Audio-technica ES945/LED

Audio-technica ES945/LED Omnidirectional Condenser Boundary

With its low-profile design that mounts unobtrusively in tabletops for minimum visibility, the ES945/LED omnidirectional condenser boundary microphone provides clear, highly intelligible audio that is perfect for sound reinforcement, professional recording and teleconferencing, television and other demanding sound pickup applications. 

Protected by a rugged all-metal case with a two-layer steel mesh grille, the microphone’s omnidirectional polar pattern affords a 360° pickup angle, while its UniGuard® RFI-shielding technology provides outstanding rejection of radio frequency interference (RFI). Users can easily toggle between mute and live audio thanks to the microphone’s capacitive-type touch-sensitive switch. An integral Red/Green LED ring indicates the mute status, staying green when the microphone is live and turning red when it is muted. 

Additionally, the ES945/LED is equipped with a self-contained power module with an XLRM-type output connector, eliminating the need for an external power module. 

The microphone is available in two colors: black (ES945/LED) and silver (ES945SV/LED). A pair of isolators is included for optional mechanical isolation from the mounting surface.

Feature.

• Mounts unobtrusively in tabletops

• Capacitive-type touch-sensitive switch allows users to easily mute/un-mute the microphone

• Integral bicolored LED ring indicates mute status – stays green when mic is live, turns red when muted

• Low-profile element provides uniform omnidirectional polar pattern with 360° acceptance angle

• Slef-contained power module with XLRM-type output connector

• UniGuard® RFI-shielding technology offers outstanding rejection of radio frequency interference (RFI)

• Requires 11V to 52V DC phantom power

• Rugged all-metal case with a two-layer steel mesh grille

• Isolators provide mechanical dampening of mounting surface vibration

• Available in two colors: black (ES945/LED) and silver (ES945SV/LED)

Specs.