Table array microphone utilizes Steerable Coverage technology to capture pristine audio around conferencing tables of various sizes and shapes.
Table array microphone utilizes Steerable Coverage technology to capture pristine audio around conferencing tables of various sizes and shapes.
Featured
MXA310
Table Array Microphone
Table array microphone utilizes Steerable Coverage technology to capture pristine audio around conferencing tables of various sizes and shapes.
Table array microphone utilizes Steerable Coverage technology to capture pristine audio around conferencing tables of various sizes and shapes.
Featured
MXA310
Table Array Microphone
Table array microphone utilizes Steerable Coverage technology to capture pristine audio around conferencing tables of various sizes and shapes.
Table array microphone utilizes Steerable Coverage technology to capture pristine audio around conferencing tables of various sizes and shapes.
Featured
MXA310
Table Array Microphone
Table array microphone utilizes Steerable Coverage technology to capture pristine audio around conferencing tables of various sizes and shapes.
Table array microphone utilizes Steerable Coverage technology to capture pristine audio around conferencing tables of various sizes and shapes.
Featured
MXA310
Table Array Microphone
Table array microphone utilizes Steerable Coverage technology to capture pristine audio around conferencing tables of various sizes and shapes.
Table array microphone utilizes Steerable Coverage technology to capture pristine audio around conferencing tables of various sizes and shapes.
A Table Array Microphone is a tabletop microphone array that offers configurable polar patterns and built-in digital signal processing. It is ideal for conferencing applications and delivers clear, intelligible audio.
A microphone with a Figure of Eight polar pattern picks up the sound from in front of the microphone and from the rear, but not the side (at a 90 degree angle). Microphones with this Figure of Eight polar pattern are typically rIbbon or Large Diaphragm Microphones.
Condenser microphones are more sensitive than Dynamic microphones. They use an electrically-charged diaphragm & backplate assembly to form a sound sensitive capacitor. When sound sets the diaphragm in motion, the distance between the diaphragm and the backplate changes. This variation in spacing changes the capacity of the capacitor, and produces the needed electrical signal. All condenser microphones need to be powered: either by batteries in the microphone or by externally provided phantom power.
A flat frequency response is usually desired for applications where the sound source has to be reproduced without changing or “coloring” the original sound. All audible frequencies (20 Hz – 20 kHz) have the same output level.
