Huawei CE6856-HI-F-B0A 48x10G 6x40G Data Center Switch

• Data center aggregation layer switching
• Enterprise core network connectivity
• Virtualized infrastructure and VMware clusters
• Cloud service provider network scaling
• High-speed east-west traffic management
• Enterprise application hosting environments
• Disaster recovery and backup data center connectivity
• Financial services low-latency network infrastructure

• Low-latency architecture for time-sensitive applications
• Designed for scalable data center expansion
• Supports virtualization and cloud infrastructure environments
• Rack-mountable enterprise hardware design
• Improves network consolidation and efficiency
• Enhances infrastructure modernization initiatives
• Suitable for hybrid and private cloud deployments
• Built for continuous enterprise operation stability
• Cost-efficient scaling for mid-to-large data centers
• Improves overall network throughput and reliability

• Brand: Huawei
• Model: CE6856-HI-F-B0A
• Series: CloudEngine 6800
• Port Configuration: 48x 10GbE SFP+
• Uplink Configuration: 6x 40GbE QSFP+
• Power Supply: Dual AC Power Supply (Redundant)
• Form Factor: Rack-mountable
• Deployment Layer: Aggregation / Core
• Use Case: Data Center / Enterprise / Cloud Networking
• Architecture: High-performance Ethernet switching
• Redundancy: Dual PSU support for high availability
• Network Type: High-density switching platform
• Target Environment: Enterprise data centers and service provider networks

WHY CHOOSE THIS PRODUCT?

• Enterprises choose this switch for its strong balance between 10G access density and 40G aggregation bandwidth.
• It reduces network bottlenecks in virtualization-heavy and cloud-based environments.
• Compared to basic access switches, it delivers stronger uplink performance for core network traffic handling.
• Dual AC redundancy improves operational continuity in critical infrastructure environments.
• Ideal for organizations upgrading legacy 1G/10G architectures to scalable data center fabrics.
• Supports efficient rack-level consolidation, reducing hardware sprawl and operational complexity.