DIVX to MTS DIVX to MTS

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Converter DIVX to MTS

DivX is a digital video format that was developed by DivX Networks Inc. The DivX file format has found application in order to store high-resolution video after these files are compressed to a certain percentage of their initial size. At the same time, there is no need to talk about quality loss. When certain codecs are used, the files have a resolution of up to 1080 pixels. Moreover, they are able to occupy disk space up to 1 GB. DIVX files are media containers. They use audio and video codecs in order to increase compression efficiency, as well as in order to play data enclosed in a file of this format. There are two types of codecs used. In order to play .divx files, you need a DivX decompressor. DivX decompressors are included in most kits and packages. Many major media players have their own DivX support. DivX video files are also played by many hardware players. The lion's share of multimedia players can recognize the DIVX file type and open correctly to play .divx files. Only occasionally do you have to change the extension to .avi.

MTS is a video file format needed to play high resolution videos. Such files require AVCHD technology. This format supports 720p resolution and 1080i resolution. Files with the MTS extension are opened using applications installed on Panasonic and Sony high-resolution camcorders. Company data and developed this format. They are the holders of a general patent for the use of the extension. Appliances from Canon and Hitachi also apply this format. MTS is a type of video file that is popular. He found application in the Blu-ray Disc MPEG-2 Transport System. This is an advanced version of the MPEG-2 Transport Stream format for DVDs, Blu-Ray discs, solid state drives or hard drives. Currently used in most modern camcorders. It will not be a mistake to say that this is an analogue of high quality Full HD video standard. The use of the MTS format can be explained by the fact that, as a rule, cameras record on a removable SDHC memory card, and not on the internal memory of the device, which usually does not happen. This approach provided an opportunity to simplify the design of devices and significantly reduce their size.


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