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Virtual Audio Cable - Virtual Audio Cable Documentation
https://documentation.help/Virtual-Audio-Cable/main.htm
The Virtual Audio Cable (VAC) software implements an idea of a physical interconnection cable applied to Windows audio applications. Like traditional audio devices (Disk player, FM receiver, equalizer, amplifier etc.) are connected together by the electric (analog or digital) cables, Windows audio applications can be connected together by the Virtual Cables created by VAC .
Virtual Audio Cable - user manual
https://vac.muzychenko.net/en/manual/main.htm
Each Virtual Cable has a pair of audio endpoints, input and output. These endpoints are internally connected to each other, so all digital audio data sent (played) to the output endpoint by "source" application are implicitly transferred to the input endpoint and can be retrieved (recorded) by another (destination) application. A Virtual Cable is similar to an ordinary audio adapter (a …
How to start - Documentation & Help
https://documentation.help/Virtual-Audio-Cable/documentation.pdf
virtual audio devices named Virtual Cables. Each cable has a pair of audio ports, input and output. These ports are internally connected within each cable so all digital audio data sent (played) to the output port by "source" application are implicitly transferred to the input port and can be retrieved (recorded) by another (destination) application.
Installation - Virtual Audio Cable Documentation
https://documentation.help/Virtual-Audio-Cable/install.htm
In a device list, choose "Virtual Audio Cable". You will be warned that the driver is unsigned. Proceed the installation. When manual installation is finished, you should see Virtual Cable devices. If they still are not visible, please ask for a support. Do not perform manual installation before installing VAC using its setup
How to... - Virtual Audio Cable Documentation
https://documentation.help/Virtual-Audio-Cable/howto.htm
Just route your sound stream to Virtual Cable N and use several Audio Repeater instances to route from the same Virtual Cable N to each of your adapters. The stream will be copied to all output devices simultaneously. The same method can be used to play a stream simultaneously to different destination lines of a single adapter under Windows 6.x (for example, Speakers and …
Virtual Audio Cable - user manual
https://vac.muzychenko.net/en/manual/configure.htm
Use the VAC Control Panel to easily configure driver and cable parameters. VAC driver parameter tree is stored in the registry under the following key: HKLM\SOFTWARE\EuMus Design\Virtual Audio Cable\4. Driver parameter values are stored immediately under this key, cable-specific parameter values are stored under " \Cable N " subkeys.
VB-Audio Virtual Apps
https://vb-audio.com/Cable/
VB-Audio CABLE is a Windows Audio Driver working as Virtual Audio Cable. Thanks to its Multi-Format Audio Engine, VB-CABLE can be used without any configuration! Ready to work with all Audio Application using MME, KS, DX, KS or WASAPI interfaces.
Virtual Audio Cable - user manual
https://vac.muzychenko.net/en/manual/simple.htm
Choose Virtual Cable 1 endpoint (usually named "Line 1 (Virtual Audio Cable)") as a recording source (Wave In). Then choose a playback endpoint of your hardware audio device (connected to speakers or headphones) as a destination (Wave Out). Activate audio transfer clicking Start button in Audio Repeater.
Virtual Audio Cable - user manual
https://vac.muzychenko.net/en/manual/install.htm
At a cable playback end, VAC also exposes the "Line" endpoint (an "analog line output"). So, by default, there will be a single input and a single output waveform audio pin for each Virtual Cable. Totally, VAC can expose up to three source lines from each cable: Microphone input ("Mic"), line input ("Line") and S/PDIF input ("S/PDIF").
Glossary - Virtual Audio Cable Documentation
https://documentation.help/Virtual-Audio-Cable/glossary.htm
Virtual Audio Cable Documentation Glossary Virtual Audio Cable. previous page next page. Glossary. Audio Format: A digital audio stream is represented by a sequence of momentary amplitude values, or samples. All samples in the stream have the same bitness, or size: 8, 16, 20, 24 bits and so on.
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