Many people tried to open their GoPro Cineform videos with VLC media player, but ended up with a failure error like "VLC could not decode the format CFHD". In this article, two methods are offered for you to settle VLC CFHD codec incompatibility issue.
A: If you are encountering similar VLC Cineform errors and trying to settle VLC CineForm playback trouble, you're not alone. Fortunately, you are reading this article, in which I will guide you to resolve this CFHD codec VLC playback problem in a few simple steps.
However, there is always an exception to every rule. There are still some codecs that VLC can't recognize. CFHD codec is one of them. When using VLC to play CineForm videos, you get the prompt "Codec not supported: VLC could not decode the format "CFHD" (CineForm)".
HD Video Converter Factory Pro is highly-recommended for GoPro video conversion for its 50X conversion speed, concise interface and reliability. The most important thing is that this software has powerful abilities including converting any video to 500+ formats and devices, reducing video size, rotating videos, etc. Now, download it for more useful functions.
However, some people complain that they don't want to install any plugin on their PC or the VLC plugin doesn't work. Well, in this situation, converting video to VLC supported formats is another amazing solution to settle CFHD codec VLC playback issue. WonderFox HD Video Converter Factory Pro is a powerful CFHD VLC converter for any level, which can help you convert GoPro CFHD videos to other popular video formats like MP4, MKV, etc.
Click Output Format on the right side of the converter. And then choose the MP4 format under the Video tab. Just as you can see, it also allows you to convert CFHD codec videos to other video formats like AVI, MKV, WMV, MPG and etc.
After output format is chosen, it goes back to the main interface, where you can compress GoPro CFHD videos and rotate GoPro videos if you like. At last, hit the Run button to get CFHD codec VLC playback issue resolved at one go.
An intermediate codec can be best described as a video encoding format designed for professional video editing. You typically use an intermediate codec to pass media files from one application to another in a post-production workflow.
The GoPro CineForm codec is optimized for encoding video content with 4K and higher resolution, including support for smart rendering. You can also render and transcode files in mixed formats into a single GoPro CineForm codec to archive, or share with other teams and systems.
You can easily move all relevant files in projects and sequences, and transcode them into a GoPro CineForm intermediate codec. You can archive this codec, or share with other teams and systems. At any point, you can re-edit the archived projects in Premiere Pro.
On Windows, because QuickTime is not available as a preview file format, GoPro CineForm cannot be used as a video preview codec for smart rendering. Smart rendering GoPro CineForm is possible on Windows only when the frames don't require rendering.
The GoPro CineForm codec can encode pixels in YUV 4:2:2 at 10 bits per channel, or RGBA 4:4:4:4 at 12 bits per channel. The encoded pixel format is based on the color depth and alpha channel settings that you select in the Export Settings dialog in Premiere Pro.
One of those annoying errors is linked with the missing codec 0xc00d5212. What does it mean? According to numerous users, they are frequently informed of an error message "Missing codec. This item was encoded in a format that's not supported. 0xc00d5212". When you open a video file in "Movies & TV" or "Windows Media Player" app on Windows 10 PC, be it AVI, MKV, MOV, or MP4, they will be end up with nothing but audio only. If you are overwhelmed with the format not supported error and cannot figure it out, stay on the page and learn how to fix the error 0xc00d5212.
The specific error is usually caused by the absence of codecs required to play media files. Besides, outdated display adapters, unsupported video format that cannot be recognized by the media player, video from external APFS SSD, accidental computer shut down, improper installation, malicious virus or spyware that leads to file corruption are also responsible for the 0xc00d5212 error.
There are many circumstances that your system doesn't have the supported codec preinstalled on it by default. For example, Microsoft Windows 10 asks you to install HEVC codec extension or AV1 codec extension additionally for proper playback of some MP4, WebM, or MKV file that may be encoded with the video codec. QuickTime player for Windows can't recognize your DNxHD files on Windows 10 PC.
If your computer doesn't preinstall the codec or codec pack, you are likely to see a missing codec 0xc00d5212 error. To resolve the problem, you can configure Windows Media Player to download codecs automatically. How do I install codecs into windows 10? Here are the steps.
