Huawei CEL36DQHG-X CE16800 36x100GE QSFP28 Line Card

• Hyperscale cloud data center spine-core switching
• AI/ML cluster interconnect fabric infrastructure
• Enterprise digital transformation backbone networks
• Service provider core and aggregation layer expansion
• High-performance computing (HPC) network fabrics
• Private cloud and hybrid cloud connectivity layers
• Big data processing and analytics infrastructure networks
• Financial services low-latency trading network backbones

• 36 × 100GE QSFP28 Ports for ultra-high-density connectivity
• Designed for Huawei CE16800 Series chassis switches
• High forwarding performance with low latency
• Supports 100GE high-speed data center interconnect
• Ideal for spine, core, and aggregation layers
• Hot-swappable line card design
• Carrier-grade reliability and stability
• Optimized for cloud, AI, and large-scale data centers
• Delivered without fan and PSU (chassis-based cooling and power)

• Brand: Huawei
• Model: CEL36DQHG-X
• Product Type: Data Center Line Card
• Form Factor: Modular plug-in line card
• Port Configuration: 36 × 100GE QSFP28
• Interface Type: QSFP28 (100G Ethernet)
• Supported Speed: 100 Gigabit Ethernet per port
• Architecture Role: Spine / Core / Aggregation switching layer
• Cooling System: Chassis-based cooling 
• Power Architecture: Powered via CE16800 chassis power system 
• Installation Type: Hot-swappable line card 
• Traffic Profile: High-volume east-west data center traffic
• Primary Workload Support: Cloud computing, AI clusters, HPC, virtualization

WHY CHOOSE THIS PRODUCT?

• Enterprises benefit from improved bandwidth economics, as fewer chassis slots deliver higher throughput per rack unit in spine-core deployments.
• The CE16800 modular architecture ensures seamless compatibility with existing chassis investments, reducing upgrade friction and capital expenditure.
• It supports cloud and AI workload acceleration by providing consistent low-latency forwarding performance across large traffic fabrics.
• Service providers value its ability to scale core networks without frequent hardware redesigns or platform replacement cycles.
• Its high-density design improves power utilization efficiency by centralizing resources within the chassis ecosystem.