Brocade BR-DCX8510-0032 32-Port Enhanced Blade 2/4/8 Switch with 0 SFP and 0 Optics

Brocade BR-DCX8510-0032 - 32 Port Enhanced Blade 2/4/8, 0 SFP, 0 Optics

This high-density blade offers a powerful and flexible solution for data center, campus, and edge deployments. Designed with the Brocade networking heritage, it delivers reliable performance in a compact footprint that fits into any rack or cabinet without the need for external optics or transceivers.

• 32 ports of 10GbE connectivity, all integrated on a single blade
• Supports both 2, 4, and 8 channel configurations - perfect for scaling as your network grows
• No SFP slots or external optics required; the internal PHYs provide direct copper or fiber termination options out-of-the-box
• Low power consumption and efficient cooling with a single fan design
• Fully stackable architecture allows up to 8 blades per chassis, expanding capacity without additional cabling complexity
• Managed via Brocade's intuitive web interface or command line for seamless integration into existing infrastructure

Key benefits:

• Simplified deployment - no separate transceiver modules to purchase or install
• Reduced operational costs with lower power and cooling demands
• Scalable performance that can grow from small campus sites to large data center pods
• High availability features such as redundant power supplies in the chassis ensure continuous uptime
• Easy integration with Brocade's Fabric OS for advanced routing, switching, and virtualization capabilities

Applications:

• Data center core or aggregation layers where dense 10GbE connectivity is essential
• Campus campus-edge switches that require a small form factor with high port density
• Edge routers for service providers looking to reduce cabling and simplify maintenance
• Enterprise networks needing rapid deployment of additional ports without the overhead of separate transceiver modules

Upgrade your network infrastructure with the Brocade BR-DCX8510-0032 and experience a blend of density, simplicity, and performance that keeps pace with today's demanding environments.