Huawei CE6855-48XS8CQ-F 48x10GE 8x100GE Data Center Switch

• Cloud infrastructure spine-leaf deployment
• Virtualized workload traffic aggregation
• Telecom service provider edge networks
• High-performance application environments
• Hybrid cloud connectivity infrastructure
• Financial trading and low-latency networks
• Government and enterprise IT backbone systems
• Large-scale campus-to-data-center integration 

• Optimized for data center spine-leaf architectures
• Designed for enterprise and cloud-scale deployments
• Redundant dual AC power supply support
• High-throughput traffic aggregation capability
• Low-latency switching architecture for performance-sensitive workloads
• Scalable design for evolving enterprise network demands
• Efficient east-west traffic handling in virtualized environments
• Supports network modernization from 10G to 100G backbones
• Rack-mountable form factor for standard data center racks

• Brand: Huawei
• Model: CE6855-48XS8CQ-F
• Product Type: Enterprise Data Center Switch
• Series: Huawei CE6855 Series
• Switch Role: Aggregation / Core / Spine-Leaf Layer Switch
• Port Configuration: 48 x 10GE Electrical Access Ports
• Uplink Configuration: 8 x 100GE QSFP28 High-Speed Uplinks
• Port Speed: 10 Gigabit Ethernet (Access), 100 Gigabit Ethernet (Uplink)
• Interface Type: RJ45 (10GE electrical), QSFP28 (100GE optical)
• Form Factor: 1U Rack-Mountable Chassis
• Power Supply: Dual AC Power Supply Units (Redundant PSU)
• Redundancy: Power redundancy supported for high availability
• Cooling System: Built-in chassis cooling with airflow design
• Deployment Environment: Data Center / Enterprise Core Network / Cloud Infrastructure
• Architecture: Spine-Leaf and Hierarchical Network Design Support
• Traffic Role: High-density access and uplink aggregation switching
• Reliability Level: Carrier-grade high availability design

WHY CHOOSE THIS PRODUCT?

• Enterprises benefit from simplified architecture, enabling fewer devices in the aggregation tier and lower operational complexity.
• Its compatibility with spine-leaf topologies makes it ideal for hybrid cloud and virtualization-heavy workloads.
• The redundant power design improves uptime, making it suitable for financial systems, telecom environments, and enterprise mission-critical applications.
• It delivers strong ROI by extending the lifecycle of existing 10GE access networks while enabling gradual migration to 100GE backbones.
• IT teams gain flexibility to scale bandwidth without redesigning the entire network fabric.