[FAQ]If sound comes from only ..  

[FAQ]If sound comes from only one speaker when recording microphone

This problem may occur when recording microphones using a professional audio interface.

Unlike the general microphone, when recording through the audio interface, the problem occurs because the recording is in monaural.

Go to Tools-Options in Ocam's menu and tap the Sounds tab on the left.


If you only hear sound from the left side of the speaker when recording the microphone, change the input source to Input 1 (left channel). If you only hear sound from the right side of the speaker, change the input source to Input 2 (right channel).


* Note

-The mic's input is of course mono, but for low-cost mics, it's physically mono and the incoming data is in stereo. (At this time, since there is only one microphone, the input stereo signal is the same data for both left and right data.) However, for a professional microphone using the audio interface, both the actual input is mono and the data input in the program is mono. This is why you should do this.

-If you change the input source to input 1 (left channel) because the sound is only from the left side of the microphone when recording, but the sound is not recorded at all, but instead to input 2 (right channel), the sound is played normally. is. In this case, it is necessary to check whether the speaker position is physically changed and whether the input of the cable is reversed.



Additional tips

[FAQ]The sound becomes loud or torn when playing back the recorded video on the daum pot player

Go to Daum Pod Player Settings (After launching Daum Pod Player, press F5 on your keyboard, or right-click to enter preferences.)

Go to Sound-Normalizer / Reverberation on the left as shown below and check Uncheck Normalizer when playing.

 

* For reference, normalize means to set the sound to 0db (dbFS). For example, an algorithm that amplifies the sound volume by 0db when the sound being played is -20db is called normalization. This makes the sound louder, and at this point, you may hear a sound that is torn apart.


(The db used here is dbFS, not decibels.)


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