2096:(CABAC) algorithm that is fundamentally similar to CABAC in H.264/MPEG-4 AVC. CABAC is the only entropy encoder method that is allowed in HEVC while there are two entropy encoder methods allowed by H.264/MPEG-4 AVC. CABAC and the entropy coding of transform coefficients in HEVC were designed for a higher throughput than H.264/MPEG-4 AVC, while maintaining higher compression efficiency for larger transform block sizes relative to simple extensions. For instance, the number of context coded bins have been reduced by 8Γ and the CABAC bypass-mode has been improved in terms of its design to increase throughput. Another improvement with HEVC is that the dependencies between the coded data has been changed to further increase throughput. Context modeling in HEVC has also been improved so that CABAC can better select a context that increases efficiency when compared with H.264/MPEG-4 AVC.
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support for lossless and subjectively lossless compression. It should also support YCbCr 4:4:4, 4:2:2 and 4:2:0 with 10 to 16 bits per component, BT.2100 wide color gamut and high dynamic range (HDR) of more than 16 stops (with peak brightness of 1,000, 4,000 and 10,000 nits), auxiliary channels (for depth, transparency, etc.), variable and fractional frame rates from 0 to 120 Hz, scalable video coding for temporal (frame rate), spatial (resolution), SNR, color gamut and dynamic range differences, stereo/multiview coding, panoramic formats, and still picture coding. Encoding complexity of 10 times that of HEVC is expected. JVET issued a final "Call for
Proposals" in October 2017, with the first working draft of the Versatile Video Coding (VVC) standard released in April 2018. The VVC standard was finalized on July 6, 2020.
1933:, in that it uses inter-/intra-picture prediction and 2D transform coding. A HEVC encoder first proceeds by splitting a picture into block shaped regions for the first picture, or the first picture of a random access point, which uses intra-picture prediction. Intra-picture prediction is when the prediction of the blocks in the picture is based only on the information in that picture. For all other pictures, inter-picture prediction is used, in which prediction information is used from other pictures. After the prediction methods are finished and the picture goes through the loop filters, the final picture representation is stored in the decoded picture buffer. Pictures stored in the decoded picture buffer can be used for the prediction of other pictures.
1716:(CTU) sizes. This has been shown in PSNR tests with a HM-8.0 HEVC encoder where it was forced to use progressively smaller CTU sizes. For all test sequences, when compared with a 64Γ64 CTU size, it was shown that the HEVC bit rate increased by 2.2% when forced to use a 32Γ32 CTU size, and increased by 11.0% when forced to use a 16Γ16 CTU size. In the Class A test sequences, where the resolution of the video was 2560Γ1600, when compared with a 64Γ64 CTU size, it was shown that the HEVC bit rate increased by 5.7% when forced to use a 32Γ32 CTU size, and increased by 28.2% when forced to use a 16Γ16 CTU size. The tests showed that large CTU sizes increase coding efficiency while also reducing decoding time.
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allowing it to have a maximum bit rate 6 times higher than the Main 4:4:4 10 profile. HEVC decoders that conform to the Screen-Extended High
Throughput 4:4:4 10 profile must be capable of decoding bitstreams made with the following profiles: Monochrome, Main, Main 10, Main 4:2:2 10, Main 4:4:4, Main 4:4:4 10, Screen-Extended Main, Screen-Extended Main 10, Screen-Extended Main 4:4:4, Screen-Extended Main 4:4:4 10, Screen-Extended High Throughput 4:4:4, Screen-Extended High Throughput 4:4:4 10, High Throughput 4:4:4, and High Throughput 4:4:4.
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decoders that conform to the Screen-Extended High
Throughput 4:4:4 14 profile must be capable of decoding bitstreams made with the following profiles: Monochrome, Main, Main 10, Main 4:2:2 10, Main 4:4:4, Main 4:4:4 10, Screen-Extended Main, Screen-Extended Main 10, Screen-Extended Main 4:4:4, Screen-Extended Main 4:4:4 10, Screen-Extended High Throughput 4:4:4, Screen-Extended High Throughput 4:4:4 10, Screen-Extended High Throughput 4:4:4 14, High Throughput 4:4:4, High Throughput 4:4:4 10, and High Throughput 4:4:4 14.
1887:, at the expense of increased computational complexity. HEVC was designed with the goal of allowing video content to have a data compression ratio of up to 1000:1. Depending on the application requirements, HEVC encoders can trade off computational complexity, compression rate, robustness to errors, and encoding delay time. Two of the key features where HEVC was improved compared with H.264/MPEG-4 AVC was support for higher resolution video and improved parallel processing methods.
574:(HEVC) was adopted for the joint project. Starting at that meeting, the JCT-VC integrated features of some of the best proposals into a single software codebase and a "Test Model under Consideration", and performed further experiments to evaluate various proposed features. The first working draft specification of HEVC was produced at the third JCT-VC meeting in October 2010. Many changes in the coding tools and configuration of HEVC were made in later JCT-VC meetings.
1760:. The video sequences were encoded at five different bitrates using the HM-6.1.1 HEVC encoder and the JM-18.3 H.264/MPEG-4 AVC encoder. The subjective bit rate reductions were determined based on subjective assessment using mean opinion score values. The study compared HEVC MP with H.264/MPEG-4 AVC HP and showed that, for HEVC MP, the average bitrate reduction based on PSNR was 44.4%, while the average bitrate reduction based on subjective video quality was 66.5%.
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degradation and significantly improves parallel processing because the DBF no longer causes cascading interactions with other operations. Another change is that HEVC only allows for three DBF strengths of 0 to 2. HEVC also requires that the DBF first apply horizontal filtering for vertical edges to the picture and only after that does it apply vertical filtering for horizontal edges to the picture. This allows for multiple parallel threads to be used for the DBF.
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12744:
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operating at the maximum picture size supported by the level. The DPB capacity (in units of pictures) increases from 6 to 8, 12, or 16 as the picture size decreases from the maximum picture size supported by the level. The encoder selects which specific pictures are retained in the DPB on a picture-by-picture basis, so the encoder has the flexibility to determine for itself the best way to use the DPB capacity when encoding the video content.
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1783:(BD-BR) measurement method, in which negative values tell how much lower the bit rate is reduced, and positive values tell how much the bit rate is increased for the same PSNR. In the comparison, the HM-10.0 HEVC encoder had the highest coding efficiency and, on average, to get the same objective quality, the x264 encoder needed to increase the bit rate by 66.4%, while the VP9 encoder needed to increase the bit rate by 79.4%.
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2191:
these two neighbors, the sample is classified into one of five categories: minimum, maximum, an edge with the sample having the lower value, an edge with the sample having the higher value, or monotonic. For each of the first four categories an offset is applied. The band offset mode applies an offset based on the amplitude of a single sample. A sample is categorized by its amplitude into one of 32 bands (
4443:, enabling royalty-free software encoders and decoders is in the interest of accelerating HEVC adoption. HEVC Advance made an exception that specifically waives the royalties on software-only implementations (both decoders and encoders) when not bundled with hardware. However, the exempted software is not free from the licensing obligations of other patent holders (e.g. members of the MPEG LA pool).
