Huawei CE6857E-48T6CQ-F CloudEngine 6800 48x10G Switch

• Cloud service provider backbone connectivity
• Private cloud infrastructure networking for enterprise IT modernization
• High-density server farm connectivity using 10GbE RJ45 links
• East-west traffic optimization in distributed application environments
• Hybrid cloud interconnect for on-prem and cloud workloads
• Campus-to-data center backbone aggregation
• Disaster recovery site high-speed synchronization networks
• Colocation and hosting provider switching infrastructure

• Optimized for core and aggregation layer deployment
• Supports high-speed, low-latency switching environments
• Designed for hybrid cloud and virtualization workloads
• Rack-mountable form factor for standardized data center integration
• High scalability for growing enterprise network demands
• Flexible copper-based connectivity for legacy and modern servers
• High-capacity uplink structure for traffic-intensive workloads
• Business continuity support through redundant power architecture
• Suitable for enterprise modernization and infrastructure consolidation

• Brand: Huawei
• Model: CE6857E-48T6CQ-F
• Series: CloudEngine 6800
• Product Type: Data Center Ethernet Switch
• Switch Type: Core / Aggregation Switch
• Ports: 48 x 10GbE RJ45 (Copper)
• Uplinks: 6 x 100GbE QSFP28
• Interface Type: RJ45 + QSFP28
• Port Speed: 10G / 100G
• Uplink Architecture: High-speed spine/aggregation connectivity
• Power Supply: Dual AC PSU (Redundant)
• Power Configuration: Hot-swappable redundant design (where supported in platform family)
• Form Factor: Rack-mountable (Data Center chassis form factor)
• Installation Type: Standard 19-inch rack deployment
• Network Role: Data Center Core / Aggregation Layer
• Deployment Environment: Enterprise / Cloud / Virtualized Data Centers
• Redundancy: Power redundancy support for high availability
• Availability Design: Business continuity focused architecture

WHY CHOOSE THIS PRODUCT?

• Enterprises benefit from improved consolidation, lowering hardware footprint while maintaining performance for virtualization and cloud workloads.
• Its architecture supports flexible deployment across core and aggregation layers, making it suitable for evolving data center designs.
• Dual power redundancy enhances uptime, supporting continuous operations in mission-critical environments.
• Compared to lower uplink models, it delivers stronger backbone scalability for high-throughput applications and east-west traffic-heavy workloads.
• It improves procurement efficiency by reducing future upgrade cycles and supporting long-term network evolution.