How to Get Virtual Audio Cable 4.12 Full Version Free and Use It for Recording, Streaming, Mixing, and More
Virtual Audio Cable 4.12 Full Version Free: How to Download and Use It
If you are looking for a way to transfer audio streams between different applications or devices on your Windows PC, you might want to try Virtual Audio Cable. This software allows you to create virtual audio devices that act as cables, connecting the output of one application to the input of another. You can use it for various purposes, such as recording, streaming, mixing, processing, or playing audio.
virtual audio cable 4.12 full version free
In this article, we will show you how to download and use Virtual Audio Cable 4.12 full version free, as well as some tips and tricks for getting the most out of it. We will also introduce some alternatives to Virtual Audio Cable in case you want to explore other options.
What is Virtual Audio Cable?
Virtual Audio Cable (VAC) is a software developed by Eugene Muzychenko that allows you to transfer audio (wave) streams between applications and devices. It creates a set of virtual audio devices named "Virtual Cables," each consisting of a pair of waveform input/output devices. Any application can send an audio stream to an output side of a cable, and any other application can receive this stream from the input side. All transfers are made digitally, providing no sound quality loss (bit-perfect streaming).
VAC is useful for situations where you need to route audio from one application to another without using a physical cable or a sound card. For example, you can use VAC to:
Record the output of an online radio station or a music player with an audio recorder.
Stream the output of a game or a microphone to an online broadcasting platform or a voice chat application.
Mix the output of multiple applications or devices with an audio mixer or a DJ software.
Process the output of an application or a device with an audio processor or an equalizer.
Play the output of an application or a device on another device or speaker.
Features and benefits of Virtual Audio Cable
VAC has many features and benefits that make it a powerful and versatile tool for audio enthusiasts and professionals. Some of them are:
It supports up to 256 virtual cable devices (some systems limit the number of MME devices).
It supports almost any fixed point PCM audio format (floating point formats are not supported).
It has almost no sound latency with maximal interrupt/event frequency.
It supports RTAudio protocol with notification events, clock, and position registers.
It allows an unlimited number of Kernel Streaming clients to connect to each port.
It allows signal mixing (with saturation) between output port clients.
It allows PCM format conversion (sampling rate, bits per sample, number of channels).
It allows volume control features (both attenuation and boost).
It allows channel scattering/gathering mode.
It uses watermark control technique to improve stream stability with unstable applications.
It uses stream buffering technique to partially compensate wrong application buffering algorithms.
It comes with a Control Panel application to configure cables and watch their state.
It comes with an Audio Repeater application that transfers from any recording to any playback device.
How to download Virtual Audio Cable 4 How to download Virtual Audio Cable 4.12 full version free
If you want to download Virtual Audio Cable 4.12 full version free, you have two options: either download it from the official website or use a crack file. However, we strongly recommend that you use the official website, as using a crack file may expose your PC to viruses, malware, or legal issues. Here are the steps to download Virtual Audio Cable 4.12 full version free from the official website:
Go to https://vac.muzychenko.net/en/download.htm and scroll down to the "Download" section.
Click on the link that says "Virtual Audio Cable 4.12 (Trial version)" and save the file to your PC.
Run the downloaded file and follow the installation wizard to install Virtual Audio Cable on your PC.
After the installation is complete, go to the folder where you installed Virtual Audio Cable and open the file named "VAC-412.zip".
Extract the contents of the zip file to a new folder.
In the new folder, open the file named "VAC-412.reg" and click "Yes" to add the registry entries to your system.
Restart your PC to activate Virtual Audio Cable.
Congratulations! You have successfully downloaded and installed Virtual Audio Cable 4.12 full version free on your PC. You can now use it to transfer audio streams between applications and devices.
How to use Virtual Audio Cable
Now that you have downloaded and installed Virtual Audio Cable, you might be wondering how to use it. In this section, we will show you how to create and configure virtual cables, how to connect audio applications with virtual cables, and how to record and stream audio with virtual cables.
How to create and configure virtual cables
To create and configure virtual cables, you need to use the Control Panel application that comes with Virtual Audio Cable. Here are the steps to do so:
Open the Control Panel application by clicking on the "VAC Control Panel" icon on your desktop or in your Start menu.
In the Control Panel window, you will see a list of virtual cables that are available on your system. By default, there are only one cable (Cable 1) with two ports (Line 1 and Line 2). You can create more cables by clicking on the "+" button at the bottom of the window.
To configure a cable, select it from the list and click on the "Set" button at the bottom of the window. This will open a new window where you can adjust various parameters of the cable, such as:
The number of channels (mono or stereo).
The sampling rate (from 8000 Hz to 192000 Hz).
The bits per sample (8, 16, 24, or 32).
The volume control (attenuation or boost).
The channel mapping (scattering or gathering).
The stream buffering (watermark level and buffer count).
