Detailed Specifications
Eaton B130-101-2 Tripp Lite 1000 ft VGA Extender Kit
Overview
The Eaton B130-101-2 is a comprehensive VGA over Cat5/6 Extender Kit designed to overcome distance limitations for video signals, making it ideal for large-scale digital signage, educational, and corporate environments. This kit comprises both a transmitter and a receiver unit, facilitating the extension of a 1920 x 1440 (60Hz) video signal up to 500 feet, or a 1024 x 768 (60Hz) signal up to an impressive 1,000 feet, leveraging readily available 24AWG solid wire Cat5e/6 cabling. It directly addresses the challenge of delivering high-quality VGA video over long distances without signal degradation, offering a robust solution for expansive installations. This extender kit incorporates advanced technical features to ensure optimal video performance and compatibility. The transmitter unit includes an EDID (Extended Display Identification Data) copy function, which intelligently captures and sends display information to the connected computer, guaranteeing the best possible resolution and refresh rate settings for the display. Furthermore, the receiver unit is equipped with built-in Equalization and Gain controls, allowing for fine-tuning of the video image to compensate for signal loss over long cable runs, ensuring a clear and vibrant picture at the remote display. Designed for flexible deployment, the B130-101-2 kit is suitable for various physical and logical placements within an IT infrastructure. Both the local (transmitter) and remote (receiver) units come with included mounting hardware, enabling versatile installation options such as wall-mounting, rack-mounting, or pole-mounting. This adaptability makes it a perfect fit for a wide array of applications, from extending a video feed to a remote monitor in a classroom to powering multiple digital displays across a retail space or facility. The system can also be expanded by adding up to three B132-110 repeater units, supporting up to four monitors in a chain for even greater reach and display flexibility.
