Do you need 2 mics for stereo?
Do you need 2 mics for stereo?
In order to capture directional information, we need to record in stereo using two mics. There are various ways to do this, and two main options are the crossed (XY) pair and spaced (AB) pair.
What is a matched stereo pair microphones?
A “matched pair” is a set of two microphones that sound the same. Our pairs are hand-matched for both sensitivity (0.5dB @ 1kHz) and frequency response (1.5dB, 50Hz–15kHz). Those specs are just a technical way to express that the two mics sound essentially identical.
What is stereo Micing?
Unlike a single mono microphone, stereo miking gives the listener sound images that correspond to the location of instruments in the recording session. Sounds that were on the left side of the stage are heard predominantly through the left speaker.
What is a stereo condenser microphone?
Condenser microphones are one of the most popular mic choices for studio recording applications because of their sensitivity and fidelity. In general, a condenser microphone will provide a wider frequency response range than their dynamic microphone cousins, but will have a lower input sensitivity.
Are Matched pair mics worth it?
And given the wide tolerance of some tubes matched sets can be a good thing. The benefits of matched microphones are that a pair would perform exactly alike, thus making a stereo pair behave in a way that makes a very accurate stereo recording (that’s just one example).
Do overhead mics need to be matched?
There is absolutely no need for matched OHs. Just place the mics so that you get a nice balanced sound of the whole kit.
Is a condenser mic good for vocals?
Condenser microphones are best used to capture vocals and high frequencies. They are also the preferred type of microphone for most studio applications. Also known as capacitor microphones, condenser mics are mainly used in studios because of their detail and accuracy.
What is stereo matched?
Stereo matching or disparity estimation is the process of finding the pixels in the multiscopic views that correspond to the same 3D point in the scene.