Topaz Video AI Encoders Review

Topaz Video AI is a video file enhancement software that works on the basis of artificial intelligence. To improve the files in this program, there are various tools called encoders. Each of them has its own purpose, for which it was designed to better perform its tasks. Since there are a lot of them, I decided to make a short guide where I will tell you about each codec in just a couple of words and in what situation you can try to apply it.

ProRes 422 Proxy

The first and foremost purpose is to deal with low bitrate files and use that form in editing software as a smaller version of larger ones. This approach is suitable when memory capacity and data transfer rate is constrained.

ProRes 422 LT

Its strength is in achieving very high level of compression which leads to virtually a 70% increase in data transfer and about 30% space saving in file sizes.

ProRes 422 Standard

Making Implementations of ProRes codec and generation of files of suitable format for direct usage in Final Cut Pro X.

ProRes 422 HQ

The first advantage of Apple ProRes 422 is it attains high speed data transfer and the image quality doesn’t degrade.

ProRes 4444 XQ

The high bit rate and high preservation of detail across the dynamic range make Apple’s top-tier version of ProRes for 4x4x4x4 source video ideal, and they make export files large as well. However, it has its drawback, especially in its recent versions where some common codec support is missing from macOS 12.1 and above.

AVC Encoders

AVC or Advanced Video Coding is one of the present day and popular video compression intellectual property characteristics, which is distinguished by a contemporary and effective approach to video encoding.

H264 High

It is for the process of encoding and decoding the video stream, which is applied in online video processing and functioning in mobile devices as a result of its high compression quality. It is reported to generate videos with slightly higher size than that of H.265 codecs, but it is compatible with many browsers, mobile platforms and smart TVs.

HEVC Encoders

This codec has higher file quality when compared when both are compressed at the same rate as the H.264 codec. It has large subsequently measure transfer rates with small amounts of buffering and yield misfortune, peculiarly when streaming Hi-Resolution video.

H265 Main

The primary difference over other codecs is that it supports video resolution over 2560*1440 (4K). The file format preferred when using it is recommended to be in MP4 format.

H265 High

Provides configuration parameters superior to its competitors and that assures complicated video in high detail is processed. It supports high quality videos and the recommended format of video is MP4 format to be used.

H265 10

First of all, it includes new 10-bit profiles which provide better color depth. It also supports high resolution on video which include the use of mp4 format as the recommended one.

Google VP9 Encoders

It shares the same quality and compression as the H.265 codec and can be best used for embedding in website pages. The VP9 family packs two codecs known as the VP9 Good and the VP9 Best.

AV1 Encoders

This codec is going to be used with NVIDIA RTX 4000 or Intel ARC series graphics processing units. It involves considerable system resources, which results in a decline in the efficiency of devices with low performance indicators.

FFV1 Encoders

It is a lossless compression codec, therefore it is useful for situations where you want to archive your media files. That’s why it supports 8, 10, and 12-bit output for better operation.

Image Sequence Encoders

These codecs make it possible to export a video file in the form of a stream of pictures inheriting numbers successively. The main application is that of loading the image sequence to a video editing software for further processing.

TIFF

By utilizing this codec, sequencing is ensured at a high quality, and there is space to accommodate large files. It effectively copes with the work on 8 and 16 bit lossless formats.

PNG

This format is used to create a stream of good quality images. Because it compresses images efficiently the format maintains their detail and quality and decreases the amount of disk space required. This is one of the most commonly used image formats.

JPEG

JPEG should be used when there is reduced concern over picture quality. Its main benefit is that it is much smaller in size compared to TIFF as well as PNG images.

EXR

This format is mandatory when generating the multichannel bitmap files with HDR. It is mainly used in software used to create various special effects.

As you can see from the descriptions of codecs, the tool we are considering can be called very functional and with the help of this article you can understand which codecs will help you to perform your tasks. You can download Topaz Video AI from our website for free in any way convenient for you – directly or with the help of a torrent tracker. We made sure that our files are safe by checking them on online platforms and with the help of popular antivirus applications.

Conclusion

In conclusion, I can say that I tried to disassemble all the video and graphics codecs used in Topaz Video AI, and at the same time, describing their strengths and main purposes. I hope that, thanks to this, you will spend less time and be more productive, because now you know which codecs are best suited for your tasks.