Virtual Audio Cable 4.14: The Best Software for Audio Routing and Processing

Virtual Audio Cable 4.14 Download: What Is It and How to Use It?

If you are looking for a way to connect different audio applications and devices on your Windows PC without using physical cables or sound cards, you may want to try Virtual Audio Cable (VAC). VAC is a software that creates virtual audio devices that act as virtual audio cables that can route audio streams between any applications or devices that support standard audio interfaces such as MME, KS, DX, KS or WASAPI.

Virtual Audio Cable 4.14 download

VAC has many features and benefits that make it a versatile and powerful tool for audio processing and routing. Some of these features are:

• It can create up to 256 virtual cables with unlimited number of clients connected to each cable.

• It can support up to 384 kHz sampling rate with 32 bits per sample resolution.

• It can support up to 32 channels per cable with channel remapping capability.

• It can work with any audio application that supports standard audio interfaces.

It can work with any audio device that supports standard audio interfaces.VAC can also provide some advanced features such as:

• It can mix multiple audio streams from different sources into one output stream.

• It can split one input stream into multiple output streams with different formats.

• It can apply various effects and filters to the audio streams such as volume control, equalizer, resampler, etc.

• It can record the audio streams to WAV files or send them to another application via network.

With VAC, you can do many things that would otherwise require expensive hardware or complex software setups. For example, you can:

• Record audio from any source such as microphone, online radio, game sound, etc.

• Play audio from any source such as media player, web browser, voice chat, etc.

• Stream audio from your PC to another device such as smartphone, tablet, TV, etc.

• Use your PC as a virtual mixer or sound processor for your musical instruments or vocals.

In this article, we will show you how to download and install VAC 4.14, the latest version of VAC as of June 2023, and how to use it for various purposes. We will also explain how VAC works, what are its requirements and limitations, and how to troubleshoot some common issues with it. By the end of this article, you will be able to use VAC 4.14 like a pro and enjoy its benefits for your audio needs.

How Does Virtual Audio Cable Work?

VAC is based on a simple but ingenious idea: creating virtual audio devices that act as virtual audio cables that can route audio streams between any applications or devices that support standard audio interfaces. These virtual audio devices are not visible to the user, but they are recognized by the system and the applications as real audio devices. The user can control and configure these devices using the VAC control panel or other applications that work with VAC.

The basic concept of VAC is illustrated in the following diagram:

In this diagram, we have four applications: A1, A2, A3, and A4. Each application can use one or more audio devices for input or output. For example, A1 uses D1 as input and D2 as output, A2 uses D3 as input and D4 as output, A3 uses D5 as input and D6 as output, and A4 uses D7 as input and D8 as output. These devices can be physical devices such as sound cards, microphones, speakers, etc., or virtual devices created by VAC such as C1, C2, C3, and C4.

VAC creates these virtual devices (C1-C4) and connects them to each other using virtual cables. Each cable has two ends: an input end and an output end. The input end receives the audio stream from the source device or application and sends it to the output end. The output end receives the audio stream from the input end and sends it to the destination device or application. For example, C1 has an input end connected to D2 and an output end connected to D3. This means that the audio stream from A1's output (D2) is sent to A2's input (D3) via C1.

The user can create and manage these virtual cables using the VAC control panel. The user can also adjust their settings and properties such as name, format, buffer size, volume level, etc. The user can also monitor their status and activity such as cable number, stream type, sampling rate, channels, bytes per second, etc.

VAC also provides some applications that work with these virtual cables such as Audio Repeater and KS Tester. Audio Repeater is a simple application that copies an audio stream from an input device to an output device with optional format conversion and volume control. KS Tester is a diagnostic application that tests the functionality of KS (Kernel Streaming) interface for a given device.

What Are the Requirements and Limitations of VAC?

VAC is a software that works on Windows operating systems only. It supports Windows XP/2003/Vista/7/8/8.1/10/11 (32-bit and 64-bit versions). It does not support Windows 95/98/ME/NT4/2000 or other operating systems such as Linux or Mac OS.

