Ruijie RG-S6580-48CQ8QC 48x100GE 8x400GE Data Center Switch

• Hyperscale cloud data center spine-leaf architectures
• AI/ML training cluster interconnect networks
• High-performance computing (HPC) environments
• Large enterprise core and aggregation layer switching
• Telecom and ISP backbone infrastructure
• Big data analytics and distributed processing clusters
• Private cloud and hybrid cloud networking fabrics
• Financial trading and ultra-low latency environments
• Web-scale application hosting platforms

• Designed for spine-leaf and core data center architectures
• High-performance ASIC-based switching architecture
• Optimized for AI, cloud, and hyperscale workloads
• Ultra-low latency packet forwarding performance
• Supports advanced Layer 2 and Layer 3 networking features
• Scalable fabric design for growing data center demands
• Enables high-capacity east-west traffic handling
• Suitable for virtualization and distributed computing environments
• Improves data center bandwidth efficiency and utilization
• Flexible deployment in enterprise and service provider networks
• Supports infrastructure modernization and network consolidation
• Enhances high availability and fault-tolerant architectures

• Brand: Ruijie Networks
• Model: RG-S6580-48CQ8QC
• Product Type: Data Center Core / Spine Switch
• Port Configuration: 48 × 100GE QSFP28
• Uplink Ports: 8 × 400GE QSFP112
• Switching Architecture: High-performance ASIC-based
• Network Layers: Layer 2 / Layer 3
• Deployment Type: Data Center / Spine-Leaf Architecture
• Form Factor: Rack-mount
• Power Supply: Not Included
• Fan Module: Not Included
• Application: Cloud, AI, Hyperscale Data Center, Enterprise Core Network
• Use Case: High-bandwidth aggregation and core switching
• Latency Profile: Ultra-low latency switching architecture
• Scalability: Designed for hyperscale network expansion
• Traffic Optimization: Optimized for east-west data center traffic

WHY CHOOSE THIS PRODUCT?

• Enterprises select this switch when they need a future-ready backbone capable of handling exponential traffic growth from cloud, AI, and distributed applications.
• It provides a strong upgrade path from 10G/25G/40G/100G environments, reducing infrastructure refresh cycles and improving long-term cost efficiency.
• The combination of 100G access and 400G uplinks ensures balanced bandwidth distribution across spine-leaf architectures, reducing bottlenecks in east-west traffic flows.
• It is well-suited for high-performance computing environments where low latency and deterministic switching behavior are critical for application performance.
• Organizations prefer it for scalable data center expansion, allowing incremental growth without redesigning the core network.