The Audio-Technica ATND971A Dante Cardioid Boundary Microphone is a cardioid condenser boundary microphone featuring Dante Network output and support for both Dante Domain Manager and Dante AES67 mode.
The Audio-Technica ATND971A Dante Cardioid Boundary Microphone bridges the gap between professional audio and IT infrastructure by transmitting audio and control data simultaneously via the Dante network protocol. This cardioid condenser boundary microphone utilizes a standard Ethernet connection to communicate with existing networks of Dante-enabled devices, making it an ideal solution for boardrooms and meeting spaces.
The ATND971A features an integrated, programmable user switch that allows users to control other network devices at the push of a button. This functionality enables the triggering of video camera pan/tilt movements, the recall of lighting presets, and the management of other networked systems. A built-in Red/Green LED status indicator provides visual feedback for mute status, incoming phone calls, or other control system effects. Utilizing Dante networking technology, the microphone supports up to 512 bidirectional audio channels and offers low-latency digital audio distribution using standard Internet protocols.
This updated version provides plug-and-play compatibility with AES67 networks, including those utilizing Livewire, RAVENNA, and Q-LAN AoIP technologies. It also expands Dante Domain Manager features by adding role-based security, cross-subnet routing, and SNMP alerts. The device is powered directly through the network via Power over Ethernet (PoE), which simplifies installation by eliminating the need for traditional audio cabling or soldering.
Designed for superior speech intelligibility and transparent sound quality, the ATND971A incorporates UniGuard RFI-shielding technology to protect against interference. The microphone includes a UniSteep filter and allows for local or remote control of gain and low-cut filter settings. This product is TAA-compliant and offers a scalable solution for professional audio environments.
