To open up your webcam or camera, select the Start button, then select All apps, and then select Camera in the list of apps. If you have multiple cameras, you can switch between them by selecting Change Camera at the top right once the Camera app is opened.

To open up your webcam or camera, select the Start  button, and then select Camera in the list of apps. If you have multiple cameras, you can switch between them by selecting Change Camera at the top right once the Camera app is opened.


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I am experimenting using both Mac and Windows clients and getting inconsistent results with regard to camera and microphone functionality. Besides that, the virtual desktops appear to be working as expected (I've tried pooled and personal configurations).

One other note. When using the "Windows 365" application to connect, the cameras works even outside of a Teams call . It's grainy and sub-par, but it's worth noting that it's at least functional. Consider there are at least three ways to connect to the Windows 365 virtual machine, and each offers different behaviors:

* through a browser (arm/webclient)

* Remote Desktop Client

* Windows 365 application

Again. It just shows how this technology is evolving and a person needs to keep checking back for updates and possible fixes. Azure Virtual Desktop will probably evolve, but it's not as polished as Windows 365.....at least for now. Things are changing quickly. Maybe next month or next several months this post will be entirely outdated.

For the Remote shooting, stabilize the camera with a tripod or using some other method, and then connect the camera to the computer.

The connection and setting methods vary depending on the model.

The first thing to consider is what you need your webcam for. For working professionals or office staff, most conference calling software such as Zoom or Microsoft Teams will restrict your broadcast quality to 1080p resolution and 30fps to preserve bandwidth. Google meets goes a step further and restricts your quality to 720p as this is the standard resolution on most built-in laptop cameras.

Our list is heavy on big brand names such as Logitech for good reason. Reputable brands have been tested across many different devices to make sure that the products are compatible with different graphics software. This is why you may see different quality if you use the same camera on a desktop and a laptop - the webcam hardware communicates differently with different devices.

Logitech, Razer and other well-known webcam manufacturers can provide a product that is more likely to work well across a wide range of different machines, so whether you're looking to run your camera on a new gaming desktop or an old Chromebook, you should see similar results.

Having the best webcam is more important than ever. Whether you're working remotely, a streamer or content creator, or keen to regularly stay in touch with loved ones, having a camera connected to your PC for convenient (and free) video calls is vital.

I have the EOS R5 camera. I make use of the C1, C2, C3 so that I can instantly go to the various settings for changing situation. Further, I have several saved files on my SD card so that I have configurations for different venues such as nature, real estate, and portraiture photography. The various situations can be complex in that different lenses are used, and some can use 'smart' auxiliary equipment such as off-camera lighting arrays.

As a bonus, it would be nice: (1) enable me to load saved settings from the SD card, (2) display a title in the camera indicating which configuration set is loaded, (3) have links to help and tips for various camera menu items - an extension of what is already in the camera.

What if you make an undesirable change to the settings? How would you correct it? Do you correct it in the camera? Or, do you rewrite the file you saved on an SD card? The latter solution requires that you remove an SD card from the camera, insert it into a computer, edit the file, and then move the card back to the camera so that you can reload the update. No, thanks.

Apart from the group policy change as mentioned by Kcoder, I also had to ensure that the "Camera Privacy Settings" on a Windows 10 machine was also set to "Allow apps to access your camera" and "Allow desktop apps to access your camera" (on the remote computer, but it may also be necessary on the local computer).

I am using Microsoft Remote Desktop on Mac (both with most up to date software) to access an Azure Virtual Desktop for Windows 10, and when using Zoom the camera does not work (same result for Facetime camera or my external Logitech Brio) when running the Zoom App. It does work if I use the web app. How can I get the camera to work within the Zoom app and not via web browser?