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South Korea, Australia, New
Zealand, and others. Region 2 countries are countries not listed in the Region 1 country list. The HEVC Advance license had a maximum royalty rate of US$ 1.30 per device for Region 2 countries. Unlike MPEG LA, there was no annual cap. On top of this, HEVC Advance also charged a royalty rate of 0.5% of the revenue generated from video services encoding content in HEVC.
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570:
submitted. Evaluations showed that some proposals could reach the same visual quality as AVC at only half the bit rate in many of the test cases, at the cost of 2β10Γ increase in computational complexity, and some proposals achieved good subjective quality and bit rate results with lower computational complexity than the reference AVC High profile encodings. At that meeting, the name
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fees on AVC, which were $ 0.10 per device, with the same 100,000 waiver, and an annual cap of $ 6.5 million. MPEG LA does not charge any fee on the content itself, something they had attempted when initially licensing AVC, but subsequently dropped when content producers refused to pay it. The license has been expanded to include the profiles in version 2 of the HEVC standard.
545:. An agreement of getting a bit rate reduction of 50% had been decided as the goal of the project by July 2007. Early evaluations were performed with modifications of the KTA reference software encoder developed by VCEG. By July 2009, experimental results showed average bit reduction of around 20% compared with AVC High Profile; these results prompted MPEG to initiate its
3087:(MOS) values for the subjective assessment. The subjective assessment used the same test methodology and images as those used by the JPEG committee when it evaluated JPEG XR. For 4:2:0 chroma sampled images the average bit rate reduction for HEVC compared to JPEG 2000 was 20.26% for PSNR and 30.96% for MOS while compared to JPEG it was 61.63% for PSNR and 43.10% for MOS.
3058:) profile allows for a single still picture to be encoded with the same constraints as the Main profile. As a subset of the Main profile the Main Still Picture profile allows for a bit depth of 8 bits per sample with 4:2:0 chroma sampling. An objective performance comparison was done in April 2012 in which HEVC reduced the average bit rate for images by 56% compared to
330:. The ISO/IEC group refers to it as MPEG-H Part 2 and the ITU-T as H.265. The first version of the HEVC standard was ratified in January 2013 and published in June 2013. The second version, with multiview extensions (MV-HEVC), range extensions (RExt), and scalability extensions (SHVC), was completed and approved in 2014 and published in early 2015. Extensions for
2036:, which were used with previous standards, with coding tree units (CTUs) which can use larger block structures of up to 64Γ64 samples and can better sub-partition the picture into variable sized structures. HEVC initially divides the picture into CTUs which can be 64Γ64, 32Γ32, or 16Γ16 with a larger pixel block size usually increasing the coding efficiency.
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maximum bit rate 6 times higher than the Main 4:4:4 profile. HEVC decoders that conform to the Screen-Extended High
Throughput 4:4:4 profile must be capable of decoding bitstreams made with the following profiles: Monochrome, Main, Main 4:4:4, Screen-Extended Main, Screen-Extended Main 4:4:4, Screen-Extended High Throughput 4:4:4, and High Throughput 4:4:4.
2870:(SVC). The HEVC range extensions, HEVC scalable extensions, and HEVC multi-view extensions were completed in July 2014. In July 2014 a draft of the second version of HEVC was released. Screen content coding (SCC) extensions were under development for screen content video, which contains text and graphics, with an expected final draft release date of 2015.
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and can be used for flat surfaces. The planar prediction mode in HEVC supports all block sizes defined in HEVC while the planar prediction mode in H.264/MPEG-4 AVC is limited to a block size of 16Γ16 pixels. The intra prediction modes use data from neighboring prediction blocks that have been previously decoded from within the same picture.
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codebase was established for evaluating such proposals. The KTA software was based on the Joint Model (JM) reference software that was developed by the MPEG & VCEG Joint Video Team for H.264/MPEG-4 AVC. Additional proposed technologies were integrated into the KTA software and tested in experiment evaluations over the next four years.
2956:. The Main 10 profile allows for a bit depth of 8 to 10 bits per sample with 4:2:0 chroma sampling. HEVC decoders that conform to the Main 10 profile must be capable of decoding bitstreams made with the following profiles: Main and Main 10. A higher bit depth allows for a greater number of colors. 8 bits per sample allows for 256
646:. The terms, covering 500 essential patents, were announced on July 22, 2015, with rates that depend on the country of sale, type of device, HEVC profile, HEVC extensions, and HEVC optional features. Unlike the MPEG LA terms, HEVC Advance reintroduced license fees on content encoded with HEVC, through a revenue sharing fee.
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similar to "skipped" and "direct" motion inference modes in H.264/MPEG-4 AVC but with two improvements. The first improvement is that HEVC uses index information to select one of several available candidates. The second improvement is that HEVC uses information from the reference picture list and reference picture index.
334:(3D-HEVC) were completed in early 2015, and extensions for screen content coding (SCC) were completed in early 2016 and published in early 2017, covering video containing rendered graphics, text, or animation as well as (or instead of) camera-captured video scenes. In October 2017, the standard was recognized by a
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period of one second. In the comparison, the HM-15.0 HEVC encoder had the highest coding efficiency and, on average, for the same subjective quality the bit rate could be reduced by 49.4% compared with the VP9 1.2.0β5183 encoder, and it could be reduced by 52.6% compared with the JM-18.8 H.264/MPEG-4 AVC encoder.
1750:(EPFL) did a study to evaluate the subjective video quality of HEVC at resolutions higher than HDTV. The study was done with three videos with resolutions of 3840Γ1744 at 24 fps, 3840Γ2048 at 30 fps, and 3840Γ2160 at 30 fps. The five second video sequences showed people on a street, traffic, and a scene from the
1847:. The video sequences were encoded using the HM-12.1 HEVC encoder and the JM-18.5 H.264/MPEG-4 AVC encoder. The comparison used a range of resolutions and the average bit rate reduction for HEVC was 59%. The average bit rate reduction for HEVC was 52% for 480p, 56% for 720p, 62% for 1080p, and 64% for 4K UHD.
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their maximum bit rate. The Main tier was designed for most applications while the High tier was designed for very demanding applications. A decoder that conforms to a given tier/level is required to be capable of decoding all bitstreams that are encoded for that tier/level and for all lower tiers/levels.
