Huawei CE6863-48S6CQ-F 48x25G 6x100G Data Center Switch

• Enterprise data center core switching for virtualization clusters
• Cloud infrastructure spine-leaf architecture deployment
• High-performance computing (HPC) network backbones
• Private cloud and hybrid cloud connectivity layers
• AI/ML workload data pipeline networking
• Large-scale storage network aggregation (SAN/NAS environments)
• Service provider metro data center interconnect layers
• Enterprise campus-to-data center aggregation

• Optimized for cloud, virtualization, and distributed workloads
• Dual AC power supply support for redundancy and uptime stability
• High-throughput architecture for low-latency switching performance
• Efficient east-west traffic handling for modern applications
• Suitable for enterprise and hyperscale data center environments
• Rack-mountable form factor for standardized deployments
• Built for infrastructure modernization and network consolidation
• Enhances business continuity through resilient power design
• Enables smooth migration from legacy 10G/40G environments
• Supports long-term scalability in evolving IT infrastructures

• Brand: Huawei
• Model: CE6863-48S6CQ-F
• Series: CloudEngine 6800
• Product Type: Data Center Switch
• Port Configuration: 48x 25GE SFP28 + 6x 100GE QSFP28
• Access Ports: 25GbE SFP28
• Uplink Ports: 100GbE QSFP28
• Switching Role: Core / Aggregation Layer
• Architecture: Leaf-Spine Compatible Data Center Fabric
• Power Supply: Dual AC PSU (Redundant)
• Power Redundancy: Yes
• Form Factor: Rack-mountable
• Deployment Environment: Data Center / Cloud / Enterprise Network
• Target Use: High-density server connectivity & aggregation
• Reliability Feature: High availability design with redundant power
• Scalability: Designed for scalable cloud and enterprise expansion

WHY CHOOSE THIS PRODUCT?

• Enterprises benefit from a future-ready architecture that supports cloud migration, hybrid deployments, and software-defined infrastructure expansion.
• Its uplink flexibility allows seamless integration into existing spine-leaf architectures, minimizing disruption during upgrades or expansion phases.
• Dual power redundancy improves operational resilience, making it suitable for environments requiring continuous uptime and fault tolerance.
• The switch delivers strong lifecycle value by supporting long-term scalability without frequent hardware replacement cycles.
• It is well-suited for procurement teams looking to optimize cost-per-port while maintaining enterprise-grade performance and reliability.