Then set the QuickCarts to the same output.įinally, set the track audio editor to something else (so it won't come out on the "live" audio)Īt this point you have a setup which will play the audio from PlayIt Live to the mixer, the level of the PC audio is controlled on the control with a picture of a PC and it is possible to mix in the microphone on the linear fader.
Then set PlayIt Live to send the audio from the players to the AG03 (I wasn't using the ASIO driver but that would probably be first choice) The other key setting is to have "MONITOR MUTE" off (or you won't hear the microphone in the headphones when you speak). Other applications would require different settings on the "TO PC" switch but this is the seeing for this application. The Yamaha AG-03 has a USB sound card, and I've set the "TO PC" sound to "loopback" which means that the sound from the PC (PlayIt Live) is returned to the PC mixed in with the microphone.
Install the Yamaha drivers and separate "configuration" software for the AG-03 before doing anything else.
The minimum system would be a microphone, laptop, headphones and the Yamaha AG-03. Using the Yamaha AG-03 and PlayIt LIve it is possible to make a simple radio setup which works well. Sound On Sound did a good overview review when the products were launched: Yamaha produced the AG-03 and AG-06 with the "Podcast", "YouTube" and "Live Streaming Gamer" market in mind.Ĭompared with larger music or radio mixers and audio interfaces it has a few unusual features. Advanced, high-end professional sound cards tend to have more elaborate sound card mixer applications to give a skillful sound engineer more audio control.For "simple" applications where the requirement is to add a live mic to the output produced by PlayIt Live there are relatively few products on the market which are well suited to the task. Professionals use high-end sound cards designed especially for recording multiple channels. Some sound cards handle only basic sound functions like two-speaker audio and single-channel audio inputs for recording.
While most sound cards exist as internal hardware in a computer, some sound cards connect to a computer using a universal serial bus (USB) or firewire plug. The computer sound card is the hardware that allows a computer to record and play sound.
The mixer can also be used to boost recorded sound or balance sound levels when using sound from multiple programs. If sound is not playing correctly from a certain channel or program, it could be because a track or channel is muted or turned down on the software mixer. When sound problems happen on a computer, checking the settings for the mixer on the computer sound card is a good early troubleshooting step. This feature can be helpful for programs with no built-in volume control. Some newer sound cards offer control over the sound levels in individual programs, allowing the user to give different audio programs, like browsers and video players, different volume levels from within the sound card.
On older sound cards, a sound card mixer is usually the interface for control over the levels of the speakers and audio channels available in the sound card. A sound mixer can often be accessed from an operating system toolbar tray or in the sound card settings or preferences panel.Ī sound card mixer the part of the sound card hardware chipset that controls the volume levels on a computer sound card. Usually, a sound card mixer refers to a type of volume control that gives the user individual control of the sound volume level of several programs or audio input and output channels. It is also the name for the part of the sound card hardware chipset that controls the volume levels on a computer sound card. A sound card mixer is a software application that controls sound levels on a computer.