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A number of important companies with HEVC patents have not yet joined one of the patent pools. (β¦) To accelerate HEVC adoption, I propose that HEVC patent licensors agree to the following principles; Β· Software decoding on consumer devices must be royalty free. Β· Software encoding on consumer devices
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The High
Throughput 4:4:4 14 profile allows for a bit depth of 8 bits to 14 bits per sample with support for 4:0:0, 4:2:0, 4:2:2, and 4:4:4 chroma sampling. The High Throughput 4:4:4 14 profile has an HbrFactor 6 times higher than most inter frame HEVC profiles. HEVC decoders that conform to the High
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The Screen-Extended Main 4:4:4 profile allows for a bit depth of 8 bits per sample with support for 4:0:0, 4:2:0, 4:2:2, and 4:4:4 chroma sampling. HEVC decoders that conform to the Screen-Extended Main 4:4:4 profile must be capable of decoding bitstreams made with the following profiles: Monochrome,
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The Main 4:4:4 12 profile allows for a bit depth of 8 bits to 12 bits per sample with support for 4:0:0, 4:2:0, 4:2:2, and 4:4:4 chroma sampling. HEVC decoders that conform to the Main 4:4:4 12 profile must be capable of decoding bitstreams made with the following profiles: Monochrome, Main, Main 10,
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The Main 4:4:4 10 profile allows for a bit depth of 8 bits to 10 bits per sample with support for 4:0:0, 4:2:0, 4:2:2, and 4:4:4 chroma sampling. HEVC decoders that conform to the Main 4:4:4 10 profile must be capable of decoding bitstreams made with the following profiles: Monochrome, Main, Main 10,
2873:
A profile is a defined set of coding tools that can be used to create a bitstream that conforms to that profile. An encoder for a profile may choose which coding tools to use as long as it generates a conforming bitstream while a decoder for a profile must support all coding tools that can be used in
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between values at nearby half-sample positions to generate values at quarter-sample positions. HEVC has improved precision due to the longer interpolation filter and the elimination of the intermediate rounding error. For 4:2:0 video, the chroma samples are interpolated with separable one-dimensional
3543:
The High
Throughput 4:4:4 10 profile allows for a bit depth of 8 bits to 10 bits per sample with support for 4:0:0, 4:2:0, 4:2:2, and 4:4:4 chroma sampling. The High Throughput 4:4:4 10 profile has an HbrFactor 6 times higher than most inter frame HEVC profiles allowing it to have a maximum bit rate
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The Screen-Extended Main profile allows for a bit depth of 8 bits per sample with support for 4:0:0 and 4:2:0 chroma sampling. HEVC decoders that conform to the Screen-Extended Main profile must be capable of decoding bitstreams made with the following profiles: Monochrome, Main, and Screen-Extended
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The Main 4:2:2 12 profile allows for a bit depth of 8 bits to 12 bits per sample with support for 4:0:0, 4:2:0, and 4:2:2 chroma sampling. HEVC decoders that conform to the Main 4:2:2 12 profile must be capable of decoding bitstreams made with the following profiles: Monochrome, Monochrome 12, Main,
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HEVC allows for two MV modes which are
Advanced Motion Vector Prediction (AMVP) and merge mode. AMVP uses data from the reference picture and can also use data from adjacent prediction blocks. The merge mode allows for the MVs to be inherited from neighboring prediction blocks. Merge mode in HEVC is
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For the interpolation of fractional luma sample positions HEVC uses separable application of one-dimensional half-sample interpolation with an 8-tap filter or quarter-sample interpolation with a 7-tap filter while, in comparison, H.264/MPEG-4 AVC uses a two-stage process that first derives values at
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Slices can, for the most part, be decoded independently from each other with the main purpose of tiles being the re-synchronization in case of data loss in the video stream. Slices can be defined as self-contained in that prediction is not made across slice boundaries. When in-loop filtering is done
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In a HEVC performance comparison released in April 2013, the HEVC MP and Main 10 Profile (M10P) were compared with H.264/MPEG-4 AVC HP and High 10 Profile (H10P) using 3840Γ2160 video sequences. The video sequences were encoded using the HM-10.0 HEVC encoder and the JM-18.4 H.264/MPEG-4 AVC encoder.
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HEVC MP has also been compared with H.264/MPEG-4 AVC HP for subjective video quality. The video encoding was done for entertainment applications and four different bitrates were made for nine video test sequences with a HM-5.0 HEVC encoder being used. The subjective assessment was done at an earlier
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A formal joint Call for
Proposals on video compression technology was issued in January 2010 by VCEG and MPEG, and proposals were evaluated at the first meeting of the MPEG & VCEG Joint Collaborative Team on Video Coding (JCT-VC), which took place in April 2010. A total of 27 full proposals were
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The Screen-Extended High
Throughput 4:4:4 14 profile allows for a bit depth of 8 bits to 14 bits per sample with support for 4:0:0, 4:2:0, 4:2:2, and 4:4:4 chroma sampling. The Screen-Extended High Throughput 4:4:4 14 profile has an HbrFactor 6 times higher than most inter frame HEVC profiles. HEVC
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In a PSNR based performance comparison released in April 2013 the Main 10 profile was compared to the Main profile using a set of 3840Γ2160 10-bit video sequences. The 10-bit video sequences were converted to 8 bits for the Main profile and remained at 10 bits for the Main 10 profile. The reference
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Wavefront parallel processing (WPP) is when a slice is divided into rows of CTUs in which the first row is decoded normally but each additional row requires that decisions be made in the previous row. WPP has the entropy encoder use information from the preceding row of CTUs and allows for a method
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reduction of 50% at the same subjective image quality compared with the H.264/MPEG-4 AVC High profile, and computational complexity ranging from 1/2 to 3 times that of the High profile. NGVC would be able to provide 25% bit rate reduction along with 50% reduction in complexity at the same perceived
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In most ways, HEVC is an extension of the concepts in H.264/MPEG-4 AVC. Both work by comparing different parts of a frame of video to find areas that are redundant, both within a single frame and between consecutive frames. These redundant areas are then replaced with a short description instead of
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The maximum bit rate of the profile is based on the combination of bit depth, chroma sampling, and the type of profile. For bit depth the maximum bit rate increases by 1.5Γ for 12-bit profiles and 2Γ for 16-bit profiles. For chroma sampling the maximum bit rate increases by 1.5Γ for 4:2:2 profiles
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The High Throughput 4:4:4 profile allows for a bit depth of 8 bits per sample with support for 4:0:0, 4:2:0, 4:2:2, and 4:4:4 chroma sampling. The High Throughput 4:4:4 profile has an HbrFactor 6 times higher than most inter frame HEVC profiles allowing it to have a maximum bit rate 6 times higher
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The Screen-Extended High Throughput 4:4:4 profile allows for a bit depth of 8 bits per sample with support for 4:0:0, 4:2:0, 4:2:2, and 4:4:4 chroma sampling. The Screen-Extended High Throughput 4:4:4 profile has an HbrFactor 6 times higher than most inter frame HEVC profiles allowing it to have a
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The Main 4:2:2 10 profile allows for a bit depth of 8 bits to 10 bits per sample with support for 4:0:0, 4:2:0, and 4:2:2 chroma sampling. HEVC decoders that conform to the Main 4:2:2 10 profile must be capable of decoding bitstreams made with the following profiles: Monochrome, Main, Main 10, and
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The Main 12 profile allows for a bit depth of 8 bits to 12 bits per sample with support for 4:0:0 and 4:2:0 chroma sampling. HEVC decoders that conform to the Main 12 profile must be capable of decoding bitstreams made with the following profiles: Monochrome, Monochrome 12, Main, Main 10, and Main
