Huawei CE6880-48S4Q2CQ-EI 100G Data Center Switch

• Data center spine-leaf architecture deployment for scalable cloud networks
• Enterprise core switching in large corporate IT environments
• High-frequency trading and financial services networks requiring ultra-low latency
• Cloud service provider infrastructure for multi-tenant environments
• Virtualized data center environments using VXLAN overlays
• Telecom aggregation and metro network switching layers
• High-bandwidth storage and compute cluster connectivity
• Hybrid cloud connectivity between on-prem and cloud platforms

• 48x10GE SFP+ ports for high-density server access connectivity
• 4x40GE QSFP+ uplinks for flexible aggregation architecture
• 2x100GE QSFP28 ports for high-speed backbone scalability
• Switching capacity of 1.28 Tbps for large-scale data throughput
• Dual redundant hot-swappable power supply design for high availability
• Enterprise-ready architecture for cloud and virtualization environments
• Support for VXLAN and multi-tenant data center networking
• Designed for spine-leaf and hierarchical data center topologies
• High reliability hardware engineered for continuous 24/7 operation

• Brand: Huawei
• Model: CE6880-48S4Q2CQ-EI
• Product Type: Data Center Ethernet Switch
• Deployment: Enterprise / Cloud Data Center / Spine-Leaf Architecture
• Forwarding Rate: 960 Mpps
• Latency: Sub-2 microseconds
• Architecture Role: Aggregation / Core / Spine-Leaf Compatible
• Network Use Case: High-density server connectivity and data center scaling
• Power Supply: Dual redundant (hot-swappable)
• High Availability: Redundant power design for continuous operation
• Performance Class: High-throughput, low-latency switching
• Scalability: Supports 10G access with 40G/100G upgrade path

WHY CHOOSE THIS PRODUCT?

• Organizations choose this switch for its balanced combination of 10G access density and 100G uplink scalability, ensuring smooth data center evolution without full infrastructure replacement.
• It provides strong performance consistency with low-latency forwarding, making it suitable for latency-sensitive workloads such as trading systems and distributed computing clusters.
• Enterprises benefit from flexible deployment in spine-leaf, aggregation, or core roles, reducing architectural complexity and improving operational efficiency.
• Its support for modern virtualization and cloud networking models helps businesses accelerate digital transformation initiatives.
• With redundant power design, it ensures continuous uptime for critical applications and minimizes service disruption risks.