Why not use a wireless microphone? This way both will be receiving that data concurrently if you use two receivers.This response is to help you get started in solving your problem, not solve it for you.
Good Luck & Have Fun!
Gil
Arduinos should be able to do handle sound digitisation (mono, 10 bit, ~9.6 kHz sample rate) and immediately pass on that data. Basically what a wireless microphone does, only with much lower quality.
It can not do any sound filtering or whatever processing you may want to do on the sound. You may totally forget about it filtering voice out of the sound, or doing voice recognition.
wvmarle:
Arduinos should be able to do handle sound digitisation (mono, 10 bit, ~9.6 kHz sample rate) and immediately pass on that data. Basically what a wireless microphone does, only with much lower quality.
It can not do any sound filtering or whatever processing you may want to do on the sound. You may totally forget about it filtering voice out of the sound, or doing voice recognition.
In summary, you can receive data through the ADC and process the data to create a voice file?
However, it can be a problem in quality.
Am I right?
And I was wondering if I had to digitally receive the data about the sound through the ADC and interpret it through a program or application.
Is there a generic name or a name to translate? For example, are there ways or methods to convert binary data or hex data obtained from a serial camera into voice data as if it were a photo by jpg conversion?
When you simply feed an analog sound signal (as received by a plain microphone) into the ADC - you may have to preprocess the signal, to make it a 0-5V level signal, you can digitise it; the resulting data stream should be quite close to that of a WAV format file. Mind that the Arduino can not store any significant quantity of this data, it can merely pass it on to somewhere else.
I don't know what you think of when you say "voice file".
wvmarle:
When you simply feed an analog sound signal (as received by a plain microphone) into the ADC - you may have to preprocess the signal, to make it a 0-5V level signal, you can digitise it; the resulting data stream should be quite close to that of a WAV format file. Mind that the Arduino can not store any significant quantity of this data, it can merely pass it on to somewhere else.
I don't know what you think of when you say "voice file".