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The Main 10 profile allows for improved video quality since it can support video with a higher bit depth than what is supported by the Main profile. Additionally, in the Main 10 profile 8-bit video can be coded with a higher bit depth of 10 bits, which allows improved coding efficiency compared to
2112:
HEVC specifies 33 directional modes for intra prediction compared with the 8 directional modes for intra prediction specified by H.264/MPEG-4 AVC. HEVC also specifies DC intra prediction and planar prediction modes. The DC intra prediction mode generates a mean value by averaging reference samples
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Tiles allow for the picture to be divided into a grid of rectangular regions that can independently be decoded/encoded. The main purpose of tiles is to allow for parallel processing. Tiles can be independently decoded and can even allow for random access to specific regions of a picture in a video
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When they were announced, there was considerable backlash from industry observers about the "unreasonable and greedy" fees on devices, which were about seven times that of the MPEG LA's fees. Added together, a device would require licenses costing $ 2.80, twenty-eight times as expensive as AVC, as
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Previously decoded pictures are stored in a decoded picture buffer (DPB), and are used by HEVC encoders to form predictions for subsequent pictures. The maximum number of pictures that can be stored in the DPB, called the DPB capacity, is 6 (including the current picture) for all HEVC levels when
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The HEVC standard defines two tiers, Main and High, and thirteen levels. A level is a set of constraints for a bitstream. For levels below level 4 only the Main tier is allowed. The Main tier is a lower tier than the High tier. The tiers were made to deal with applications that differ in terms of
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The Screen-Extended Main 10 profile allows for a bit depth of 8 bits to 10 bits per sample with support for 4:0:0 and 4:2:0 chroma sampling. HEVC decoders that conform to the Screen-Extended Main 10 profile must be capable of decoding bitstreams made with the following profiles: Monochrome, Main,
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The Main 4:4:4 16 Intra profile allows for a bit depth of 8 bits to 16 bits per sample with support for 4:0:0, 4:2:0, 4:2:2, and 4:4:4 chroma sampling. HEVC decoders that conform to the Main 4:4:4 16 Intra profile must be capable of decoding bitstreams made with the following profiles: Monochrome
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in the bitstream. Per CTB the SAO filter can be disabled or applied in one of two modes: edge offset mode or band offset mode. The edge offset mode operates by comparing the value of a sample to two of its eight neighbors using one of four directional gradient patterns. Based on a comparison with
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The DBF is similar to the one used by H.264/MPEG-4 AVC but with a simpler design and better support for parallel processing. In HEVC the DBF only applies to a 8Γ8 sample grid while with H.264/MPEG-4 AVC the DBF applies to a 4Γ4 sample grid. DBF uses a 8Γ8 sample grid since it causes no noticeable
1704:
Most video coding standards are designed primarily to achieve the highest coding efficiency. Coding efficiency is the ability to encode video at the lowest possible bit rate while maintaining a certain level of video quality. There are two standard ways to measure the coding efficiency of a video
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announced their HEVC license which covers the essential patents from 23 companies. The first 100,000 "devices" (which includes software implementations) are royalty free, and after that the fee is $ 0.20 per device up to an annual cap of $ 25 million. This is significantly more expensive than the
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standard). In October 2004, various techniques for potential enhancement of the H.264/MPEG-4 AVC standard were surveyed. In January 2005, at the next meeting of VCEG, VCEG began designating certain topics as "Key Technical Areas" (KTA) for further investigation. A software codebase called the KTA
4487:
In October 2015, MPEG and VCEG formed Joint Video Exploration Team (JVET) to evaluate available compression technologies and study the requirements for a next-generation video compression standard. The new algorithm should have 30β50% better compression rate for the same perceptual quality, with
3508:
The Screen-Extended Main 4:4:4 10 profile allows for a bit depth of 8 bits to 10 bits per sample with support for 4:0:0, 4:2:0, 4:2:2, and 4:4:4 chroma sampling. HEVC decoders that conform to the Screen-Extended Main 4:4:4 10 profile must be capable of decoding bitstreams made with the following
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12 times higher than other HEVC profiles, allowing it to have a maximum bit rate 12 times higher than the Main 4:4:4 16 Intra profile. The High Throughput 4:4:4 16 Intra profile is designed for high end professional content creation and decoders for this profile are not required to support other
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that tells how the interlaced video was sent. Interlaced video may be sent either by coding each frame as a separate picture or by coding each field as a separate picture. For interlaced video HEVC can change between frame coding and field coding using Sequence Adaptive Frame Field (SAFF), which
1850:
In a subjective video codec comparison released in August 2014 by the EPFL, the HM-15.0 HEVC encoder was compared with the VP9 1.2.0β5183 encoder and the JM-18.8 H.264/MPEG-4 AVC encoder. Four 4K resolutions sequences were encoded at five different bit rates with the encoders set to use an intra
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The initial HEVC Advance license had a maximum royalty rate of US$ 2.60 per device for Region 1 countries and a content royalty rate of 0.5% of the revenue generated from HEVC video services. Region 1 countries in the HEVC Advance license include the United States, Canada, European Union, Japan,
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On December 18, 2015, HEVC Advance announced changes in the royalty rates. The changes include a reduction in the maximum royalty rate for Region 1 countries to US$ 2.03 per device, the creation of annual royalty caps, and a waiving of royalties on content that is free to end users. The annual
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The Screen-Extended High Throughput 4:4:4 10 profile allows for a bit depth of 8 bits to 10 bits per sample with support for 4:0:0, 4:2:0, 4:2:2, and 4:4:4 chroma sampling. The Screen-Extended High Throughput 4:4:4 10 profile has an HbrFactor 6 times higher than most inter frame HEVC profiles
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The Monochrome 16 profile allows for a bit depth of 8 bits to 16 bits per sample with support for 4:0:0 chroma sampling. HEVC decoders that conform to the Monochrome 16 profile must be capable of decoding bitstreams made with the following profiles: Monochrome, Monochrome 12, and Monochrome
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Version 5: (February 13, 2018) Fifth approved version of the HEVC/H.265 standard which adds additional SEI messages that include omnidirectional video SEI messages, a Monochrome 10 profile, a Main 10 Still Picture profile, and corrections to various minor defects in the prior content of the
3260:
The Main 4:4:4 profile allows for a bit depth of 8 bits per sample with support for 4:0:0, 4:2:0, 4:2:2, and 4:4:4 chroma sampling. HEVC decoders that conform to the Main 4:4:4 profile must be capable of decoding bitstreams made with the following profiles: Monochrome, Main, and Main
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bins). Offsets are specified for four consecutive of the 32 bands, because in flat areas which are prone to banding artifacts, sample amplitudes tend to be clustered in a small range. The SAO filter was designed to increase picture quality, reduce banding artifacts, and reduce
3066:
based performance comparison for still image compression was done in May 2012 using the HEVC HM 6.0 encoder and the reference software encoders for the other standards. For still images HEVC reduced the average bit rate by 15.8% compared to H.264/MPEG-4 AVC, 22.6% compared to
1731:
Main Profile (MP). The video encoding was done for entertainment applications and twelve different bitrates were made for the nine video test sequences with a HM-8.0 HEVC encoder being used. Of the nine video test sequences, five were at HD resolution, while four were at
1736:(800Γ480) resolution. The bit rate reductions for HEVC were determined based on PSNR with HEVC having a bit rate reduction of 35.4% compared with H.264/MPEG-4 AVC HP, 63.7% compared with MPEG-4 ASP, 65.1% compared with H.263 HLP, and 70.8% compared with H.262/MPEG-2 MP.
