Popular Video Compression Techniques You Can Consider

Video compression has become a necessary step for those who create video content to be produced commercially for public consumption. If you are making a huge decision on whether to choose h264 vs h265 right now, you belong to these people who produce content for a living. Because of this reason, you have to know the different video compression techniques available. The information listed below will help you make a crucial step in making the best possible choice to handle your media. In this article, you will learn about these techniques and how you can apply them to your videos.

Types of Video Compression Techniques You Can Use

Intra-frame and inter-frame compression

One of the most popular techniques that people use to compress their videos is intra-frame and inter-frame compression. Intra-frame compression refers to the decrease in the size of a video file through the compression of each frame independently. Inter-frame compression, on the other hand, reduces the file size of the video by checking out the similar and different aspects of each frame. Some examples of inter-frame compression codecs include h264 vs h265 codecs. Intra-frame codecs are ProRes and MJPEG.

MPEG or Moving Picture Experts Group

The next technique to compress your videos is MPEG or Moving Picture Experts Group. It actually is a subcategory of the intra-frame and inter-frame compression. It utilizes the process of motion estimation and quantization so that the files are greatly reduced to save on storage and keep the quality at its peak. Those who have tried MPEG standards before would say that they are composite in the process and more effective in their. use. This is the reason why you would see a lot of compressed files in this category.

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Spatial and temporal compression

Another video compression technique that is available for you is the spatial and temporal compression. The spatial compression process involves the removal of redundant aspects of the video in each of the frames of the media. On the other hand, temporal compression refers to the removal of the redundant aspects between the frames of the video. You will recognize that people who produce art videos and action videos with great quality and detail utilize either the spatial compression or temporal compression technique. The reason behind this is so that irrelevant information in the video is removed and the detail level of the content remains.

Lossy and lossless compression

If you do not want to lose any of the information, or at least, a minority of the information of your videos but still want to reduce the file size, you may opt to choose either the lossy or the lossless compression. This is practically a choice between the importance of details in the video. If you prefer to have high accuracy in the content so that your viewers will see the essential sections, you should pick the lossless compression. On the other hand, if you are creating a normal video that can permit a little reduction in quality, you can choose the lossy compression.

Conclusion

Video compression is all about making your file sizes smaller and losing as little level of quality as possible on your media. You have a choice between the types indicated above – MPEG, lossy and lossless compression, temporal and spatial compression, or intra-frame and interframe compression which include h264 vs h265 codecs. All of these techniques have their own pros and cons. You have to weigh each of the benefits of each type and see which ones will best suit your needs. Make sure to study each technique before you pick the right one for your content.