Detailed Specifications
Eaton B127-1A1-WHD3 Tripp Lite 4K60Hz Wireless HDMI Extender Kit
Overview
The Eaton Tripp Lite Series B127-1A1-WHD3 is a robust wireless HDMI extender kit designed to effortlessly transmit 4K ultra-high-definition video and audio signals without the need for traditional cabling infrastructure. This system is ideally suited for a variety of environments, including professional video presentations, high-end gaming setups, digital signage, and live television events in home theaters, offices, or commercial spaces. It effectively eliminates the complexities and costs associated with long video cable runs, offering unparalleled flexibility in device placement and reducing cable clutter. Leveraging advanced 5 GHz wireless frequency bands, this extender kit supports 4K (3840 x 2160) video resolutions at a smooth 60 Hz, delivering an 18 Gbps bandwidth for crystal-clear visuals and vibrant audio. A key advantage is its ability to transmit live audio and video with virtually no latency, making it an excellent choice for applications where real-time performance is critical, such as video conferencing or competitive gaming. Furthermore, with support for HDCP 1.4 and HDCP 2.2, it ensures compatibility with a broad range of protected content. The integrated IR pass-through functionality allows users to control the source device remotely from the display location, enhancing convenience and operational efficiency. Deployment of the B127-1A1-WHD3 is straightforward, operating as a plug-and-play solution that requires no software or drivers for immediate use. The kit comprises a transmitter and receiver unit, both featuring a surface/wall mountable form factor for discreet installation. For optimal performance, the transmitter and receiver units communicate over a dedicated wireless frequency, requiring a direct line of sight to maintain a stable connection and prevent interference. This design provides significant freedom in configuring source and display devices, allowing for dynamic room layouts without the constraints of cable pathways.
