Extreme Networks 50014 BlackDiamond 6800 Management Switch Fabric Module

Overview
The Extreme Networks BlackDiamond 6800 Management Switch Fabric Module (model 50014) is a high-performance, carrier-grade component designed to extend the capacity and resilience of the BlackDiamond 6800 series chassis. It provides a robust, low-latency fabric that enables seamless data plane scaling for large data center and service provider environments. With a modular design, the fabric module can be installed and serviced without disrupting network operations, delivering maximum uptime and flexibility.

Key Features

• High-speed 40 Gbps full-duplex fabric links for rapid data transport
• Redundant architecture with dual active paths for fault tolerance
• Hot-swappable design for maintenance without service interruption
• Supports both IPv4 and IPv6 traffic with advanced routing capabilities
• Integrated telemetry and monitoring for proactive performance management
• Compatible with Extreme Networks' Virtual Chassis technology for simplified management

Technical Specifications

• Model/Part Number: 50014
• Form factor: Fabric module for BlackDiamond 6800 chassis
• Port type: 40 Gbps QSFP+
• Number of ports: 8
• Supported protocols: L2/L3 forwarding, MPLS, VXLAN, EVPN
• Operating temperature: 0 to 40 degrees Celsius
• Power consumption: 150 W typical
• Dimensions: 1U height, 440 mm width, 200 mm depth

Applications
The BlackDiamond 6800 Management Switch Fabric Module is ideal for:

• Large scale data center fabrics requiring high bandwidth and low latency
• Service provider edge and aggregation layers that need carrier grade reliability
• Enterprise campus networks that demand seamless scalability and simplified management
• Cloud service platforms that require flexible, high-density connectivity
• Any environment where network uptime and performance are critical business drivers

By integrating this fabric module, organizations can future-proof their network infrastructure, improve overall throughput, and maintain a resilient architecture that supports evolving traffic demands.