Logitech C922 Pro Stream Software Download
Karl Schielke
The Logitech C922 Pro Stream Webcam is optimized for razor-sharp streaming and recording on channels like Twitch and YouTube, with an arsenal of tricks up its sleeve to help your stream stand out from the crowd.
Designed to meet the demands of serious streamers everywhere, the C922 Pro Stream makes it easy to produce clear, professional content. You can stream and record video in your choice of sharp, true-to-life 1080p at 30fps (frames per second) or a fluid 720p at 60fps to match the speed of your game. Uploads are fast and smooth thanks to built-in advanced H.264 video compression, freeing up processing power and network bandwidth to keep you in the game while you broadcast.
The C922 Pro Stream is the perfect all-in-one choice for streaming. Dual omni-directional noise cancelling microphones capture stereo audio from every angle and the included fully adjustable tabletop tripod lets you record from the most flattering angle for your stream.
Get even more streaming freedom on Windows with digital dynamic background replacement powered by Personify, so you can easily integrate your live image into the game on Twitch or YouTube without a complicated green screen setup.
Logitech worked closely with the leading gaming broadcast software company XSplit to integrate its popular live streaming and recording applications with the C922 Pro Stream Webcam and enable the best user experience. A complimentary 3-month XSplit Premium license for Windows is included so you can easily start streaming and recording your PC games with professional-grade tools and features right out of the box.
When it comes to webcams, most folks will plunk down about $40 and be ready to roll for the occasional low quality video chat. Up until a few months ago, I was firmly planted on that side of the fence, but fast forward to today, and like many who have been bitten by the streaming bug, I now find myself on the other side of the same fence needing a higher quality solution.
To test the difference between the frame rates at different resolutions, we moved a pen in front of the camera while recording in 1080p at 30 FPS, then flipped over to 720p at 60 FPS before making the same motions. The difference was noticeable as the pen was less blurry as it traveled across the screen at the higher frame rate. This jump in quality will likely prove useful for streamers seeing how most webcam footage is relegated to a small area of the screen, making a smooth frame rate more important than a higher resolution.
However, this leads me into a small dilemma, since I stream on twitch with webcam and all, it leaves me with no webcam to use if I want to use the stream deck, and if I don't use the stream deck then I have a paperweight of a device that's sitting on my desk while I stream. So in the end my question is if there is a way to control the power consumption or try to see what might be causing these two devices to not work well together?
Webcam used to run perfectly for days at a time. Then, due to Sd card corruption had to reflash octopi, and now the webcam stream stops almost immediately after a print starts. The light on the camera also goes out. it's detected in lsusb but when the light goes out, vcgencmd get_camera returns supported 1 and detected 0. This does not change until I reboot the Pi. Then I can leave it on for as long as I want, and it'll work.. until I start a print.
This will cause it to not work. /dev/video10 is not a camera device, it's part of the hardware encoders on the Pi. You won't be able to stream from it. Your camera would usually be /dev/video0 or /dev/video1.
I have a Logitech C920. Octo would only stream at 640 with Obico set on Automatic mode. I set Obico Plugin's to Compatibility and rebooted... then 1080p streaming works for browsers, VLC, Android apps (OctoApp & OctoRemote) but it no longer streams ANYTHING to the Obico server (self hosted). Now no matter what I enable in Obico Plugin's (Auto or Compat) it never streams to the Obico server... but my 1080p streaming works for everything else.
I got my M1 mini very recently and i paired it to with a logitech C922 just (5days ago), it works very nicely ( i do not know if it is working at 1080p or 720p and tbh I dont care) it work just fine gives me a smooth webcam stream and i use it for hours at a stretch minimum 2 hrs for sure with no problems at all.
However, Zoom listed "C922 Prostream Webcam" as an option for both the camera and the microphone in the preferences. Laptop lid was closed, so the picture was definitely coming from the C922. Tried it out with a quick Zoom with a friend and it worked fine. I'm using Zoom Version: 5.5.0 (12467.0131) connected to an institutional account through my university.
Breaking into the live-streaming game can be difficult, and there are quite a few different necessities that most people would say are required to gain viewers efficiently. One of these things is being able to put a face to a name and a voice. This means you might have to consider buying a webcam, but which one do you buy?