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filtering, and an additional filtering step called sample-adaptive offset filtering. Effective use of these improvements requires much more signal processing capability for compressing the video but has less impact on the amount of computation needed for decompression.
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owned by the organizations that participated in the JCT-VC. Implementing a device or software application that uses HEVC may require a license from HEVC patent holders. The ISO/IEC and ITU require companies that belong to their organizations to offer their patents on
2169:(DBF) applied first and the sample adaptive offset (SAO) filter applied afterwards. Both loop filters are applied in the inter-picture prediction loop, i.e. the filtered image is stored in the decoded picture buffer (DPB) as a reference for inter-picture prediction.
1112:. The OpenHEVC decoder supports the Main profile of HEVC and can decode 1080p at 30 fps video using a single core CPU. A live transcoder that supports HEVC and used in combination with the GPAC video player was shown at the ATEME booth at the NAB Show in April 2013.
1870:
encoder, libvpx. Using their advanced Video Multimethod Assessment Fusion (VMAF) video quality measurement tool, Netflix found that x265 delivered identical quality at bit rates ranging from 35.4% to 53.3% lower than x264, and from 17.8% to 21.8% lower than VP9.
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On November 22, 2016, HEVC Advance announced a major initiative, revising their policy to allow software implementations of HEVC to be distributed directly to consumer mobile devices and personal computers royalty free, without requiring a patent license.
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Version 7: (November 29, 2019) Seventh approved version of the HEVC/H.265 standard which adds additional SEI messages for fisheye video information and annotated regions, and also includes corrections to various minor defects in the prior content of the
1080:
S4 dual-core processor running at 1.5 GHz, showing H.264/MPEG-4 AVC and HEVC versions of the same video content playing side by side. In this demonstration, HEVC reportedly showed almost a 50% bit rate reduction compared with H.264/MPEG-4 AVC.
2899:) profile was added at the October 2012 HEVC meeting based on proposal JCTVC-K0109 which proposed that a 10-bit profile be added to HEVC for consumer applications. The proposal said this was to allow for improved video quality and to support the
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A performance comparison for still image compression was done in January 2013 using the HEVC HM 8.0rc2 encoder, Kakadu version 6.0 for JPEG 2000, and IJG version 6b for JPEG. The performance comparison used PSNR for the objective assessment and
3105:. The study showed that HEVC was significantly better at compression than the other image formats that were tested. Four different methods for comparing image quality were used in the study which were Y-SSIM, RGB-SSIM, IW-SSIM, and PSNR-HVS-M.
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precision used by HEVC allows for a MV range of β8192 to 8191.75 luma samples. This compares to H.264/MPEG-4 AVC which allows for a horizontal MV range of β2048 to 2047.75 luma samples and a vertical MV range of β512 to 511.75 luma samples.
2077:
Dependent slices can allow for data related to tiles or WPP to be accessed more quickly by the system than if the entire slice had to be decoded. The main purpose of dependent slices is to allow for low-delay video encoding due to its lower
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The combined licensing fees currently offered by all of the patent licensing bodies are higher than for AVC. The licensing fees are one of the main reasons HEVC adoption has been low on the web and is why some of the largest tech companies
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6 times higher than the Main 4:4:4 10 profile. HEVC decoders that conform to the High Throughput 4:4:4 10 profile must be capable of decoding bitstreams made with the following profiles: High Throughput 4:4:4 and High Throughput 4:4:4 10.
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wary of royalty-bearing formats for internet use. Competing formats intended for internet use (VP9 and AV1) are intended to steer clear of these concerns by being royalty free (provided there are no third-party claims of patent rights).
1034:
Version 6: (June 29, 2019) Sixth approved version of the HEVC/H.265 standard which adds additional SEI messages that include SEI manifest and SEI prefix messages, and corrections to various minor defects in the prior content of the
2964:(a total of 16.78 million colors) while 10 bits per sample allows for 1024 shades per primary color (a total of 1.07 billion colors). A higher bit depth allows for a smoother transition of color which resolves the problem known as
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2053:(DST). This provides a 1% bit rate reduction but was restricted to 4Γ4 luma transform blocks due to marginal benefits for the other transform cases. Chroma uses the same TU sizes as luma so there is no 2Γ2 transform for chroma.
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developers released information on HEVC decoding performance using an Intel i7 CPU at 3.5 GHz with 4 cores and 8 threads. The DivX 10.1 Beta decoder was capable of 210.9 fps at 720p, 101.5 fps at 1080p, and 29.6 fps at 4K.
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As in H.264/MPEG-4 AVC, weighted prediction in HEVC can be used either with uni-prediction (in which a single prediction value is used) or bi-prediction (in which the prediction values from two prediction blocks are combined).
2854:. Version 2 of HEVC adds 21 range extensions profiles, two scalable extensions profiles, and one multi-view profile. HEVC also contains provisions for additional profiles. Extensions that were added to HEVC include increased
1709:(PSNR), or to use subjective assessment of video quality. Subjective assessment of video quality is considered to be the most important way to measure a video coding standard since humans perceive video quality subjectively.
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On July 11, 2014, MPEG announced that the 2nd edition of HEVC will contain three recently completed extensions which are the multiview extensions (MV-HEVC), the range extensions (RExt), and the scalability extensions (SHVC).
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16-bit range for both horizontal and vertical motion vectors (MVs). This was added to HEVC at the July 2012 HEVC meeting with the mvLX variables. HEVC horizontal/vertical MVs have a range of β32768 to 32767 which given the
8772:; Jianle Chen; Ying Chen; David Flynn; Miska M. Hannuksela; Matteo Naccari; Chris Rosewarne; Karl Sharman; Joel Sole; Gary J. Sullivan; Teruhiko Suzuki; Gerhard Tech; Ye-Kui Wang; Krzysztof Wegner; Yan Ye (July 11, 2014).
