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Finally, a compressed image is returned in the.jpg file format. This format contains the compressed image as well as information that is needed to uncompressed, with. Native 4:2:0 and 4:2:2 coding – Eliminates the need to convert pixels into red, green, blue (RGB) components, which allows for direct compression of incoming sub-sampled pixels. This enables more efficient compression (e.g., 2:1 for YCbCr 4:2:0 coding versus 3:1 with RGB conversion), which in turn results in superior image quality for digital.

Compress.Studio is a serverless image compression tool with decentralized storage. 3.0 Image Compression Digital format is uniquely capable of performing signal processing necessary to accomplish bandwidth reduction with a minimum loss of picture quality. Signals, which are a number sequence, can be transformed to a band reduced format by a series of algorithms which are extremely powerful mathematical tools. Compress JPEG images and photos for displaying on web pages, sharing on social networks or sending by email. Select up to 20.jpg or.jpeg images from you device. Or drag files to the drop area.

Developed as an industry-wide compression standard for video interfaces that features low latency and visually lossless performance, DSC is currently integrated into standards used for embedded display interfaces within mobile systems. These include the VESA embedded DisplayPort (eDP™) Standard v1.4b and the MIPI Display Serial Interface (DSI) specification v1.2 and later versions. Since its initial introduction in April 2014, the DSC standard has achieved broad adoption in smart phones and tablets, and will be used in future notebook PCs.

The VESA DisplayPort™ (DP) 1.4a specification is the first DP standard to take advantage of DSC 1.2a, which is backward compatible with DSC 1.1. A side-by-side comparison of the two versions can be found at http://www.vesa.org/news-events/press-kits/.

The capabilities in DSC 1.2a allow the standard to be utilized not only for mobile displays, but also for emerging high-definition TVs. Key features include:

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• Native 4:2:0 and 4:2:2 coding – Eliminates the need to convert pixels into red, green, blue (RGB) components, which allows for direct compression of incoming sub-sampled pixels. This enables more efficient compression (e.g., 2:1 for YCbCr 4:2:0 coding versus 3:1 with RGB conversion), which in turn results in superior image quality for digital TVs, which often utilize YCbCr 4:2:0 coding.

• Up to 16 bits per color – Expands the number of bits per color that can be used, supporting native pixel coding at 8, 10, 12, 14 and 16 bits per color for input and output formats. DSC 1.1 supported only 8, 10 and 12 bits per color. The additional support of 14 and 16 bit depth allows complete compatibility with existing transports and wide color depth pixel formats—enabling the display of very high color depth content.

• High Dynamic Range (HDR) – HDR TV shows and movies are becoming available for on-line streaming, and Ultra HD Blu-ray™ discs with HDR titles are expected to hit the market soon. Because the higher color depth of HDR requires more data, the increased compression efficiency of 4:2:0 format by DSC 1.2a and through the DP 1.4a transport specification (which recognizes the BT.2020 color standard) will be a key enabler for driving adoption of HDR TV technology—especially as resolutions increase beyond 4K.

DSC FAQs

What is the VESA Display Stream Compression (DSC) Standard and how is it related to DisplayPort? Learn the basics on the DSC FAQ page on DisplayPort.com.

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Download the Spec

The VESA DSC Standard is open and royalty free. The Display Interface Compression Standards are available for free from VESA.