The CHAUVET DJ DMX-AN2 is a versatile and professional interface device designed to bridge the gap between modern digital lighting control networks and traditional DMX-512 wired fixtures. This unit acts as a bidirectional gateway, allowing lighting consoles and software that output Art-Net or sACN (Streaming ACN) over an Ethernet network to control standard DMX-512 devices, and vice versa. It is an essential tool for lighting designers and technicians transitioning to or operating within hybrid environments that combine network-based control systems with legacy DMX dimmers, moving lights, and LED fixtures. Its compact and rugged design makes it suitable for both permanent installations in theaters and clubs, as well as for touring rigs where reliable signal conversion is critical.

The interface features two independent DMX universes, each with both an input and output 5-pin XLR port, providing flexible routing and signal management options. It can function in several modes: as a node receiving Art-Net/sACN and converting it to DMX output; as an input device taking DMX signals and converting them to Art-Net/sACN for network distribution; or in a merge mode to combine multiple control sources. Configuration is managed via a web browser interface, allowing users to set IP addresses, define universe mappings, and adjust other parameters easily from any computer or mobile device connected to the same network. This level of programmability ensures seamless integration into complex lighting networks.

Built for reliability in show-critical environments, the DMX-AN2 operates on a wide voltage range and includes status LEDs for clear visual feedback on power, network link, and DMX activity. Its metal housing ensures durability while helping to dissipate heat. By providing a stable, configurable link between Ethernet-based control protocols and the ubiquitous DMX-512 standard, the CHAUVET DJ DMX-AN2 empowers lighting professionals to future-proof their systems, integrate new technology with existing gear, and build more flexible, scalable lighting networks without replacing all their existing DMX hardware.