HPC) environments
• Private cloud and hybrid cloud networking cores
• Large-scale storage and compute fabric connectivity
• Data center modernization and 100GE migration projects

• 36 × 100GE QSFP28 high-density port configuration
• Designed for CE16800 modular switch chassis environments
• Enables scalable data center core and aggregation expansion
• Optimized for cloud, AI, and HPC traffic workloads
• Supports high-throughput, low-latency forwarding architecture
• Modular line card form factor for flexible scaling
• Chassis-provided power supply and cooling architecture
• Hot-swappable design for simplified maintenance and upgrades
• Improves rack space efficiency through port consolidation

• Brand: Huawei
• Model: CEL36DQHG-X
• Product Type: Data Center Line Card Module
• Port Configuration: 36 × 100GE QSFP28
• Interface Type: QSFP28 (100GbE)
• Deployment Layer: Core / Aggregation
• Architecture: Modular chassis-based switching
• Compatibility: Huawei CloudEngine CE16800 Series
• Hot-Swappable: Yes
• Cooling: Provided by chassis system
• Power Supply: Provided by chassis system
• Form Factor: Line Card (Blade Module)
• Use Case: Hyperscale Data Center Networking
• Traffic Type: High-speed East-West Data Center Traffic
• Workload Support: Cloud, AI, HPC, Virtualization
• Scalability: Chassis expansion-based
• Network Role: Backbone / Core Fabric Expansion

WHY CHOOSE THIS PRODUCT?

• Compared to lower-density modules in the same family, it optimizes slot efficiency for hyperscale deployments.
• It supports cloud, AI, and virtualization-heavy workloads that require consistent high-throughput performance.
• Enterprises benefit from predictable scaling by adding line cards instead of replacing full switch systems.
• Its modular architecture helps extend infrastructure lifecycle while protecting prior investments in CE16800 platforms.
• Operational teams prefer it for simplified maintenance through hot-swappable design and chassis-managed power/cooling.