In short, it depends on your wallet size and how invested you are in streaming. If you are teetering on the fence about spending more time streaming, then there is no point going out and dropping large wads of cash on a streaming webcam. Instead, settle for something more mid-range that does its job perfectly and work your way up from there.
I couldn't find a way to fix this issue despite all the tweaking I did in the camera's setting. So, this is certainly a considerable downside for users looking to maintain quality streaming at 720p 60FPS.
The hinges work as intended, and I can't really think of that many monitors that the C922 Pro wouldn't fit onto. My only concern would be if you owned a monitor that has an ultra-thin bezel, as you don't want the C922 Pro rubbing up against your display panel. Other than those downsides I mentioned above, the C922 Pro is a fantastic streaming camera for any entry-level streamer looking to jump into the streaming game.
The Logitech C922 Pro is a compact, easy to use, versatile, and extremely well-built webcam. It offers the expected video performance for its price and even comes with some other little features as an added bonus. The build quality is reliable and resilient, and it also feels very nice in the hands. The hinges are sturdy and hold their strength when placed on a monitor, meaning buyers won't have to worry about their camera falling mid-stream.
For streamers looking to stream at 720p 60FPS, and don't already have a great lighting set up, the C922 Pro might not be for you. Since the quality drops for 720p 60FPS, it makes it extremely hard to get a nice image. What is worse is that there is no way to fix this issue either; the noise reduction smoothness cannot be turned off. Buyers will have to use the 1080p 30FPS recording to get clear video.
In summary, Logitech has done a fantastic job with the C922 Pro. It has very little downsides when compared to the positives it offers. It seems that Logitech is aiming at the entry-level streamers with this device, and I believe that they have hit that mark right on the nose.
The C922 is perfect for any streamer that is in the slow process of upgrading their set up. For just $99.99, an entry-level streamer who can't yet afford to purchase a large or higher-end camera gets great 1080p video at a consistent 30FPS. Buying the C922 while you are upgrading your streaming rig means you can stream with a reasonably great camera, not have to spend too much money, and, most importantly, not be left out by the rest of the streamers who have face-cams.
If you are looking for a webcam that is reliable, easy to install, great for 1080p video streaming, and something you won't have to worry about replacing for a reasonably short amount of time, then check out the Logitech C922 Pro. It might not be the streaming webcam you ultimately want, but it could be the one you need to kick off your live-streaming career.
When I use this command, I don't get any output with the Logitech C922.VLC fails to get the h264 stream and says that it only gets the YUYV Stream, which is not compliant to the resulting ts stream.(The h264 stream seems to be transported inside the mjpeg stream)
The problem is that the C922 does not advertise its H264 stream over UVC whereas the C920 does. This is because Logitech did not want to enable general use of the H264 for the C922, but instead wanted you to buy the camera with something like Skype which knows internally how to get hold of the data. The reason for this peculiar setup was to enable the camera to display high-resolution image previews on the local machine during video-conferencing; compatible applications send the H264 over the network but display the local camera preview using the MJPEG stream.
Technically speaking, the H264 data does come out of the C922, but you have to stream it as MJPEG. It appears that, parsing each MJPEG frame, the H264 is attached to each still image as an JFIF extension packet (e.g. APP1). Check the JFIF specification for details.
Given it's a non-standard solution to a non-standard way of streaming H264 from a web camera, for application robustness and future-compatibility with other cameras, I would stick to coding against the C920.
Edit :As pointed in your link, "H264 is still there, but is muxed into MJPEG stream (meaning MJPEG is a container with both still frames and H264 encoded video)".So having your camera in MJPG mode seems to be a prerequite.
And so, I chose to get the Logitech StreamCam. Not because I'm planning on doing any streaming, but simply because it offers a sharper looking image in most lighting conditions, and supports 1080p at 60 frames per second, if so desired. Perhaps this is overkill now, but as I am not someone who enjoys upgrading hardware often, I like to think that this camera is future proof.
When you go to the camera parameters dialog in Kinovea you will be able to select the stream format, the resolution and framerate. Resolution and framerate option availability depends on the stream format. Set the format to "MJPEG", this way the video will be compressed directly on the camera and the bandwidth to the computer will be much reduced, allowing to choose the top resolution/framerate combo without frame drops.
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