Huawei CE6870-24S6CQ-EI 24-Port 10G Data Center Switch

• Enterprise data center core and aggregation layer deployment
• High-density 10G server access switching in virtualization environments
• Cloud service provider backbone and leaf-spine architectures
• Hybrid cloud connectivity and workload migration networks
• VXLAN-based multi-tenant data center segmentation
• High-performance computing (HPC) and big data clusters
• Enterprise campus-to-data center aggregation networks
• Storage traffic optimization in converged infrastructure setups
• Disaster recovery and secondary data center interconnects

• Modular architecture requiring separate PSU and fan modules
• Designed for core, aggregation, and high-performance access layers
• Low-latency forwarding for latency-sensitive workloads
• Scalable design suitable for cloud and enterprise expansion
• Supports modern data center virtualization and automation strategies
• Flexible deployment in leaf-spine and hybrid cloud architectures
• Optimized for high-bandwidth enterprise and service provider networks
• Built for operational efficiency in large-scale infrastructures
• Enhances network resilience and business continuity planning
• Supports infrastructure modernization and digital transformation initiatives

• Brand: Huawei
• Model: CE6870-24S6CQ-EI
• Product Series: CloudEngine CE6870 Series
• Switch Type: Data Center / Enterprise Switch
• Network Layer: Layer 2 and Layer 3
• Downlink Ports: 24 x 10GE SFP+
• Uplink Ports: 6 x 100GE QSFP28
• Power Supply: Not included (PSU required)
• Fan Module: Not included
• Chassis Design: Modular architecture with separate power and cooling components 

WHY CHOOSE THIS PRODUCT?

• The modular design allows infrastructure teams to tailor power and cooling based on data center requirements, improving efficiency and lifecycle cost control.
• It delivers high ROI by supporting long-term scalability across evolving workloads, including virtualization, storage traffic, and cloud migration.
• Enterprises benefit from reduced latency and improved east-west traffic handling in distributed architectures.
• It is well-suited for organizations modernizing legacy networks into software-defined, automated infrastructures.