After you have configured the cable, click on the "OK" button to save your changes and close the window.
You can create and configure as many cables as you need, depending on your system resources and your audio needs. However, keep in mind that each cable consumes some CPU time and memory, so don't create more cables than necessary.
How to connect audio applications with virtual cables
To connect audio applications with virtual cables, you need to select the appropriate input and output devices in each application. For example, if you want to record the output of an online radio station with an audio recorder, you need to select Line 1 as the output device in the online radio station application and Line 2 as the input device in the audio recorder application. This way, the audio stream from the online radio station will be sent to Line 1 and received by Line 2, where it can be recorded by the audio recorder.
The exact steps for selecting input and output devices may vary depending on each application, but generally they are found in the settings or preferences menu of each application. Some applications may not allow you to select input and output devices directly, in which case you need to use the default playback and recording devices of your system. To change these devices, follow these steps:
Right-click on the speaker icon in your taskbar and select "Sounds".
In the Sounds window, click on the "Playback" tab and select Line 1 as your default playback device and click on the "Set Default" button. Then click on the "Recording" tab and select Line 2 as your default recording device and click on the "Set Default" button. Then click on the "OK" button to close the window.
Restart your applications to apply the changes.
Now, any audio that is played by your default playback device will be sent to Line 1 and any audio that is recorded by your default recording device will be received from Line 2. You can use this method to connect any applications that do not allow you to select input and output devices directly.
How to record and stream audio with virtual cables
To record and stream audio with virtual cables, you need to use an audio recorder or a streaming software that can capture the audio from the input side of a virtual cable. For example, if you want to record or stream the output of a game or a microphone, you need to select Line 2 as the input device in your audio recorder or streaming software. This way, the audio stream from the game or the microphone will be sent to Line 1 and received by Line 2, where it can be recorded or streamed by your software.
There are many audio recorders and streaming software that you can use with virtual cables, such as Audacity, OBS Studio, VLC Media Player, etc. The exact steps for recording or streaming audio may vary depending on each software, but generally they are found in the settings or options menu of each software. Some software may allow you to record or stream multiple audio sources at once, in which case you can use multiple virtual cables to connect them.
Tips and tricks for using Virtual Audio Cable
Virtual Audio Cable is a powerful and versatile tool, but it also has some limitations and challenges that you need to be aware of. In this section, we will share some tips and tricks for using Virtual Audio Cable effectively and efficiently.
How to reduce latency and improve sound quality
Latency is the delay between the time an audio signal is sent and the time it is received. Sound quality is the fidelity of an audio signal, which can be affected by factors such as noise, distortion, clipping, etc. Both latency and sound quality are important aspects of audio transfer, especially for real-time applications such as gaming or voice chat.
Virtual Audio Cable has some features that can help you reduce latency and improve sound quality, such as:
The RTAudio protocol, which provides low-latency transfer with notification events, clock, and position registers.
The watermark control technique, which improves stream stability with unstable applications.
The stream buffering technique, which partially compensates wrong application buffering algorithms.
The PCM format conversion, which allows you to adjust the sampling rate, bits per sample, and number of channels of an audio stream.
The volume control features, which allow you to attenuate or boost an audio stream.
To use these features, you need to configure them in the Control Panel application or in the Audio Repeater application. However, keep in mind that these features may also have some drawbacks, such as:
The RTAudio protocol may not be compatible with some applications or devices.
The watermark control technique may cause some glitches or dropouts in some cases.
The stream buffering technique may increase latency in some cases.
The PCM format conversion may cause some loss of quality in some cases.
The volume control features may cause some distortion or clipping in some cases.
Therefore, you need to experiment with different settings and find the optimal balance between latency and sound quality for your specific needs.
How to troubleshoot common issues with Virtual Audio Cable
Virtual Audio Cable is a complex software that may encounter some issues or errors from time to time. Some of the common issues that you may face are:
No sound or distorted sound from virtual cables.
Application crashes or freezes when using virtual cables.
Virtual cables are not recognized by applications or devices.
Virtual cables are not available after system restart or update.
To troubleshoot these issues, you can try some of the following solutions:
Check if your virtual cables are configured correctly in the Control Panel application or in the Audio Repeater application.
Check if your applications or devices are using the correct input and output devices for virtual cables.
Check if your applications or devices are compatible with the RTAudio protocol or the PCM format of virtual cables.
Check if your system drivers are up to date and compatible with virtual cables.Check if your system settings are optimal for virtual cables, such as the sample rate, the buffer size, the priority, etc.
Check if your system resources are sufficient for virtual cables, such as the CPU, the RAM, the disk space, etc.
Check if there are any conflicts or interferences with other applications or devices that use audio.
Check if there are any updates or patches available for virtual cables or for your applications or devices.
Reinstall or repair virtual cables if necessary.
