Huawei CE6863-48S6CQ-B 48x25G SFP28 6x100G Switch

• Data center leaf switch in spine-leaf architecture
• Cloud infrastructure networking for hyperscale environments
• Virtualization clusters requiring high east-west traffic
• Enterprise core or aggregation layer upgrade from 10G/40G
• High-performance computing (HPC) network fabrics
• AI/ML training and distributed compute networking
• Private cloud and hybrid cloud interconnectivity
• Storage network aggregation for high-speed data access

• High throughput switching for modern enterprise workloads
• Low-latency forwarding for time-sensitive applications
• Dual AC power supplies for hardware-level redundancy
• Rack-mountable form factor for standardized deployment
• Scalable architecture for cloud and virtualization environments
• Efficient upgrade path from legacy 10G/40G infrastructure
• Supports high east-west traffic patterns in distributed systems
• Enterprise-grade reliability for mission-critical operations
• Simplified network expansion with flexible uplink design
• Optimized for modern application and cloud-native workloads

• Brand: Huawei
• Model: CE6863-48S6CQ-B
• Series: CloudEngine 6800
• Product Type: Data Center Switch
• Port Configuration: 48x 25GE SFP28
• Uplink Configuration: 6x 100GE QSFP28
• Switching Role: Core / Aggregation Layer
• Architecture: Spine-Leaf Data Center Design
• Power Supply: Dual AC Power Supply (Redundant)
• Redundancy Support: Yes
• Form Factor: Rack-Mountable
• Interface Type: SFP28 / QSFP28
• Ethernet Speed Support: 25GbE / 100GbE
• Target Environment: Enterprise Data Center / Cloud Infrastructure
• Workload Optimization: Virtualization / Cloud / HPC / AI Networks
• Deployment Model: Scalable Fabric Networking
• Service Continuity: High Availability Design
• Upgrade Path: 10G/40G to 25G/100G Migration

WHY CHOOSE THIS PRODUCT?

• It delivers a strong balance of port density and uplink scalability, reducing the need for frequent chassis upgrades in growing environments.
• Compared to lower-tier aggregation switches, it provides higher throughput headroom for virtualization and cloud-native workloads.
• Its CloudEngine architecture supports flexible deployment in spine-leaf designs, improving network efficiency and traffic distribution.
• Enterprises benefit from reduced congestion and improved east-west traffic handling in modern application architectures.
• Dual power supply redundancy enhances service continuity for critical business applications and compliance-driven environments.