SFP Gigabit Copper Module - 1000Base-T

Enhance your network infrastructure with Networx Cisco Equivalent SFP Fiber Modules. These Small Form Pluggable Optical Modules are designed for seamless integration and optimal performance in your networking setup. Compact and hot-swappable, these media connectors offer quick and effortless network connectivity for a wide range of networking equipment.Compatible with any Cisco or MSA SFF-8472 compliant port, these SFP modules are an excellent choice for network repairs or upgrades. The standardization of SFP technology allows for exceptional flexibility, reducing the need for excess units and surplus fiber often required in fixed installations.Key Features: Data Rate: 1 Gbps Mode: Full Duplex Max Distance: 100 meters over CAT6These versatile SFP modules provide a cost-effective solution for maintaining and expanding your network capabilities. Their plug-and-play design ensures easy installation and minimal downtime, making them ideal for both small businesses and large enterprises.Engineered to meet industry standards, these modules guarantee reliable performance and compatibility across various networking environments. Whether you're looking to upgrade your existing infrastructure or replace faulty components, these Cisco Equivalent SFP Fiber Modules offer a dependable and efficient solution.Invest in the flexibility and reliability of Networx SFP modules to keep your network running smoothly and efficiently. With their compact design and powerful performance, these modules are an essential addition to any IT professional's toolkit.

• •Gigabit Ethernet Over Copper: Enables high-speed 1000Base-T data transmission over standard copper cabling.
• •Compact SFP Form Factor: Easily integrates into switches and routers for high-density networking.
• •Plug-and-Play Compatibility: Simple installation into any SFP slot for quick network upgrades.
• •Supports RJ45 Interface: Utilizes a familiar RJ45 connector for easy, secure network connections.
• •Flexible Deployment: Ideal for use in mixed media networks, bridging fiber and copper environments.