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Next, select the arrow to the right of the speaker volume slider to open a list of audio devices connected to your computer. The tool tip should display as Manage audio devices when hovering over the arrow.

Hardware problems can be caused by outdated or malfunctioning drivers. Make sure your audio driver is up to date and update it if needed. If that doesn't work, try uninstalling the audio driver (it will reinstall automatically). If that doesn't work, try using the generic audio driver that comes with Windows. If you're having audio issues after installing updates, try rolling back your audio driver.

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Select and hold (or right-click) the listing for your sound card or audio device, select Uninstall device, select the Attempt to remove the driver for this device check box, and then select Uninstall.

Select and hold (or right-click) the listing for your sound card or audio device, then select Update driver > Browse my computer for drivers > Let me pick from a list of available drivers on my computer.

Select the Advanced tab and uncheck either the Enable audio enhancements or the Enable sound effects check box (depending on which option you see), select Apply, and try to play your audio device.

If that doesn't work, on the Playback tab, select and hold (or right-click) another default device (if you have one), and select Properties. Uncheck either the Enable audio enhancements or the Enable sound effects check box (depending on which option you see), select Apply, and try to play audio again. Do this for each default device.

Select and hold (or right-click) the listing for your sound card or audio device, such as headphones or speakers, select Update driver, then select Search automatically for updated driver software. Follow the instructions to complete the update.

Select and hold (or right-click) the listing for your sound card or audio device, then select Update driver > Browse my computer for drivers > Let me pick from a list of device drivers on my computer.

On the Enhancements tab, select either the Disable all enhancements or the Disable all sound effects check box (depending on which option you see), select OK, and try to play your audio device.

If that doesn't work, on the Playback tab, select and hold (or right-click) another default device (if you have one), then select Properties. On the Enhancements tab select either the Disable all enhancements or the Disable all sound effects check box (depending on which option you see), select OK, and try to play audio again. Do this for each default device.

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I've been using the same webcam (Logitech c920s) for about three years, across two laptops. Current laptop (Acer Nitro AN515-57) has played fine with it for the last year or so. Starting June 29th, plugging the webcam in causes the Windows Audio Service to immediately become disabled. I can re-enable the service manually and it works fine after that. After some messing around, I think the issue seems to be the webcam's inbuilt microphone - if I disable the mic from the device manager, the camera can be plugged in without disabling Windows Audio Service.

Recently, after I was hearing loud laptop fans noises even when no high resouce programs running, I decided to check, and indeed I've seen a service called "Windows Audio" using almost 40% of the CPU.

After a restart (and not running anything) it was still doing that.I uninstalled the audio drivers and let the OS reinstall them automatically and it seemed to repair the issue, but after a while it happened again.

I am having the exact same issue like you. Right after booting Windows 10 17134 (1803) after an in-place-upgrade from 16299 (1709), the "Windows Audio" service uses 20% of my 16 core CPU. Restarting the service brings everything back to normal and audio works fine in both cases without any issues. Checking this with procmon, the Windows Audio service is querying the installed audio devices in the registry all few ms in a steady loop, hence the high CPU usage. After restarting the service, these steady "terror-queries" stop, hence CPU load and everything else goes back to normal.

The problem came from a audio-loopback-driver that Ive installed (called ODeus AsioLinkPro). Ive completely removed the driver and manually made sure that there are no leftovers in the registry and the C:\ drive. CPU usage of Windows Audio went to normal right away. Ive then reinstalled. But the issue came back right away after installing the driver again. However, since there is no update to this driver (company does not exist anymore) and since I need it in any case AND since restarting the Windows Audio service for one time during a Windows sessions solves the issue, Ive simply created a .BAT file with:

In any case: re-installing your audio-drivers could possibly fix the issue, but if not, you can do it with the dirty hack for now. Maybe MS is issuing a bugfix for it too, since it all worked fine in 1709 for me.

I have Lenovo 910 2in1 laptop. I had a high CPU % used by Window audio device after updating all the drivers. I found this situation by task manager (ctrl+alt+delete). Eventually this scenario drain the battery heavily. I rollback the audio driver to old version and basically it resolve all the issue of battery draining now it shows 9 to 10 hours as usual.

This section explains how to use the Amazon Chime SDK Public Switched Telephone Network (PSTN) Audio service. With the PSTN Audio service, developers can build custom telephony applications using the agility and operational simplicity of a serverless AWS Lambda function.

Your AWS Lambda functions control the behavior of phone calls, such as playing voice prompts, collecting digits, recording calls, routing calls to the PSTN and Session Initiation Protocol (SIP) devices using the Amazon Chime SDK Voice Connector. The following topics provide an overview and architectural information about the PSTN Audio service, including how to build AWS Lambda functions to control calls.

The topics in this section assume that you understand the AWS Lambda service. For more information about AWS Lambda, see Getting started with AWS Lambda. Also, to use this section of the Amazon Chime SDK successfully, an Amazon Chime SDK administrator must create at least one SIP rule and one SIP media application. For more information about completing those tasks, see Managing SIP media applications in the Amazon Chime SDK Administrator Guide.

This plugin wraps around your existing audio code to allow it to run in the background or with the screen turned off, and allows your app to interact with headset buttons, the Android lock screen and notification, iOS control center, wearables and Android Auto. It is suitable for:

You encapsulate your audio code in an audio handler which implements standard callbacks on Android, iOS and the web that allow it to respond to playback requests coming from your Flutter UI, headset buttons, the lock screen, notification, iOS control center, car displays and smart watches, even when the app is in the background:

You can implement these callbacks to play any sort of audio that is appropriate for your app, such as music files or streams, audio assets, text to speech, synthesised audio, or combinations of these.

0.18.0 removes the need for a background isolate, allowing simpler communication between your UI and audio logic and greater compatibility with plugins that don't support multiple isolates. It also comes with many other new features listed in the CHANGELOG.

Yes! audio_service is designed to let you implement the audio logic however you want, using whatever plugins you want. You can use your favourite audio plugins such as just_audio, flutter_tts, and others, within your audio handler. There are also plugins like just_audio_handlers that provide default implementations of AudioHandler to make your job easier.

Note that this plugin will not work with other audio plugins that overlap in responsibility with this plugin (i.e. background audio, iOS control center, Android notifications, lock screen, headset buttons, etc.)

Your audio handler must broadcast state changes so that the system notification and smart watches (etc) know what state to display. Your app's Flutter UI may also listen to these state changes so that it knows what state to display. Thus, the audio handler provides a single source of truth for your audio state to all clients.

If your app uses audio, you should tell the operating system what kind of usage scenario your app has and how your app will interact with other audio apps on the device. Different audio apps often have unique requirements. For example, when a navigator app speaks driving instructions, a music player should duck its audio while a podcast player should pause its audio. Depending on which one of these three apps you are building, you will need to configure your app's audio settings and callbacks to appropriately handle these interactions.

Each time you invoke an audio plugin to play audio, that plugin will activate your app's shared audio session to inform the operating system that your app is actively playing audio. Depending on the configuration set above, this will also inform other audio apps to either stop playing audio, or possibly continue playing at a lower volume (i.e. ducking). You normally do not need to activate the audio session yourself, however if the audio plugin you use does not activate the audio session, you can activate it yourself: 2351a5e196