ADJ Alpha AX2113 Aria X2 Bridge Interface – SM220 to Aria X2 Wired Digital Communication Network Link (AX2113)

ADJ Alpha AX2113 Aria X2 Bridge Interface (SM220 to Aria X2 Wired Digital Communication Network Link)

The ADJ Alpha AX2113 Aria X2 Bridge is a professional wireless-to-wired lighting communication interface designed to connect and translate control signals between the SM220 wireless system and the Aria X2 wired digital network. It functions as a bridge device that enables seamless communication between different ADJ lighting protocols within a unified control ecosystem.

This interface supports a single DMX universe and is engineered to handle both DMX signal distribution and wireless communication protocols, allowing lighting designers to integrate older and newer systems without compatibility issues. It can transmit and receive signals through multiple methods, including physical DMX connections, Aria wireless antennas, and SM220 modules, depending on system configuration.

The AX2113 is built for professional lighting environments such as concerts, touring productions, installations, and large-scale events where hybrid wired and wireless control systems are required. Its aluminum enclosure and mounting options allow for flexible installation on truss or fixed structures, ensuring reliable operation in demanding conditions.

It also supports advanced networking features such as frequency agility, Bluetooth configuration, and multi-protocol compatibility, making it a flexible solution for modern lighting control infrastructure.

Key Features

• Wireless-to-wired bridge between SM220 and Aria X2 systems
• Supports single DMX universe transmission
• Compatible with multiple control protocols (DMX, wireless mesh, proprietary systems)
• Flexible signal routing via DMX, Aria antennas, or SM220 modules
• Supports wireless DMX transmission and reception
• Multi-band wireless capability (2.4GHz, sub-GHz, Bluetooth support)
• Aluminum rugged enclosure for professional touring use
• Truss-mount or fixed installation capable design
• Front-panel configuration and system menu control
• Designed for integration of mixed lighting ecosystems