Huawei CE6810-48S-LI-F 48x10GE SFP+ Data Center Switch

• Enterprise data center server access switching for virtualization clusters
• Cloud infrastructure leaf-layer deployment in spine-leaf architecture
• High-density aggregation for enterprise campus-to-data-center connectivity
• Private cloud and hybrid cloud network fabric deployment
• Virtual machine (VM) and containerized workload connectivity backbone
• Storage network extension over high-speed 10GE fiber links
• Enterprise disaster recovery and backup data replication networks

• Front-to-back airflow for hot aisle/cold aisle compatibility
• Modular power supply architecture (PSU not included)
• Includes 2 fan modules for thermal stability and uptime
• High-throughput switching for virtualization and cloud traffic loads
• Optimized for enterprise infrastructure modernization initiatives
• Suitable for leaf-spine and aggregation network layers
• Enables efficient consolidation of server access switching layers
• Designed for scalable growth in enterprise and service provider networks
• Supports long lifecycle enterprise procurement strategies

• Brand: Huawei
• Model: CE6810-48S-LI-F
• Switch Type: Data Center / Enterprise Switch
• Port Configuration: 48 x 10GE SFP+
• Cooling System: 2 x Fan Modules Included
• Airflow Direction: Front-to-Back (Port-side Exhaust)
• Power Supply: Not Included (PSU Required, Modular Design)
• Deployment Type: Data Center / Cloud / Enterprise Network
• Use Case: Server Access, Aggregation, Virtualization Networks
• Architecture: High-density Fiber Switching Platform
• Layer Support: Layer 2 + Basic Layer 3
• Form Factor: Fixed Configuration Switch
• Redundancy: Modular Power and Cooling Flexibility
• Environment: Hot/Cold Aisle Data Center Compatible

WHY CHOOSE THIS PRODUCT?

• Enterprises choose this switch for high-density 10GE fiber access that supports modern virtualization and cloud workloads efficiently.
• It provides strong cost-performance balance compared to higher-end CE6800 variants while maintaining enterprise-grade reliability.
• The modular power design enables flexible procurement strategies and future-proof redundancy planning.
• Front-to-back airflow ensures seamless integration into standardized data center cooling architectures.
• Ideal for organizations upgrading from legacy Gigabit or low-density 10GE infrastructure to scalable 10GE fabric.