Elation Aria X2 IPC Bridge / Single Universe, IP65 Rated

The Elation Aria X2 IPC Bridge is a versatile, single-universe wireless DMX transceiver designed for professional lighting control. With an IP65 rating, it is built to withstand outdoor environments, offering protection against dust, rain, and other weather conditions. This makes it an ideal choice for outdoor events, architectural lighting, and touring productions where durability and reliability are crucial.

As a single-universe transceiver, the Aria X2 IPC Bridge can function both as a transmitter and a receiver, simplifying setups by eliminating the need for separate devices. It operates on a 2.4 GHz frequency range, providing robust and interference-resistant wireless DMX communication. This ensures a stable connection between lighting fixtures, even over long distances or in environments with competing signals. The IP65 rating ensures that the Aria X2 IPC Bridge can endure harsh weather conditions, making it suitable for permanent outdoor installations or temporary event setups where exposure to the elements is a concern. Its durable, weather-resistant casing is designed for reliability, ensuring the unit can handle the demands of both temporary and permanent installations.

The Aria X2 IPC Bridge is compatible with wired digital communication networks, allowing for smooth integration into existing lighting setups. This means users can bridge the gap between traditional wired DMX systems and modern wireless solutions without compromising on performance. With easy configuration and a user-friendly interface, the device allows for quick setup and adjustment, saving time during installation. In summary, the Elation Aria X2 IPC Bridge is a powerful, weather-resistant solution for wireless DMX control, offering the flexibility to operate in both indoor and outdoor environments. Its ability to work as both a transmitter and receiver, combined with its single-universe capability and IP65 durability, makes it an ideal choice for professionals seeking reliable and flexible DMX communication in diverse settings.