VAC is a commercial software that requires a license to use. The license is valid for one PC only and cannot be transferred to another PC. The license price depends on the number of cables you want to create. The trial version of VAC allows you to create up to two virtual cables with a watermark voice every few seconds. The full version of VAC allows you to create up to 256 virtual cables without any watermark or limitation. You can buy the license from the official website of VAC or donate via PayPal if you find VAC useful and want to support its development.

VAC also has some technical limitations that depend on the system and the applications that use it. Some of these limitations are:

• The maximum number of virtual cables that can be created is 256, but the actual number may be lower depending on the system resources and the driver's capabilities.

• The maximum sampling rate that can be supported is 384 kHz, but the actual rate may be lower depending on the system resources and the driver's capabilities.

• The maximum number of channels that can be supported is 32, but the actual number may be lower depending on the system resources and the driver's capabilities.

• The maximum buffer size that can be used is 1 MB, but the actual size may be lower depending on the system resources and the driver's capabilities.

• The minimum latency that can be achieved is 0.5 ms, but the actual latency may be higher depending on the system resources and the driver's capabilities.

These limitations may affect the quality and performance of the audio streams that are routed through VAC. Therefore, it is recommended to use VAC with adequate system resources and compatible applications that support standard audio interfaces.

How to Download and Install Virtual Audio Cable 4.14?

To download and install VAC 4.14, you need to visit the official website of VAC and choose one of the following options:

• Download the setup program (VAC414.zip) that contains an executable file (setup.exe) that will install VAC on your system automatically.

• Download the ZIP archive (VAC414.zip) that contains a folder (VAC) that will install VAC on your system manually.

Both options have the same content and functionality, but they have different installation methods. Here are the steps for each method:

Using the setup program

• Download the setup program (VAC414.zip) from the official website of VAC and save it to your preferred location.

• Extract the ZIP file using a file archiver such as WinRAR or 7-Zip and run the setup.exe file as an administrator.

• Follow the instructions on the screen to complete the installation process. You may need to restart your system after the installation.

• After the installation, you will find a shortcut to VAC control panel on your desktop and in your start menu. You can also access it from your system tray by right-clicking on the VAC icon.

Using the ZIP archive

• Download the ZIP archive (VAC414.zip) from the official website of VAC and save it to your preferred location.

• Extract the ZIP file using a file archiver such as WinRAR or 7-Zip and copy the VAC folder to your preferred location.

• Open the VAC folder and run vacinst.exe file as an administrator. This will register VAC driver in your system.

• After registering VAC driver, you can run vacctrl.exe file to open VAC control panel. You can also create a shortcut to it on your desktop or in your start menu for easy access.

Note: If you want to uninstall or update VAC, you need to use the same method that you used for installation. For example, if you used application to match the settings of the virtual cable. You can check the settings of the virtual cable in the Cable Settings tab of the VAC control panel. You can also use the Audio Repeater application to copy and convert the audio stream from one device to another with optional volume control and format conversion.

Here are some examples of how to use VAC with different applications:

Example 1: Playing audio from VLC Media Player to Skype

In this example, we will use VAC to play audio from VLC Media Player to Skype. This can be useful if you want to share some music or sound effects with your Skype contacts. To do this, you need to:

• Create a virtual cable using the VAC control panel. For example, create Cable 1 with default settings.

• Select Cable 1 as an output device for VLC Media Player. Go to Tools > Preferences > Audio and select Cable 1 under Audio > Output module > Device.

• Select Cable 1 as an input device for Skype. Go to Settings > Audio & Video and select Cable 1 under Microphone.

• Play the audio file or URL that you want to share in VLC Media Player. The audio stream will be routed from VLC Media Player to Skype via Cable 1.

• Start a voice call or a group call with your Skype contacts. They will hear the audio stream from VLC Media Player as if it was coming from your microphone.

Example 2: Recording audio from OBS Studio to Audacity

In this example, we will use VAC to record audio from OBS Studio to Audacity. This can be useful if you want to record the audio stream from your PC that you are streaming to another device using OBS Studio. To do this, you need to:

• Create a virtual cable using the VAC control panel. For example, create Cable 2 with default settings.

• Select Cable 2 as an input device for OBS Studio. Go to Settings > Audio and select Cable 2 under Mic/Auxiliary Audio Device.

