Description:
This wireless HDMI transmitter and receiver kit from TIMBOOTECH lets you stream 4K input to a 1080p display with low latency, making it suitable for presentations, home video, and gaming setups where a clean wireless link is preferred. It supports dual-band 2.4 GHz and 5.8 GHz transmission and claims a latency of about 0.1 seconds according to the manufacturer, which helps keep audio and video closely synchronized.
Key Points
The kit offers plug-and-play operation and does not require Wi-Fi, apps, or Bluetooth for basic use, which simplifies setup in conference rooms or living rooms. It supports multiple source types including HDMI and USB-C outputs from laptops, cameras, Blu-ray players, and game consoles. A notable convenience is the ability to connect up to eight transmitters and switch between them, which can be useful for classrooms or multi-presenter meetings.
Technical Specifications
- Name: TIMBOOTECH Wireless HDMI Transmitter and Receiver 4K
- Wireless bands: 2.4 GHz and 5.8 GHz
- Latency: 0.1 seconds (according to the manufacturer)
- Range: 165 ft / 50 m
- Display input/output: 4K input, 1080p output
Advantages
The kit includes a VGA port on the receiver alongside HDMI, allowing dual-screen setups where one display uses HDMI and another uses VGA. This dual-output capability makes it flexible for older projectors or monitors that lack HDMI inputs. The device also supports screen mirroring and extended desktop modes, so it can serve both duplication and expansion needs. For media playback the wireless link is designed to handle popular streaming sources and local video playback with minimal setup.
Usage Recommendations
For best results place the transmitter and receiver with a clear line of sight when possible, and avoid heavy interference from other strong wireless devices. Use the 5.8 GHz band if you need higher throughput and are in an environment with less 5.8 GHz traffic. Note that the receiver does not include VGA cable accessories, so plan to use your own adapter or cable when connecting to VGA displays. Also consider that while input accepts 4K, output is 1080p so ultra-high-resolution displays will receive a downscaled image.