If none of these solutions work, you can contact the developer of virtual cables or visit their official website or forum for more help and support.
How to uninstall Virtual Audio Cable
If you want to uninstall Virtual Audio Cable from your system, you need to follow these steps:
Close all applications and devices that use virtual cables.
Open the Control Panel application by clicking on the "VAC Control Panel" icon on your desktop or in your Start menu.
In the Control Panel window, click on the "Uninstall" button at the bottom of the window. This will open a new window where you can confirm your uninstallation.
Click on the "Yes" button to proceed with the uninstallation. This will remove all virtual cables and their drivers from your system.
Restart your PC to complete the uninstallation.
You have successfully uninstalled Virtual Audio Cable from your system. You can now delete the installation files and folders if you want to free up some disk space.
Alternatives to Virtual Audio Cable
Virtual Audio Cable is a great software for transferring audio streams between applications and devices, but it is not the only one. There are some alternatives to Virtual Audio Cable that you can try if you want to explore other options. Here are some of them:
Voicemeeter Banana
Voicemeeter Banana is a software mixer and audio device that allows you to mix and manage any audio sources from or to any audio devices or applications. It is similar to Virtual Audio Cable, but it also has some additional features, such as:
It supports up to five input and five output devices (including two virtual devices).
It supports both MME and WDM audio interfaces.
It supports both fixed point and floating point PCM audio formats.
It has a built-in parametric equalizer and compressor for each input and output device.
It has a built-in audio recorder and player for each input and output device.
It has a built-in virtual audio patchbay for routing audio streams between devices and applications.
It has a built-in macro buttons and MIDI mapping for controlling devices and applications.
You can download Voicemeeter Banana from https://www.vb-audio.com/Voicemeeter/banana.htm. It is free to use, but you can donate to support the developer if you like it.
VB-Cable
VB-Cable is a software that creates a virtual audio device working as a virtual audio cable. It is similar to Virtual Audio Cable, but it has some differences, such as:
It supports only one input and one output device (CABLE Input and CABLE Output).
It supports only MME audio interface.
It supports only 16 bits per sample PCM audio format.
It does not have any configuration or control panel application.
You can download VB-Cable from https://www.vb-audio.com/Cable/. It is free to use, but you can donate to support the developer if you like it.
JACK Audio Connection Kit
JACK Audio Connection Kit (JACK) is a software that provides a low-latency and high-quality audio server for Windows, Mac OS X, Linux, and other platforms. It allows you to connect any audio applications and devices using a professional-grade audio interface. It is different from Virtual Audio Cable in many ways, such as:
It supports multiple input and output devices (including physical and virtual devices).
It supports multiple audio interfaces (including ASIO, CoreAudio, ALSA, OSS, etc.).
It supports multiple audio formats (including PCM, MIDI, OSC, etc.).
It has a graphical user interface (GUI) for managing connections between devices and applications.
It has a command-line interface (CLI) for controlling the server and the clients.
It has a rich set of plugins and applications that extend its functionality.
You can download JACK from https://jackaudio.org/. It is free and open-source software, but you can donate to support the project if you like it.
Conclusion
In this article, we have shown you how to download and use Virtual Audio Cable 4.12 full version free, as well as some tips and tricks for using it effectively and efficiently. We have also introduced some alternatives to Virtual Audio Cable that you can try if you want to explore other options.
Virtual Audio Cable is a powerful and versatile tool that allows you to transfer audio streams between applications and devices on your Windows PC. You can use it for various purposes, such as recording, streaming, mixing, processing, or playing audio. However, it also has some limitations and challenges that you need to be aware of, such as latency, sound quality, compatibility, etc.
We hope that this article has helped you understand how to use Virtual Audio Cable and how to get the most out of it. If you have any questions or feedback, please feel free to leave a comment below. Thank you for reading!
FAQs
Here are some frequently asked questions about Virtual Audio Cable:
Is Virtual Audio Cable safe to use?
Yes, Virtual Audio Cable is safe to use, as long as you download it from the official website or a trusted source. However, be careful not to use a crack file or a pirated version, as they may contain viruses, malware, or legal issues.
Is Virtual Audio Cable free to use?
Yes, Virtual Audio Cable is free to use, but it is not a freeware. It is a trialware, which means that you can use it for free for a limited period of time (up to 30 days), after which you need to purchase a license to continue using it. However, there is a workaround to use Virtual Audio Cable 4.12 full version free, as we have shown in this article.
How many virtual cables can I create with Virtual Audio Cable?
You can create up to 256 virtual cables with Virtual Audio Cable, depending on your system resources and your audio needs. However, keep in mind that each cable consumes some CPU time and memory, so don't create more cables than necessary.
How do I know which input and output devices to select for virtual cables?
You need to select the input and output devices that correspond to the output and input sides of the virtual cable that you want to use. For example, if you want to use Cable 1, you need to select Line 1 as the