Huawei CE6856-HI-F-B0A Data Center Switch | Dual AC Redundant Power

• Virtualization cluster networking (VMware, KVM, Hyper-V)
• Cloud infrastructure connectivity (private & hybrid cloud)
• High-density 10G server access networking
• Storage network aggregation for SAN/NAS environments
• Application delivery and backend service connectivity
• Campus data center backbone expansion
• Telecom and service provider aggregation networks
• Legacy 1G/10G migration to modern Ethernet fabric

• High throughput architecture for virtualization environments
• Dual AC power supplies for hardware redundancy
• Rack-mountable design for standardized deployment
• Supports high east-west traffic data flows
• Efficient upgrade path from legacy Ethernet networks
• Enterprise-grade reliability for mission-critical systems
• Flexible integration into hybrid cloud environments
• Stable performance for continuous 24/7 operations
• Optimized for scalable infrastructure modernization
• Reduced downtime risk through redundant power design

• Brand: Huawei
• Model: CE6856-HI-F-B0A
• Series: CloudEngine 6800
• Product Type: Data Center Switch
• Port Configuration: 48x 10GE SFP+
• Uplink Configuration: 6x 40GE QSFP+
• Switching Role: Core / Aggregation Layer
• Deployment Environment: Enterprise Data Center / Cloud Infrastructure
• Architecture: Spine-Leaf Optimized Ethernet Fabric
• Power Supply: Dual AC Power Supply Units (Redundant)
• Redundancy Support: Yes
• Form Factor: Rack-Mountable
• Interface Type: SFP+ / QSFP+
• Ethernet Speed Support: 10GbE / 40GbE
• Target Use Case: Virtualization / Cloud / Enterprise Networking
• Workload Suitability: High-Density Server Access & Aggregation
• Service Continuity: High Availability Design
• Upgrade Path: Legacy 1G/10G to 10G/40G Migration

WHY CHOOSE THIS PRODUCT?

• Organizations choose the CE6856-HI-F-B0A when they need stable 10G switching capacity with reliable 40G uplinks for scalable data center expansion.
• It offers a strong upgrade path from legacy Gigabit networks, enabling smoother digital transformation without disruptive infrastructure redesign.
• Compared to entry-level switches, it provides higher aggregation efficiency and better traffic handling for east-west data flows.
• Its design supports flexible deployment in enterprise data centers, cloud environments, and virtualization clusters.
• Dual AC power redundancy enhances operational resilience and reduces risk in critical business environments.