SmallRig Live Desktop Camera Bracket DT-50 4456 is suitable for indoor live broadcasts, creating eye-level, top-down, or Dutch angle photo/video, video conferencing or recording, and more. The C-clamp and articulated arm of the bracket are made of aluminum alloy, which is durable, not easy to rust, and light to carry. The bracket can realize any 360 angle adjustment of the device through a 3-section articulated arm (180 rotation of the sections) and a bottom knob. Both the C-clamp and the articulated arm are detachable, flexible to combine and customize according to your needs, and easy to carry around. The rotating shaft of the articulated arm features a solid gear structure to realize a stable load-bearing capacity of 2.7KG/5.9lbs when tilted and 3.3KG/7.3lbs horizontally. The bracket also comes with an aluminum crab-shaped clamp and holding arm to support an additional device at the same time. The detachable 360-degree ball head on the top of the holding arm makes shooting more efficient. 1/4"-20 screw, phone clip, lamp holder, 1/4"-20 to 3/8"-16 adapter and 1/4"-20 to 5/8"-11 adapter make it highly compatible with various devices, such as SLR camera, ring light, flat panel light, focus light, microphone, mobile phone, etc.

Recent work using Blue Iris streams for tiles has taken me into an odd discovery. I've no idea what that value is, but it's been fun!

I was able to make 'virtual' cameras - basically a black screen but using a Live Overlay which would allow me to set wget snippets saved into Local folder as items.

Today, I was able to stream a desktop of a computer screen as a camera feed into BlueIris. In turn, I can now place that camera stream as a tile. I can also now call Alexa to 'show [machinename]' which displays as a camera feed on any Alexa device.

I've got a number of workstations here in my office so it was easy to snag one as a 'source'. I'm using a really old Windows server 2012 running the latest Blue Iris for handling all my cameras around the house and property.

I have had functional 'Alexa, Show backyard' or 'show xyz' and can display any camera in my blueiris directly onto my Alexa Show units. (I've got 5 here - 2 5", 2 8" and 1 10"). Been using this since mid last year. I was recently working on making a useful dashboard, which in turn led me to learning easy ways to make a tile with an Image and put the URL to the BI stream directly onto the tile as a background. Worked perfectly!

One of my cameras has a 'Wunderground.com' weather source. but it doesn't supply a UV or Lumens value. I get that value from another great Hubitat community driver called OpenWeatherMap. I use the Lumens value to send triggers back to the BI server to force the cameras into night or day mode. All of that works great now!

But I wanted to display the UV and Lumens value IN the camera feed with the other weather variables. So I rigged up Rule use the new Beta of File saving on hubitat. I store the value being used for Lumens that I get from the OpenWeather device and write it into a file. Then I use a tool to take that created file off the hubitat and stick it as a BI video overlay. Perfect for my need!

But this led another user into exploring how to overlay Images in BI video. I then got the idea to pull content from websites and use that as overlays on a 'blank' camera screen. Again, Another awesome use for me I'd never thought of!

Finally, I began to explore the idea of creating a camera in BlueIris that was receiving its feed from a VLC stream of one of my workstation desktops. and again, once I got BI to handle, all the rest was downhill work. I can even send triggers from BI to Hubitat if the desktop screen changes.

The last thing I did was create an 'Overlay of an Overlay'. I stacked a screen image of a PNG file with a careful outline and 'blanked out' part of the screen. Having way to much fun!

I am using Windows 10 multi session OS with MS Office apps. It has MS Teams already installed. When i tried accessing the AVD via browser the teams camera is working fine. it is showing under the devices. 

But when I used the Azure Virtual Remote desktop client, the camera is not visible in Teams.

If you are seeing it working in the HTML client this is likely not using the WebRTC optimised experience so while you will see the camera/mic options they won't be optimised and are processed purely on the VM side. Camera redirection in HTML client is currently preview but this doesn't include Teams optimisation just yet.

Hi, i am using the rocketchat-desktop-Snap (Version 2.17.9) on Ubuntu 19.4. If i want to use Videochat with my Team, i can connect to jitsi-Server but the app get no access to camera (Permission not granted).

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