Brocade BR-12000-0000 12000 Fibre Channel Switch, 32-Ports with out SFP s

12000 Fibre Channel Switch, 32-Ports with out SFP s

Experience high-performance storage networking with the Brocade BR-12000-0000 Fibre Channel switch. Designed for enterprise data centers and high-density environments, this 32-port model delivers reliable, low-latency connectivity without the need for external SFP modules.

• High Throughput: Supports up to 32 gigabits per second per port, ensuring smooth data flow across large storage arrays.
• Zero Out-of-Band Management: Built-in management plane provides secure, out-of-band control for configuration and monitoring.
• Scalable Architecture: Stackable design allows up to 8 switches to operate as a single logical device, expanding capacity without additional cabling.
• Redundant Power Supplies: Dual power modules guarantee continuous operation during maintenance or unexpected failures.
• Advanced Quality of Service (QoS): Prioritizes critical workloads and maintains performance under heavy traffic.
• Compact Form Factor: 2U chassis fits easily into standard rack enclosures, maximizing space efficiency.

Key Technical Specifications

• Ports: 32 x 16 Gbps Fibre Channel
• Latency: < 20 microseconds per port
• Stacking Capacity: up to 8 switches (64 ports total)
• Power: 2 x 300W redundant supplies
• Dimensions: 2U chassis, 44.5 cm width, 21.3 cm depth
• Weight: 12 kg per unit

Applications

• High-performance storage area networks (SAN) for virtualization and cloud environments.
• Enterprise backup and disaster recovery infrastructures requiring fast, reliable data transfer.
• Data-intensive research facilities where low latency is critical.
• Financial services platforms that demand consistent throughput and uptime.

This Brocade 12000 Fibre Channel switch delivers robust performance, simplified management, and scalable growth to meet the demanding needs of modern IT infrastructures. Its all-in-one design reduces complexity while maintaining high availability and speed for mission-critical applications.