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well as license fees on the content. This led to calls for "content owners band together and agree not to license from HEVC Advance". Others argued the rates might cause companies to switch to competing standards such as
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on a picture though, information across slice boundaries may be required. Slices are CTUs decoded in the order of the raster scan, and different coding types can be used for slices such as I types, P types, or B types.
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In a subjective video performance comparison released in May 2014, the JCT-VC compared the HEVC Main profile to the H.264/MPEG-4 AVC High profile. The comparison used mean opinion score values and was conducted by the
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color space that has become widely used in UHDTV systems and to be able to deliver higher dynamic range and color fidelity avoiding the banding artifacts. A variety of companies supported the proposal which included
1517:(since version 77 from July 2017, supported on Windows 10 1709+ for devices with supported hardware when HEVC video extensions is installed, since version 107 from October 2022, supported on macOS 11+, Android 5.0+)
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On April 5, 2014, at the NAB show, eBrisk Video, Inc. and Altera Corporation demonstrated an FPGA-accelerated HEVC Main10 encoder that encoded 4Kp60/10-bit video in real-time, using a dual-Xeon E5-2697-v2 platform.
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Version 4: (December 22, 2016) Fourth approved version of the HEVC/H.265 standard which adds seven screen content coding extensions profiles, three high throughput extensions profiles, and four scalable extensions
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The High Throughput 4:4:4 16 Intra profile allows for a bit depth of 8 bits to 16 bits per sample with support for 4:0:0, 4:2:0, 4:2:2, and 4:4:4 chroma sampling. The High Throughput 4:4:4 16 Intra profile has an
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HEVC specifies four transform units (TUs) sizes of 4Γ4, 8Γ8, 16Γ16, and 32Γ32 to code the prediction residual. A CTB may be recursively partitioned into 4 or more TUs. TUs use integer basis functions based on the
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As with its predecessor AVC, software distributors that implement HEVC in products must pay a price per distributed copy. While this licensing model is manageable for paid software, it is an obstacle to most
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said the Main 10 profile would bring the benefits of 10 bits per sample video to consumer TV. They also said that for higher resolutions there is no bit rate penalty for encoding video at 10 bits per sample.
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The HEVC format was jointly developed by more than a dozen organisations across the world. The majority of active patent contributions towards the development of the HEVC format came from five organizations:
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color decorrelation to let the luma (or G) match set the predicted chroma (or R/B) matches, which results in up to 7% gain for YCbCr 4:4:4 and up to 26% for RGB video. Particularly useful for screen coding.
4046:. It is essentially a wrapper for images coded using the HEVC Main 4:4:4 16 Still Picture profile with up to 14 bits per sample, although it uses an abbreviated header syntax and adds explicit support for
1244:, according to a statement from Gabriel Aul, the leader of Microsoft Operating Systems Group's Data and Fundamentals Team. Windows 10 Technical Preview Build 9860 added platform level support for HEVC and
3418:. The February 2016 draft of the screen content coding extensions added seven screen content coding extensions profiles, three high throughput extensions profiles, and four scalable extensions profiles:
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date than the PSNR comparison and so it used an earlier version of the HEVC encoder that had slightly lower performance. The bit rate reductions were determined based on subjective assessment using
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Intra, Monochrome 12 Intra, Monochrome 16 Intra, Main Intra, Main 10 Intra, Main 12 Intra, Main 4:2:2 10 Intra, Main 4:2:2 12 Intra, Main 4:4:4 Intra, Main 4:4:4 10 Intra, and Main 4:4:4 12 Intra.
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allows the coding mode to be changed for each video sequence. This allows interlaced video to be sent with HEVC without needing special interlaced decoding processes to be added to HEVC decoders.
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of the Main 4:4:4 16 Intra profile, the Main 4:4:4 16 Still Picture profile allows for a bit depth of 8 bits to 16 bits per sample with support for 4:0:0, 4:2:0, 4:2:2, and 4:4:4 chroma sampling.
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Version 2: (October 29, 2014) Second approved version of the HEVC/H.265 standard which adds 21 range extensions profiles, two scalable extensions profiles, and one multi-view extensions profile.
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642:. Speculation at the time was that these companies would form their own licensing pool to compete with or add to the MPEG LA pool. Such a group was formally announced on March 26, 2015, as
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Two approaches for standardizing enhanced compression technology were considered: either creating a new standard or creating extensions of H.264/MPEG-4 AVC. The project had tentative names
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than the Main 4:4:4 profile. HEVC decoders that conform to the High Throughput 4:4:4 profile must be capable of decoding bitstreams made with the following profiles: High Throughput 4:4:4.
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profiles: Monochrome, Main, Main 10, Main 4:2:2 10, Main 4:4:4, Main 4:4:4 10, Screen-Extended Main, Screen-Extended Main 10, Screen-Extended Main 4:4:4, and Screen-Extended Main 4:4:4 10.
6965:"NTT Develops World's Highest-level Compression Software Encoding Engine Fully Compliant with Next-gen "HEVC/H.265" Video Coding Standard, Rolls Out "HEVC-1000 SDK" Codec Development Kit"
3094:. HEVC has a larger performance improvement for higher resolution images than lower resolution images and a larger performance improvement for lower bit rates than higher bit rates. For
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Tiles and WPP are allowed, but are optional. If tiles are present, they must be at least 64 pixels high and 256 pixels wide with a level specific limit on the number of tiles allowed.
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Throughput 4:4:4 14 profile must be capable of decoding bitstreams made with the following profiles: High Throughput 4:4:4, High Throughput 4:4:4 10, and High Throughput 4:4:4 14.
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and would be directly licensing their HEVC patents. HEVC Advance previously listed 12 patents from Technicolor. Technicolor announced that they had rejoined on October 22, 2019.
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2230:, without any limit on the picture size or complexity (level 8.5). Unlike all other levels, no minimum decoder capacity is required, only a best-effort with reasonable fallback.
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1207:. 4K Blu-ray Discs have a data rate of at least 50 Mbit/s and disc capacity up to 100 GB. 4K Blu-ray Discs and players became available for purchase in 2015 or 2016.
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removed HEVC decoding support from Windows 10 with the Version 1709 Fall Creators Update, making HEVC available instead as a separate, paid download from the Microsoft Store.
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503:(VCEG) began a major study of technology advances that could enable the creation of a new video compression standard (or substantial compression-oriented enhancements of the
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the original pixels. The primary changes for HEVC include the expansion of the pattern comparison and difference-coding areas from 16Γ16 pixel to sizes up to 64Γ64, improved
6860:
3304:
of the Main 4:4:4 profile, the Main 4:4:4 Still Picture profile allows for a bit depth of 8 bits per sample with support for 4:0:0, 4:2:0, 4:2:2, and 4:4:4 chroma sampling.
588:
On April 13, 2013, HEVC/H.265 was approved as an ITU-T standard. The standard was formally published by the ITU-T on June 7, 2013, and by the ISO/IEC on November 25, 2013.
