Huawei CE16800 CEL48CQHG-P 48x100GE QSFP28 Line Card

• Hyperscale cloud data center spine switching
• Enterprise core network modernization
• High-performance computing (HPC) clusters
• AI and machine learning data pipelines
• Telecom carrier backbone aggregation
• Large-scale virtualization environments
• Financial services low-latency trading networks
• Private cloud infrastructure expansion

• Supports large-scale cloud and virtualization workloads
• Carrier-grade reliability for mission-critical environments
• Low-latency forwarding architecture for performance-sensitive applications
• Modular line card design for scalable infrastructure expansion
• Hot-swappable installation for simplified maintenance operations
• Centralized power and cooling via CE16800 chassis system
• Efficient port consolidation for reduced rack space usage
• High-capacity architecture suitable for east-west traffic optimization
• Supports enterprise digital transformation initiatives
• Flexible deployment across cloud, telecom, and enterprise networks
• Designed for long lifecycle infrastructure investment protection

• Brand: Huawei 
• Model Number: CEL48CQHG-P
• Compatible Device: Huawei CE16800 Switch
• Port Configuration: 48 x 100GE QSFP28
• Port Speed: 100 Gigabit Ethernet
• Form Factor: Line Card
• Switching Capacity: High-capacity data center grade
• Forwarding Performance: Optimized for high-density traffic
• Application Scenario: Data Center Core / Spine / Cloud Network
• Cooling System: Uses chassis cooling system
• Power Supply: Powered by chassis PSU
• Installation: Hot-swappable

WHY CHOOSE THIS PRODUCT?

• Designed for spine-leaf architectures, it improves east-west traffic performance in virtualization-heavy and cloud-native environments.

• It supports long-term infrastructure investment protection through modular expansion within the CE16800 ecosystem.
• Enterprises benefit from improved latency control, making it suitable for HPC, financial trading systems, and large-scale analytics workloads.
• Carrier-grade design ensures high availability for mission-critical services requiring continuous uptime and predictable performance.
• It improves cost-per-bit efficiency by consolidating high-speed connectivity into fewer chassis slots.