Huawei CloudEngine CE6850-48T6Q-HI-F 48x10GE 6x40GE Switch

• Enterprise data center core and aggregation switching
• High-density 10GE server connectivity environments
• Cloud computing and virtualization clusters
• Spine-leaf architecture deployments
• VXLAN-based overlay network fabrics
• Campus core network modernization
• Hybrid cloud connectivity backbones
• High-performance computing (HPC) infrastructure

• 48 × 10GE RJ45 high-density access ports for server connectivity
• 6 × 40GE QSFP+ uplink interfaces for aggregation and backbone scaling
• Designed for enterprise core and data center environments
• Supports Layer 2 and Layer 3 advanced routing protocols
• VXLAN support for scalable network virtualization
• SDN-ready architecture for programmable networking
• Spine-leaf data center deployment compatibility
• High switching capacity optimized for low-latency traffic flow
• Advanced security controls including ACL and DHCP snooping

• Brand: Huawei
• Model: CE6850-48T6Q-HI-F
• Switch Type: Enterprise / Data Center Aggregation Switch
• Form Factor: 1U Rack-Mountable (19-inch standard rack)
• Power Supply: Not Included (Modular PSU Required)
• Redundant PSU Support: Yes
• Fan Modules: Hot-swappable

Why Choose This Product?

• Enterprises select the Huawei CE6850-48T6Q-HI-F when they need a reliable balance between high-density 10GE access and scalable 40GE uplink performance in modern data center environments. It is especially valuable for organizations consolidating legacy aggregation layers into a unified, cloud-ready switching fabric.

• Compared to alternative switches in the same class, it delivers stronger RJ45-based 10GE port availability, making it more suitable for environments with large-scale server connectivity requirements without additional fiber dependencies at the access layer. At the same time, its 40GE uplinks ensure smooth integration into high-speed spine-leaf architectures.
• From a business standpoint, it supports infrastructure modernization by enabling VXLAN-based virtualization and SDN-driven network automation, helping reduce operational complexity while improving workload mobility across hybrid environments. Its modular power design also allows flexible procurement planning and lifecycle optimization, reducing long-term upgrade friction.
• For enterprises prioritizing scalability, predictable performance, and data center efficiency, this model provides a strong ROI-driven foundation for next-generation network expansion.