BR-G610-8-16G

(NOB) Brocade G610 network Switch 32Gb 24-Port Fiber Optic Switch.

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$3,550.00

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Description

BR-G610-8-16G is a high-performance Fibre Channel switch designed to deliver exceptional speed, scalability, and reliability for storage area networks (SANs). Engineered for enterprise data centers and cloud environments, it ensures seamless data transmission, low latency, and high availability. With advanced security, intelligent traffic management, and energy-efficient architecture, this switch is ideal for mission-critical applications requiring uninterrupted connectivity.

Technical Specifications:

Specification Details
Model Number BR-G610-8-16G
Product Type Fibre Channel SAN Switch
Port Density 8 active ports, scalable to 16 ports
Port Speed Supports 16 Gbps Fibre Channel
Backward Compatibility Supports 4 Gbps and 8 Gbps speeds
Switching Capacity High-speed, low-latency fabric switching
Throughput Full line-rate performance on all ports
Latency Ultra-low latency for high-speed data transfers
Management Web-based GUI, CLI, SNMP, and centralized management
Security Features Zoning, ACLs, and advanced authentication
Redundancy Hot-swappable components for high availability
Power Efficiency Energy-efficient design with optimized cooling
Compatibility Works with major storage and SAN environments
Dimensions Compact rack-mountable design
Use Case Data centers, cloud infrastructure, and enterprise SANs

Why Choose BR-G610-8-16G?

  • High-Speed Fibre Channel Connectivity: Ensures ultra-fast data transfer for storage networks.

  • Scalable and Future-Ready: Expandable architecture supports growing network demands.

  • Advanced Security & Zoning: Protects data traffic with enterprise-grade security features.

  • Low Latency & High Throughput: Optimized for mission-critical applications.

  • Energy-Efficient & Reliable: Redundant components ensure 24/7 operational stability.

BR-G610-8-16G is an ideal SAN switch for enterprises seeking high-performance connectivity, seamless scalability, and robust security for their storage networks.