Huawei CloudEngine CE6810-LI-B-B1A Data Center Switch

• Data center leaf or aggregation layer deployment
• Enterprise virtualization cluster networking
• Cloud infrastructure and private cloud fabrics
• High-density server connectivity aggregation
• Storage network traffic optimization (iSCSI / NAS environments)
• Campus core-to-access aggregation networks
• Telecom and ISP edge aggregation layers
• Hybrid cloud connectivity frameworks
• SDN-enabled data center architectures
• Application-driven low-latency enterprise networks

• Optimized for data center leaf and aggregation roles
• Low-latency forwarding for real-time workloads
• High MAC address capacity for enterprise-scale environments
• Jumbo frame support up to 9,216 bytes for efficiency
• Designed for Layer 2 and Layer 3 enterprise networking
• Supports advanced QoS for traffic prioritization
• Enables SDN-based infrastructure modernization
• Built for high availability enterprise deployments
• Efficient traffic handling for virtualization clusters
• Flexible integration into hybrid cloud architectures
• Energy-efficient design optimized for continuous operation

• Brand: Huawei
• Model: CE6810-LI-B-B1A
• Series: CloudEngine 6800 Series
• Product Type: Data Center Aggregation Switch
• Switch Form Factor: Fixed Configuration Switch
• Port Configuration: 48×10GE SFP+ Ports
• Uplink Ports: 4×40GE QSFP+ Ports
• Switching Architecture: High-Performance Ethernet Switching Platform
• Virtualization Support: VXLAN Enabled (Platform Capability)
• MAC Address Capacity: High-Capacity Enterprise-Grade Table Support
• Forwarding Performance: Low-Latency Packet Processing Design
• QoS Support: Advanced Traffic Prioritization and Policy Control
• ACL Support: Enterprise-Grade Security and Traffic Filtering
• Deployment Role: Data Center Access & Aggregation Layer

WHY CHOOSE THIS PRODUCT?

• Organizations choose this model when they need dense 10G access with reliable 40G uplink scalability for data center aggregation layers.
• It reduces infrastructure complexity by consolidating server connectivity into a single high-density switching platform.
• Compared to lower-tier switches, it provides better aggregation efficiency and stronger support for virtualization-driven traffic patterns.
• It is well-suited for environments transitioning toward cloud-native and hybrid cloud architectures.
• Enterprises benefit from improved traffic segmentation and predictable performance under mixed workloads.