For users who are using QuickTime player on Windows 10, you can also install AVID Codec LE to fix AVID DNxHD video not playing with QuickTime on Windows 10 issue and install K-Lite Codec to tackle QuickTime missing codec error in MOV video playing on Windows 10. But you need to be aware that codec pack tends to install way more stuff than you need, which greatly increases the possibility of crashes and impacts your computer performance. So just be careful.
If playing video file is still a failure with Windows Media Player, you can try some other software such as VLC or 5KPlayer. Both programs are preloaded with various video and audio codecs, including HEVC, H.264, VP9, VP8, Xvid, DivX, MTS, MKV, MKV, MPEG4, MPEG2, and more. So you can feel free to play any media file without worrying about the missing codec 0xc00d5212 issue.
Videos taken from cameras, smartphones or downloaded from streaming sites can be possibly encoded in a diversified of formats or codecs. For example, there can be an obscure file saved in XAVC HS format that your media player cannot recognize. Or maybe the downloaded MP4 video is encoded in AV1 codec that VLC cannot handle correctly. It's the reason that you cannot play video correctly and end up with the missing codec 0xc00d5212 error or can't play issue.
Note: Apart from the 4 solutions we mentioned, you are highly suggested to scan your system and remove virus or malware with an antivirus program. This will ensure your data stay safe against corruption. If your video is unfortunately damaged, the 0xc00d5212 code error will also appear. And you can rely on some video repair tool such as Stellarinfo, Remosoftware, and more to cope with the faulty video codec error.
Video playback is inevitably bogged down with various errors. Besides the codec missing or the 0xc00d5212 code error we mentioned above, there are some other issues such as video format not supported, codec unavailable, audio not supported, and more. These are all responsible for the format incompatibility issues. A once and for all solution is to resort to the solution 4 and convert the video file to another that is optimized for your device.
Examples of media that will be affected by the transition to 64-bit technology include video files from early Flip Video cameras that use the 3ivx codec, early web videos encoded with the Sorenson codec, and media converted from DVD to the DivX format.
To display this window, select as many files as you want in the Finder then, either choose File > Get Info or type the shortcut Cmd + I. The Codecs field describes the media format for both audio and video elements of the file; audio and video files never use the same codec.
More importantly, though, is to become aware of what codecs you are using in your projects to determine what you need to convert before the next change to macOS. As you can see here, there are lots of different ways to accomplish this task.
Stanislav Dolganov designed and implemented experimental support for motion estimation and compensation in the lossless FFV1 codec. The design and implementation is based on the snow video codec, which uses OBMC. Stanislav's work proved that significant compression gains can be achieved with inter frame compression. FFmpeg welcomes Stanislav to continue working beyond this proof of concept and bring its advances into the official FFV1 specification within the IETF.
Jai Luthra's objective was to update the out-of-tree and pretty much abandoned MLP (Meridian Lossless Packing) encoder for libavcodec and improve it to enable encoding to the TrueHD format. For the qualification period the encoder was updated such that it was usable and throughout the summer, successfully improved adding support for multi-channel audio and TrueHD encoding. Jai's code has been merged into the main repository now. While a few problems remain with respect to LFE channel and 32 bit sample handling, these are in the process of being fixed such that effort can be finally put in improving the encoder's speed and efficiency.
AVI is just a wrapper format that stores the video and audio streams compressed by lossy codecs like MPEG-H HEVC, MPEG-4, VP9, VP8, MPEG-1 Video, MPEG-2 Video, MPEG-4 Visual, Opus, MP2, MP1, FLAC, ALAC, and WMA Lossless.
Though Mac can recognize the AVI, it won't play the AVI correctly if it's incompatible with the codecs used for compressing the video and audio streams wrapped by the AVI file. Besides, Mac is particular about the encoding specifications. For example, QuickTime Player is compatible with HEVC files, but it won't play an AVI HEVC file that doesn't come with the hvc1 tag. In addition, Apple doesn't pull up a list to tell its users what video formats are accepted and what are not.
Programs like Final Cut Pro and Motion rely on QuickTime 7 framework to decompress many formats that they are not compatible with natively. However, Apple dropped the support for QuickTime 7 since macOS Catalina, which might cause incompatible issues when playing or editing AV1/VP9, H.261, Cinepak, DivX, CineForm, and many formats on Mac. In conclusion, if an AVI file doesn't get damaged but cannot open with Mac, in most cases, the incompatible codec is the main culprit. 2b1af7f3a8