This software allows you to transfer audio (wave) streams between applications and/or devices. It creates a set of virtual audio devices named "Virtual Cables," each of them 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 an input side. All transfers are made digitally, providing NO sound quality loss (a bit-perfect streaming).
Virtual Audio Cable Full
VAC creates a set of virtual audio devices. Each device simulates an audio adapter (usually named a "card") whose output is internally connected to the input, making an audio loopback. If an application plays audio to the output of such device, the sound will not be audible because the signal is looped back to the input. But if another application records from the input, it receives the sound produced by the first app.
Such virtual devices are named Virtual Cables. The term "Virtual Cable" is used only in the description of VAC product, as a placeholder. Actual names of virtual audio devices/endpoints that you will see in applications' menus, are different (for example, "Line 1", "Line 2" etc.).
Virtual Audio Cable is a software product based on WDM multimedia driver that allows a user to transfer audio streams from one application to another. Any application is able to send an audio stream to the input side of a "virtual cable" while a corresponding application can receive this stream from the output side. Since all transfers are made digitally, there is no loss in sound quality. VAC is the audio equivalent of a MIDI loopback device such as MultiMid or Hubi, and can be used instead of "Stereo Mix" or "What U Hear" features of audio adapters.[1][2]
If more than one application is sending audio through an output virtual cable, VAC is able to mix all of the streams together or create separate corresponding virtual input cables. Similarly, more than one application is able to receive audio from an input cable, whether it's sharing the same audio data with another target or receiving its own personal audio stream.[3] VAC is useful for recording an application's audio output in almost real time or transferring a sound stream to another application so it may process it. A person could use two or more software audio generators, synthesizers or sequencers to produce audio streams and send them to a VAC output cable and record the mixed stream from the VAC input cable using any type of recording software.
Virtual Audio Cable connects audio applications together in real time. It's like a sound card with hardwired input and output: when an application sends an audio stream to a virtual cable, other applications can record this stream from the other cable end. Thus, you can record and process output of almost any audio application by almost any other audio application.
The VAC application is a nifty piece of software that allows you to reroute audio virtually. Virtual Audio Cables will allow you to integrate Skype into SAM Broadcaster which, in turn, will allow you to stream conversations between multiple hosts, take calls from Skype users, and host remote on-air guests on your online radio show.
To integrate Skype with your internet radio station, you will require the full version of VAC as you will need four virtual cables. Since we like you guys so much, we went ahead and reached out to the developers of VAC, and they provided Spacial customers with a 20% discount off the purchase price. The discount brings the cost down from $35 to only $28. Pretty cool, huh? To get your hands on VAC at the discounted price, simply follow this link.
Apps like GarageBand, Logic, and Ableton Live are limited to recording from just one audio device at a time. Thanks to Loopback, you can combine multiple input devices into a single virtual device, to record all your audio.
Virtual Audio Cable is an audio connector application that can be used to connect several audio streams in real time. Virtual Audio Cables refers to the virtual audio devices which contain input and output ports. The input port records the sound and then sends it to the destination program like analyzer using output ports.
Noise Blocker is compatible with an alternative set of virtual audio routing drivers called VB-CABLE. Full instructions on the installation required is detailed below. VB-CABLE is donationware, if they helped, donations are welcome.
Creates a "virtual cable" represented by two waveform devices, input and output, internally connected to each other. Allows direct, bit-perfect sound transfer between applications. Useful to record application's audio output in real time, and save an output sound stream from applications that doesn't allow to write it into WAV file directly. VAC allows to route, split and mix sounds in real time. Can be used with any audio application. Audio Repeater A small application to transfer (repeat) sounds (audio streams) from an endpoint (device) to another.
Audio Repeater is primarily designed for Virtual Audio Cable product but can be used independently of VAC, free of charge. Thin Audio Gateway A virtual audio interface based on Virtual Audio Cable (VAC) code. While VAC creates virtual audio "pipes" called "virtual cables", to transfer from the playback pin/endpoint to the recording one, Thin Audio Gateway creates independent pins/endpoints and presents them to a host application from the "back side" of normal Windows audio data exchange. DirectShow over ASIO Creates DirectShow capture and render filter for ASIO devices, allowing you to use professional audio hardware in DirectShow graphs. UnhidePowerSettings A command (batch) file that removes "hidden" attribute (if any) from all registered Power Plan settings. After revealing hidden settings, fine tuning is available for either standard or user-defined power plans. WaveInfo A console (command-line) utility that shows information about RIFF/WAVE (.wav) files.
It creates a set of virtual audio devices named Virtual Cables, each of them consists of a pair of the waveform input/output devices. Any application can send audio stream to an output side of a cable, and any other application can receive this stream from an input side. All transfers are made digitally, providing NO sound quality loss (a bitperfect streaming).
I have Virtual Audio Cable successfully installed on my Windows Server 2008 R2 SP1 x64 virtual machine. It seem like driver works (new audio device in Device Manager group and VAC control panel works perfectly), but unfortunately if you go to Control Panel -> Hardware -> Sound there is no audio devices (neither playback or recording). And so my software doesn't see any audio devices.
The short answer to your question is that a VMware virtual audio device will only be visible in the "console" session, not in secondary remote desktop sessions. You can remote audio through your remote desktop, with our without a VMware virtual audio device.
A free (donationware) alternative to Virtual Audio Cable that we recently found is VB-Cable. VB-Cable does exactly the same job as Virtual Audio Cable but for free. By donating any amount to the developer, you can unlock two more virtual audio devices, which is useful if you use multiple rtl-sdr dongles on one machine.
Connecting OBS with Microsoft Teams is a great way to add enhanced video and audio into your Teams meetings. OBS, or Open Broadcaster Software is a completely free video production software that can mix together audio and video sources in creative ways. OBS now features an easy virtual webcam output option that can be used with video conferencing software like Teams to output video clips, countdown timers, virtual sets and much more.
Next you can set up virtual audio cables to send and receive audio from OBS and Teams. Why would you want to set up virtual audio cables? Well, for some people this could be confusing and you do not have to do this. For some people, simply having a virtual webcam does enough and virtual audio connectivity is not necessary. If you would like to play music from OBS and have it come into Team that you would want virtual audio cables. If you would like to play video clips that include audio and a variety of other sources, then virtual audio cables are what you are looking for.
You can install virtual audio cables on to your Windows computer by getting the drivers here. Virtual audio cables are a very useful tool for video and audio production in many ways. You will need two of these virtual audio cables for this project.
One virtual audio cable will be used as your microphone input into Teams and one virtual audio cable will be used for your speaker output from Teams. Take a look at the wiring diagram about to see how these virtual audio cables are routed. Virtual audio cables need to be selected inside of your Teams settings as your microphone and speaker. Then you also have to bring these virtual audio cables into OBS and route the audio inside of the advanced audio settings. You also need to use one of your audio cables as the monitor output selection inside of OBS.
Once you have followed these steps you will have successfully connected Teams with OBS for full audio and video use without a feedback loop. You can get a feedback loop if you do not have your virtual audio cables routed properly. Hopefully, the video tutorial is detailed enough to walk you through this setup. 2ff7e9595c
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