Giganet GN-C6-FP-01 1Port Faceplate

The Giganet GN-C6-FP-01 1Port Faceplate is a component used for installing and organizing Giganet Category 6 (Cat 6) connectivity in network installations. It is designed to accommodate one Cat 6 jack.

Giganet Cat 6 jacks, which can be installed in the faceplate, are individually tested to ensure their quality and performance. They are manufactured using high-quality materials and engineered to exceed the latest standards, specifically the EIA/TIA-568-B.2.1 performance standard at 250MHz. This means that they are designed to support high bandwidth applications and provide superior performance capabilities.

To maximize the performance of the Giganet Category 6 faceplate and jacks, it is recommended to use them with other high-performance Giganet Category 6 components, such as solid UTP (Unshielded Twisted Pair) cable, patch panels, and patch cords. By using these components together, you can achieve optimal performance and reliability in your network infrastructure, especially for high-bandwidth applications that require a robust and stable connection.

Features include:

1. High-Quality Materials: The faceplate and jacks are manufactured using quality materials, ensuring durability and long-term performance.

2. Exceeds Standards: The Giganet Cat 6 jacks are engineered to exceed the latest standards set by EIA/TIA-568-B.2.1. This means they are designed to meet or exceed the performance requirements for Category 6 cabling at frequencies up to 250MHz.

3. Individual Testing: Each Giganet Cat 6 jack undergoes individual testing to ensure its quality and performance. This testing process helps to guarantee consistent and reliable connectivity.

4. Compatibility: The faceplate outlets are specifically designed for use with Giganet Category 6 connectivity components, including solid UTP cable, patch panels, and patch cords. This ensures compatibility and optimized performance when these components are used together.

5. High Bandwidth Support: The Giganet Category 6 faceplate and associated components are engineered to support high bandwidth applications. This means they can handle the transmission of large amounts of data at high speeds, making them suitable for demanding network environments.