Blizzard WICICLE ANYFI 2.4 GHz DMX Wireless DMX Receiver Unit

Cut the Cables with Compact Wireless DMX
The Blizzard Lighting wiCICLE AnyFi is a compact wireless DMX receiver that eliminates the need for cumbersome cabling. With dual Skywire and W-DMX capabilities, this lightweight yet powerful device ensures smooth, stable signal transmission over a range of 1,000 feet (line-of-sight). Designed for convenience and reliability, it’s the perfect tool for lighting professionals looking to streamline their setups.

Versatile Wireless Compatibility
This receiver supports both W-DMX 2.4 GHz ISM signals, using Adaptive Frequency Hopping Spread Spectrum (AFHSS), and Blizzard Lighting’s proprietary Skywire 7-channel wireless technology. Additionally, a 6-channel GZ mode allows for broader compatibility with other AnyFi-enabled products. Its LED status indicator ensures hassle-free channel syncing with any Skywire or wiCICLE-enabled device.

Reliable Performance for Every Venue
Whether you’re managing lighting at a large outdoor event or a compact indoor venue, the wiCICLE AnyFi delivers. It offers 512 channels of DMX signal transmission with zero lag, ensuring your lighting effects stay precise and in sync. Its ultra-stable connectivity keeps your system running smoothly, even in high-interference environments.

Lightweight and Easy to Use
At just 0.24 lbs and only 3.35 inches long, the wiCICLE AnyFi is highly portable and easy to install. The plug-and-play operation means you can quickly integrate it into your setup, while its compact design allows for discreet use in any application. Whether powering it with the included AC adapter or via a wiCICLE-enabled fixture, setup is fast and straightforward.

Designed for Dependability and Flexibility
The 2.4 GHz ISM band ensures broad compatibility and reliable operation across a variety of devices. With a receiver sensitivity of -94 dBm and transmitter power of 20 dBm, the wiCICLE AnyFi offers consistent performance over long distances. Its seven frequency groups provide flexibility for managing multiple systems simultaneously.