CE6855-48T6Q-HI Fanless 48x10GbE 6x40GbE Switch Enterprise

• Enterprise data center server access switching for virtualization clusters
• Leaf layer deployment in spine-leaf network architectures
• Campus core or aggregation layer for high-bandwidth environments
• Private cloud infrastructure connectivity for compute nodes
• High-performance application hosting environments
• Financial services data processing networks requiring low latency
• Educational and research campus backbone networking
• Media and content production infrastructure networks
• Hybrid cloud edge connectivity for enterprise workloads

• High port density for scalable infrastructure expansion
• Supports modern leaf-spine topology deployment models
• Low-latency switching architecture for performance-sensitive workloads
• Simplified rack integration with standard form factor design
• Reduced cooling dependency for optimized TCO
• High-throughput uplink capability for east-west traffic loads
• Flexible deployment across access and aggregation layers
• Designed for virtualization and cloud-ready infrastructures
• Supports enterprise continuity and scalable network growth
• Optimized for modern digital transformation initiatives

• Brand: Cisco
• Model: CE6855-48T6Q-HI
• Series: Huawei CloudEngine CE6855 Series
• Device Type: Data Center / Enterprise Ethernet Switch
• Port Configuration: 48 x 10GE RJ45 + 6 x 40GE QSFP+
• Uplink Type: 40GbE QSFP+ high-speed aggregation
• Access Layer: 10GbE copper (RJ45)
• Switching Role: Access / Aggregation Layer
• Architecture Support: Leaf-Spine / Data Center Fabric
• Form Factor: Rack-mountable (standard enterprise rack)
• Cooling System: Fanless design (silent operation)
• Power Supply: No PSU included (external power design)
• Energy Efficiency: Low-power, optimized thermal design
• Deployment Environment: Controlled data center / enterprise racks

WHY CHOOSE THIS PRODUCT?

• The switch supports scalable network expansion, making it suitable for phased infrastructure upgrades without full core replacement.
• Enterprises value its role in optimizing total cost of ownership through reduced cooling requirements and energy usage.
• It is a strong fit for environments transitioning toward virtualized workloads and hybrid cloud connectivity.
• Compared to standard access switches, it offers significantly stronger uplink bandwidth for east-west traffic-heavy workloads.
• Procurement teams appreciate its long lifecycle positioning within data center modernization strategies.