Audio-Technica introduces ES954 hanging microphone array
Audio-Technica has introduced the ES954 hanging microphone array for huddle rooms, conference rooms and other meeting spaces.
When controlled by the Audio-Technica ATDM-0604 Digital SmartMixer, the four-capsule microphone array provides 360-degree coverage through virtual hypercardioid or cardioid outputs which can be steered horizontally and tilted vertically.
Intended primarily for videoconferencing applications, the ES954 may be used singly or in multiples to capture every person speaking in a room, with the total number of channels restricted only by the capacity of the mixer or DSP device controlling the system.
When using the ATDM-0604 Digital SmartMixer the interface enables control of the width and orientation of each virtual polar pattern, which may be steered in 30-degree increments, with a tilt function accommodating differing ceiling heights or users that are sitting/standing.
The ES954 Hanging Microphone Array features a permanently attached 1.2-metre (4-foot) cable with locking grommet enabling height adjustment. Audio-Technica’s UniGuard RFI-shielding technology offers rejection of radio frequency interference. The package includes a Plenum-rated AT8554 Ceiling Mount with RJ45 connectors and push-type wire terminals for installation. The ES954 connects to the mixer over a pair of standard Cat 5 cables. Two RJ45 breakout cables are provided to input the four channels, plus an LED tally, into the mixer. An integral, logic-controlled 360-degree red/green LED ring provides clear indication of the array’s mute status.
Alternative seating arrangements in the room can be accommodated by re-orienting each of the four microphone patterns in the mixer’s software. Different seating configurations and associated coverage patterns can be saved as presets in the mixer for quick recall. In larger rooms, multiple ES954 microphone arrays could be installed — for instance, one at each end of a long conference table — and the polar patterns of the multiple microphone arrays steered and widened or narrowed accordingly.