Ruijie RG-S6910-3C 100G Data Center Core Switch 3-Port

• Data center core switching for enterprise infrastructure
• Cloud service provider backbone connectivity
• ISP and telecom aggregation and core networks
• High-performance virtualization clusters
• AI and machine learning distributed compute networks
• Large-scale campus backbone aggregation
• Hybrid cloud interconnect environments
• Disaster recovery and high-availability network architectures

• Designed for data center core network architecture
• Ultra-low latency switching performance
• High-density compact core design
• Optimized for cloud and virtualization workloads
• Supports Layer 2 and Layer 3 networking capabilities
• Hot-swappable power supply modules for uptime continuity
• Hot-swappable fan system for thermal stability
• Carrier-grade reliability for 24/7 operations
• Efficient east-west traffic optimization for data centers
• Scalable backbone architecture for enterprise growth
• Redundant system design for high availability
• Suitable for ISP and telecom backbone deployment
• Optimized for high-bandwidth distributed computing environments
• Energy-efficient architecture for reduced operational overhead

• Brand: Ruijie Networks
• Model: RG-S6910-3C
• Series: RG-S6910 Series
• Product Type: Data Center Core Switch
• Port Configuration: 3 × 100GE QSFP28
• Port Type: QSFP28 (100 Gigabit Ethernet)
• Switching Layer: Layer 2 / Layer 3
• Deployment Type: Rack-mounted
• Cooling System: Hot-swappable fan modules
• Power Supply: Hot-swappable redundant power supply
• Use Case: Data center core, enterprise backbone, cloud networking
• Form Factor: High-density chassis
• Environment: Enterprise, ISP, cloud data center infrastructure

WHY CHOOSE THIS PRODUCT?

• Enterprises gain improved scalability for virtualization, cloud expansion, and distributed computing environments.
• It reduces operational complexity by minimizing inter-switch dependency in core deployments.
• Compared to traditional multi-port core switches, it offers a more streamlined high-bandwidth backbone design.
• Its architecture supports future-ready infrastructure planning for 100G-centric networks.
• Hot-swappable components enhance uptime and reduce maintenance-related downtime risks.
• It is well-suited for organizations prioritizing ROI-driven network modernization and infrastructure consolidation.