Enterprise 10g Switch CE6857F-48S6CQ-B Data Center Switch with 48*10GE ports

High-density access for 10 Gigabit servers in data centers: Serving as the TOR access switch for 10 Gigabit servers, it meets the high-performance network requirements of cloud computing, virtualization, big data, and other services.

Leaf nodes in Spine-Leaf architectures: In the Spine-Leaf network architecture of data centers, it acts as a Leaf switch, connecting upwards to Spine switches and downwards to 10 Gigabit servers.

Core/aggregation in high-end campus networks: Serving as a core switch or aggregation switch in large enterprise and university campuses, it provides 10 Gigabit/100GE high-speed interconnect capabilities, opening up high-speed data channels for office, production, and business systems.

Carrier/Industry Cloud Deployment: Leveraging open programmable capabilities, it works in conjunction with Huawei core switches to build carrier-grade elastic and open networks, adapting to digital transformation scenarios such as private clouds and industry clouds.

Key selling points

High-density 10 Gigabit access with superior capacity: Provides 48 10GE SFP+ downlink ports to meet the high-density access requirements of 10 Gigabit servers. Six 100GE uplink ports, working in conjunction with the CloudEngine 16800/12800 core switches, can build a non-blocking 100GE data center network platform.

VXLAN hardware gateway, virtualization-ready: Supports VXLAN and BGP-EVPN, enabling the construction of overlay networks with up to 16M tenants. It can serve as a high-performance hardware gateway for overlay networks, interfacing with cloud platforms via Open API.

Intelligent O&M and open programmability: Supports real-time Telemetry data acquisition, enabling minute-level fault location in conjunction with Huawei iMaster NCE-FabricInsight. Supports open capabilities such as ZTP zero-contact deployment and Ansible automated management, reducing O&M costs.

Strict front and rear airflow design for high efficiency and energy saving: Adopts a port-side airflow design, supporting complete isolation of hot and cold airflow. Equipped with an intelligent fan speed control solution, typical power consumption is only 148-185W, effectively reducing the TCO of data centers.