• Select Cable 2 as an output device for Audacity. Go to Edit > Preferences > Devices and select Cable 2 under Playback > Device.

• Start streaming the audio stream from your PC to another device using OBS Studio. The audio stream will be routed from OBS Studio to Audacity via Cable 2.

• Start recording in Audacity. You will record the audio stream from OBS Studio as if it was coming from your speakers.

Example 3: Using your PC as a virtual mixer for your guitar and vocals

In this example, we will use VAC to use your PC as a virtual mixer for your guitar and vocals. This can be useful if you want to apply some effects and filters to your guitar and vocals before sending them to your speakers or headphones. To do this, you need to:

• Create two virtual cables using the VAC control panel. For example, create Cable 3 and Cable 4 with default settings.

• Connect your guitar and microphone to your PC using physical audio devices such as sound cards, USB interfaces, etc.

• Select your guitar input device as an output device for Cable 3. Go to the VAC control panel and click on the Set button under Cable Settings > Output port type for Cable 3. Select KS (Kernel Streaming) and choose your guitar input device from the list.

• Select your microphone input device as an output device for Cable 4. Go to the VAC control panel and click on the Set button under Cable Settings > Output port type for Cable 4. Select KS (Kernel Streaming) and choose your microphone input device from the list.

• Select Cable 3 and Cable 4 as input devices for a sound processing application such as Guitar Rig, Amplitube, etc. Go to the sound processing application's settings or options menu and select Cable 3 and Cable 4 as input devices under Input or Recording section.

Select your speaker or headphone output device as an output device for the sound processing application. Go 14, you can visit the official website of VAC and choose the setup program or the ZIP archive option. You can also donate via PayPal if you find VAC useful and want to support its development. VAC is a commercial software that requires a license to use. You can buy the license from the official website of VAC or donate via PayPal if you find VAC useful and want to support its development.

FAQs

Here are some frequently asked questions about VAC 4.14 along with their answers:

Q: Is VAC safe to use?

A: Yes, VAC is safe to use. It does not contain any viruses, malware, spyware, or adware. It does not modify or damage your system or your audio devices. It does not collect or transmit any personal or sensitive data. It only creates virtual audio devices that act as virtual audio cables that can route audio streams between any applications or devices that support standard audio interfaces.

Q: Is VAC compatible with Windows 11?

A: Yes, VAC is compatible with Windows 11. It supports Windows XP/2003/Vista/7/8/8.1/10/11 (32-bit and 64-bit versions). It does not support Windows 95/98/ME/NT4/2000 or other operating systems such as Linux or Mac OS.

Q: How can I get rid of the watermark voice in the trial version of VAC?

A: The watermark voice is a feature of the trial version of VAC that reminds you to buy the license or donate if you find VAC useful and want to support its development. The watermark voice is played every few seconds on each virtual cable. To get rid of the watermark voice, you need to buy the license from the official website of VAC or donate via PayPal. The license is valid for one PC only and cannot be transferred to another PC. The license price depends on the number of cables you want to create. The full version of VAC allows you to create up to 256 virtual cables without any watermark or limitation.

Q: How can I reduce the latency or delay in the audio stream when using VAC?

A: The latency or delay in the audio stream when using VAC depends on several factors such as the system resources, the driver's capabilities, the buffer size, the sampling rate, the channels, etc. To reduce the latency or delay, you can try some of these tips:

• Use a higher sampling rate and a lower buffer size for the virtual cable.

• Use a lower sampling rate and a higher buffer size for the application.

• Use a faster and more stable system with adequate CPU, RAM, and disk space.

• Use a compatible and updated driver for your audio device.

• Use a KS (Kernel Streaming) interface instead of a MME (Multimedia Extensions) interface for your audio device.

• Use an ASIO (Audio Stream Input/Output) interface instead of a MME (Multimedia Extensions) interface for your audio device.

Q: How can I contact the developer of VAC for support or feedback?

A: You can contact the developer of VAC by sending an email to info@software.muzychenko.net. You can also visit the official website of VAC for more information and documentation about VAC. You can also join the online forum of VAC users and share your experience and suggestions with other users. dcd2dc6462