Huawei CE16800 36x400GE QSFP-DD Line Card CE-L36LQJ

• Hyperscale cloud data centers
• AI and GPU computing clusters
• Enterprise core network modernization
• Spine-leaf fabric deployments
• High-performance storage networking
• Telecommunications backbone infrastructure
• Large virtualization environments
• Hybrid cloud connectivity platforms
• Financial trading network infrastructure
• Government and research computing facilities

• Supports 36 high-density 400GE QSFP-DD ports
• Designed for Huawei CE16800 series switches
• Enables ultra-high-bandwidth networking
• Supports modular infrastructure expansion
• Optimized for hyperscale environments
• Ideal for AI and HPC workloads
• Supports cloud and hybrid cloud architectures
• Enhances data center scalability
• Reduces future hardware replacement costs
• Supports high availability network designs
• Optimizes east-west traffic performance
• Enables enterprise infrastructure modernization
• Supports business continuity initiatives
• Designed for mission-critical networking
• Provides long-term investment protection

• Brand: Huawei
• Part Number: CE-L36LQJ
• Product Family: CE16800 Series
• Product Type: Switch Line Card
• Compatible Chassis: Huawei CE16800 Series Switches
• Port Quantity: 36
• Port Speed: 400 Gigabit Ethernet
• Interface Type: QSFP-DD
• Ethernet Standard: 400GE
• Expansion Type: Modular Line Card
• Deployment: Data Center
• Installation Type: Chassis Installed
• Hot Swappable: Not Verified
• Management: Through Compatible Huawei CE16800 Chassis
• Power Supply Included: Not Verified
• Cooling Module Included: Not Verified
• Layer Support: Not Verified
• Operating System Compatibility: Huawei CE16800 Platform

WHY CHOOSE THIS PRODUCT?

• Organizations deploying next-generation data centers choose the Huawei CE-L36LQJ for its exceptional 36-port 400GE density, modular scalability, and seamless integration with CE16800 chassis. Compared with lower-speed interface modules, it provides substantially greater bandwidth for AI, cloud, storage, and virtualization workloads while extending infrastructure lifespan, simplifying future upgrades, improving operational efficiency, and maximizing return on enterprise networking investments.