8521:
Chih-Ming Fu; Elena Alshina; Alexander Alshin; Yu-Wen Huang; Ching-Yeh Chen; Chia-Yang Tsai; Chih-Wei Hsu; Shaw-Min Lei; Jeong-Hoon Park; Woo-Jin Han (December 25, 2012).
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Tung, Nguyen; Philipp, Helle; Martin, Winken; Benjamin, Bross; Detlev, Marpe; Heiko, Schwarz; Thomas, Wiegand (December 2013). "Transform Coding Techniques in HEVC".
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video coding compared to the Main profile. The performance comparison states that for the tested video sequences the Main 10 profile outperformed the Main profile.
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In June 2023, an estimated 88.31% of browsers in use on desktop and mobile systems were able to play HEVC videos in HTML5 webpages, based on data from Can I Use.
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On March 31, 2017, Velos Media announced their HEVC license which covers the essential patents from Ericsson, Panasonic, Qualcomm Incorporated, Sharp, and Sony.
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announced the release of their HEVC-1000 SDK software encoder which supports the Main 10 profile, resolutions up to 7680Γ4320, and frame rates up to 120 fps.
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The SAO filter is applied after the DBF and is designed to allow for better reconstruction of the original signal amplitudes by applying offsets stored in a
1523:(since version 107 from October 2022, supported on macOS 11+, Android 5.0+, supported on Windows 7+, ChromeOS, and Linux for devices with supported hardware)
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The Main profile allows for a bit depth of 8 bits per sample with 4:2:0 chroma sampling, which is the most common type of video used with consumer devices.
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The Main 4:4:4 16 Still Picture profile allows for a single still picture to be encoded with the same constraints as the Main 4:4:4 16 Intra profile. As a
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released the GeForce GTX 960 (GM206), which includes the world's first full fixed function HEVC Main/Main10 hardware decoder in a discrete graphics card.
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8774:"Draft high efficiency video coding (HEVC) version 2, combined format range extensions (RExt), scalability (SHVC), and multi-view (MV-HEVC) extensions"
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Description length is getting a little out of hand. Try saying "this profile" and "following profiles, in addition to those mandatory for $ PROFILE".
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4473:), if what it does is patented, its use remains bound by the patent holders' rights unless the use of the patents has been authorized by a license.
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2049:(DCT). In addition, 4Γ4 luma transform blocks that belong to an intra coded region are transformed using an integer transform that is derived from
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color space that will be used by UHDTV. They also said the Rec. 2020 color space would drive the widespread adoption of 10-bit-per-sample video.
1306:
On March 31, 2015, VITEC announced the MGW Ace which was the first 100% hardware-based portable HEVC encoder that provides mobile HEVC encoding.
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7655:
4706:
2359:
Ambient viewing environment SEI message, provides information on the ambient light of the viewing environment that was used to author the video.
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Detlev Marpe; Heiko Schwarz; Sebastian Bosse; Benjamin Bross; Philipp Helle; Tobias Hinz; Heiner Kirchhoffer; Haricharan Lakshman; et al.
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3300:
The Main 4:4:4 Still Picture profile allows for a single still picture to be encoded with the same constraints as the Main 4:4:4 profile. As a
700:
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When the MPEG LA terms were announced, commenters noted that a number of prominent patent holders were not part of the group. Among these were
531:
313:
123:
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PSNR was based on the original 10-bit video sequences. In the performance comparison the Main 10 profile provided a 5% bit rate reduction for
2329:
The ITU-T version of the standard that added the SCC extensions (approved in December 2016 and published in March 2017) added support for the
1381:
released the GeForce GTX 1050Ti (GP107) and GeForce GTX 1050 (GP107), which includes full fixed function HEVC Main10/Main12 hardware encoder.
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While the obstacle to free software is no concern in for example TV broadcast networks, this problem, combined with the prospect of future
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version 2.2.0 was released with robust support of HEVC playback. The corresponding versions on Android and iOS are also able to play HEVC.
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519:(Next-generation Video Coding), and was a major part of the work of VCEG until it evolved into the HEVC joint project with MPEG in 2010.
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1097:(ISSCC) 2013. Their chip was capable of decoding a 3840Γ2160p at 30 fps video stream in real time, consuming under 0.1 W of power.
272:, and unlike the primarily 8-bit AVC, HEVC's higher fidelity Main 10 profile has been incorporated into nearly all supporting hardware.
16564:
15372:
9057:"Video Compression Using Nested Quadtree Structures, Leaf Merging and Improved Techniques for Motion Representation and Entropy Coding"
3098:
to get the same PSNR as HEVC took on average 1.4Γ more bits with JPEG 2000, 1.6Γ more bits with JPEG-XR, and 2.3Γ more bits with JPEG.
1487:
released version 107, which starts supporting HEVC hardware decoding for all platforms "out of the box", if the hardware is supported.
1017:
Version 1: (April 13, 2013) First approved version of the HEVC/H.265 standard containing Main, Main10, and Main Still Picture profiles.
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7347:"Ittiam | Press Releases | 2014 | Ittiam's H.265 Software Solution Enables HEVC Support in Android's Lollipop Release"
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1328:, its first processor with a hardware HEVC decoder supporting Main 8 and 10. This feature would not be unlocked until the release of
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Within these new profiles came enhanced coding features, many of which support efficient screen encoding or high-speed processing:
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6489:"Velos Media Launches New Licensing Platform to Drive Adoption of Latest Video Technologies, Improve Consumer Viewing Experience"
595:
On October 29, 2014, HEVC/H.265 version 2 was approved as an ITU-T standard. It was then formally published on January 12, 2015.
8551:"Meeting report of the 15th meeting of the Joint Collaborative Team on Video Coding (JCT-VC), Geneva, CH, 23 Oct. β 1 Nov. 2013"
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announced the availability of the first open source implementation of a HEVC software player based on the OpenHEVC decoder and
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5625:"Documents of the first meeting of the Joint Collaborative Team on Video Coding (JCT-VC) β Dresden, Germany, 15β23 April 2010"
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royalty caps for a company is US$ 40 million for devices, US$ 5 million for content, and US$ 2 million for optional features.
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8425:"Meeting report of the 10th meeting of the Joint Collaborative Team on Video Coding (JCT-VC), Stockholm, SE, 11β20 July 2012"
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Range extensions in MPEG are additional profiles, levels, and techniques that support needs beyond consumer video playback:
1675:- Playback with software decoding is possible on iPhone 5s (at 720p/240 fps, 1080p/60 fps) and iPhone 6 (at 1080p/240 fps).
350:(RAND) terms. Patent licenses can be obtained directly from each patent holder, or through patent licensing bodies, such as
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8116:"Meeting report of the 13th meeting of the Joint Collaborative Team on Video Coding (JCT-VC), Incheon, KR, 18β26 Apr. 2013"
1370:, which included a hardware HEVC encoder supporting Main 8 and 10. This feature would not be unlocked until the release of
8402:"Reduced-Complexity Entropy Coding of Transform Coefficient Levels Using Truncated Golomb-Rice Codes in Video Compression"
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14016:
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9186:"Performance Comparison of HM 6.0 with Existing Still Image Compression Schemes Using a Test Set of Popular Still Images"
1271:
On January 5, 2015, ViXS Systems announced the XCode 6800 which is the first SoC to support the Main 12 profile of HEVC.
