Elalight DT263W-C Wireless HDMI Transmitter & Receiver | 500m Range, Loop Out, 4K/1080p

Introducing the Elalight DT263W-C wireless HDMI transmitter and receiver kit. Built with dual antennas and smart signal routing, it enables reliable, wire-free HDMI streaming from cameras, laptops, or media players to a TV or projector from distances up to 1640 feet in open space. The system supports 4K decoding while delivering Full HD 1080p at 60 Hz, preserving color depth and motion clarity for a variety of settings.

Note: physical obstacles like walls or glass can affect signal range, so for best results use in open areas or with line-of-sight. A practical setup lets you stage presentations, monitor feeds, or enjoy media from a distance without cluttered cables.

Performance and range

• Up to 500 meters (1640 feet) open-space transmission with dual antennas and 2.4/5.8 GHz channels
• 4K decoding capability and 1080p at 60 Hz for crisp visuals and natural motion
• Approximately 0.1 second latency suitable for real-time content like sports and gaming
• HDMI local loop-out on the transmitter to feed a second display
• One transmitter can drive multiple receivers, up to six RX units
• Camera-friendly design with top/bottom 1/4-20 mounts and NP-F battery compatibility

Setup, compatibility, and day-to-day use

• Plug-and-play: no software to install; connect HDMI sources to the transmitter and the receivers to displays
• Wide compatibility with TVs, projectors, Blu-ray players, laptops, and other HDMI-equipped devices
• Flexible power options via USB-C, power bank, or NP-F series batteries for extended use
• Careful placement and line-of-sight planning optimize performance in classrooms, conferences, live events, or home theaters
• The system is designed with camera workflows in mind, offering stable mounts and simple field use

In the box or as an upgrade, the Elalight DT263W-C kit reduces cable clutter while preserving video quality and display flexibility. The information here reflects the product's capabilities and typical use cases, and results can vary by environment and equipment used.