Ruijie RG-S6520-64CQ 64x100GE QSFP28 Data Center Switch

• Enterprise data center spine deployments
• Cloud service provider network fabrics
• Large-scale virtualization environments
• Hyperconverged infrastructure networking
• High-performance computing (HPC) clusters
• Multi-tenant data center architectures
• Storage network aggregation layers
• Disaster recovery and business continuity sites

• 64 × 100GE QSFP28 network interfaces
• High-density data center switching platform
• Designed for spine-leaf network architectures
• Advanced Layer 2 switching capabilities
• Advanced Layer 3 routing support
• VXLAN-enabled network virtualization
• ECMP support for traffic optimization
• Ultra-low latency forwarding
• LACP link aggregation support
• STP, RSTP, and MSTP compatibility
• High-performance switching fabric architecture
• Optimized for east-west data center traffic

• Brand: Ruijie
• Model: RG-S6520-64CQ
• Switch Type: Data Center / Core / Aggregation Switch
• Management Type: Managed Switch
• Port Configuration: 64 × 100GE QSFP28 Ports
• PoE Support: Non-PoE
• Layer Support: Layer 2 & Layer 3
• Switching Architecture: High-Performance Data Center Switching Fabric
• Forwarding Mode: Store-and-Forward
• Latency: Ultra-Low Latency
• VXLAN Support: Yes
• ECMP Support: Yes
• Link Aggregation: LACP
• Spanning Tree Protocols: STP, RSTP, MSTP
• Virtualization Support: Yes
• SDN Compatibility: Yes
• Deployment Role: Spine, Core, Aggregation
• Traffic Optimization: East-West Traffic Handling
• Redundancy Support: Redundant Power Supply and Fan Support (Model Dependent)
• Target Environment: Enterprise Data Centers, Cloud Infrastructure, Service Provider Networks
• Form Factor: Data Center Switch

WHY CHOOSE THIS PRODUCT?

• Organizations can expand server clusters, storage networks, and application environments without redesigning the core architecture.
• Supports enterprise-grade switching and routing capabilities required for multi-tenant, campus, cloud, and hybrid infrastructure deployments.
• Enables network segmentation and scalable overlay networking for virtualized workloads and cloud-native environments.
• Higher port density allows infrastructure teams to consolidate network layers and reduce rack space consumption.
• Support for redundancy features and resilient network design helps organizations improve uptime and reduce operational risk.