Features
- DMX Wireless System 2.4 GHz
- Automatic switching between transmitter and receiver mode
- Eliminates the need for complex cabling between DMX controllers and DMX-controlled devices in lighting setups with Wireless DMX
- Interference-free operation alongside other QuickDMX transceivers and other wireless devices in the 2.4 GHz band (such as Wi-Fi and Bluetooth) thanks to GFSK modulation with 78 channels
- Can control 1 to 512 QuickDMX receivers per transmitter
- LED function indicator
- Can receive and process up to 512 DMX channels
- Can transmit up to 512 DMX channels
- Controllable via DMX; QuickDMX; plug and play
- Range of up to 400m
- Up to 6 transmitters can operate simultaneously without interference
Included in Delivery
- 1 x Device, 1 x User Manual, 1 x External Power Supply, 1 x USB Cable, 1 x Antenna, 1 x Declaration of Conformity
EUROLITE QuickDMX Wireless Transmitter/Receiver
Experience the freedom of wireless lighting control with the EUROLITE QuickDMX Wireless Transmitter/Receiver. This innovative DMX wireless system operates in the 2.4 GHz range and allows for automatic switching between transmitter and receiver modes. Thanks to the wireless DMX technology, the complex cabling between your DMX controller and DMX-controlled devices is eliminated, significantly simplifying installation.
With a range of up to 400 meters and the capability to receive and transmit up to 512 DMX channels, the QuickDMX Wireless Transmitter/Receiver offers impressive flexibility. The GFSK modulation ensures interference-free operation, even in proximity to other QuickDMX transceivers and wireless devices such as Wi-Fi and Bluetooth. Up to six transmitters can be operated simultaneously, providing even more options for your lighting installations.
The package includes the device itself, a user manual, an external power supply, a USB cable, an antenna, and a declaration of conformity. With its simple plug-and-play operation, the QuickDMX Wireless Transmitter/Receiver is the ideal solution for professional lighting technology and creative applications.