581:. On the same day, MPEG announced that HEVC had been promoted to Final Draft International Standard (FDIS) status in the
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The Monochrome 12 profile allows for a bit depth of 8 bits to 12 bits per sample with support for 4:0:0 chroma sampling.
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half-sample positions using separable one-dimensional 6-tap interpolation followed by integer rounding and then applies
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Additional coding tool options have been added in the March 2016 draft of the screen content coding (SCC) extensions:
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On June 3, 2016, HEVC/H.265 version 4 was consented in the ITU-T and was not approved during a vote in October 2016.
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Version 2 of HEVC adds 21 range extensions profiles, two scalable extensions profiles, and one multi-view profile:
1906:
1424:, enabling some Windows 10 devices with HEVC decoding hardware to play video using the HEVC format inside any app.
1105:
335:
269:
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1670:- Some Android devices may only support 8-bit (Main profile) hardware decoding, but not 10-bit (Main 10 profile).
1463:
released the GeForce GTX 1070 Ti (GP104), which includes full fixed function HEVC Main10/Main12 hardware decoder.
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On January 5, 2015, Nvidia officially announced the Tegra X1 SoC with full fixed-function HEVC hardware decoding.
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Block size flexibility, supporting block sizes up to 32Γ32 (versus only 4Γ4 transform skip support in version 1).
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4655:(Preliminary draft). Sustainability of Digital Formats. Washington, D.C.: Library of Congress. November 19, 2020
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10077:"Comparison of the Coding Efficiency of Video Coding Standards β Including High Efficiency Video Coding (HEVC)"
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HEVC was designed to substantially improve coding efficiency compared with H.264/MPEG-4 AVC HP, i.e. to reduce
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released the GeForce RTX 2080 (TU104), which includes full fixed function HEVC Main 4:4:4 12 hardware decoder.
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8164:"Vision, Applications and Requirements for High Efficiency Video Coding (HEVC). ISO/IEC JTC1/SC29/WG11/N11872"
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The Scalable Monochrome 16 profile allows for a base layer that conforms to the Monochrome 16 profile of HEVC.
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The Scalable Monochrome 12 profile allows for a base layer that conforms to the Monochrome 12 profile of HEVC.
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color matrix. This allows the fourth version of HEVC to support both of the HDR transfer functions defined in
1929:
The HEVC video coding layer uses the same "hybrid" approach used in all modern video standards, starting from
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Version 3: (April 29, 2015) Third approved version of the HEVC/H.265 standard which adds the 3D Main profile.
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video quality as the High profile, or to provide greater bit rate reduction with somewhat higher complexity.
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4-tap filtering to generate eighth-sample precision, while in comparison H.264/MPEG-4 AVC uses only a 2-tap
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HEVC was standardized by the Joint Collaborative Team on Video Coding (JCT-VC), a collaboration between the
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6705:
6655:
6633:
6611:
6124:
5852:"Reference model for mixed and augmented reality defines architecture and terminology for MAR applications"
5576:
4055:
4032:
2344:
The fourth version of HEVC adds several supplemental enhancement information (SEI) messages which include:
538:
320:
8884:
7490:
6589:
3220:
The Monochrome profile allows for a bit depth of 8 bits per sample with support for 4:0:0 chroma sampling.
2255:
Intra smoothing control, allowing the encoder to turn smoothing on or off per-block, instead of per-frame.
1744:
values. The overall subjective bitrate reduction for HEVC MP compared with H.264/MPEG-4 AVC HP was 49.3%.
1313:
products with full fixed function Main/8-bit decoding/encoding and hybrid/partial Main10/10-bit decoding.
15115:
15011:
14489:
12786:
11229:
9822:
8697:
Matteo Naccari; Andrew Cotton; Sebastian Schwarz; Manish Pindoria; Marta Mrak; Tim Borer (June 9, 2015).
8583:
6277:"New Patent Pool Wants 0.5% Of Gross Revenue From Apple, Facebook & Others Over Higher Quality Video"
5327:
4447:
1944:. Interlace specific coding tools, such as MBAFF and PAFF, are not supported in HEVC. HEVC instead sends
1719:
The HEVC Main Profile (MP) has been compared in coding efficiency to H.264/MPEG-4 AVC High Profile (HP),
1656:
add-on can be purchased from the Microsoft Store to enable HEVC playback on the default media player app
1310:
10107:
9944:
8401:
7098:"Ittiam Systems announces availability of its third generation H.265/HEVC codec with 422 12-bit support"
3575:
The Scalable Main 4:4:4 profile allows for a base layer that conforms to the Main 4:4:4 profile of HEVC.
3557:
The Scalable Monochrome profile allows for a base layer that conforms to the Monochrome profile of HEVC.
1771:
In a video encoder comparison released in December 2013, the HM-10.0 HEVC encoder was compared with the
16579:
16381:
16319:
15857:
15836:
15795:
15681:
14671:
14579:
14529:
14288:
13621:
13616:
13015:
12650:
12577:
12270:
12102:
12077:
11567:
11204:
11011:
10463:
9970:
6767:
5276:
4650:
4545:
4540:
4012:
3063:
1706:
1653:
1559:
1225:
On September 18, 2014, Nvidia released the GeForce GTX 980 (GM204) and GTX 970 (GM204), which includes
1192:
500:
480:
327:
12642:
10219:
8674:
Rajan Joshi; Shan Liu; Gary Sullivan; Gerhard Tech; Ye-Kui Wang; Jizheng Xu; Yan Ye (March 24, 2016).
6363:"Technicolor withdraws from the HEVC Advance pool to enable direct licensing of its HEVC IP portfolio"
695:
The following organizations currently hold the most active patents in the HEVC patent pools listed by
15932:
15573:
15382:
14937:
14882:
14661:
14646:
13904:
13324:
12820:
12567:
12489:
12417:
12052:
11582:
11506:
11425:
10660:
10218:
Gerhard Tech; Ying Chen; Karsten MΓΌller; Jens-Rainer Ohm; Anthony Vetro; Ye-Kui Wang (January 2016).
7704:
7442:
7220:
3370:
2275:
2046:
276:
9083:"Decoding HEVC in 10-bit colours at 4K resolutions: PowerVR D5500, a Rosetta Stone for video decode"
7669:
2348:
Alternative transfer characteristics information SEI message, provides information on the preferred
577:
On January 25, 2013, the ITU announced that HEVC had received first stage approval (consent) in the
15998:
15646:
15153:
14985:
14892:
14681:
14656:
13868:
13863:
12617:
12602:
12544:
12387:
12310:
12245:
12210:
12013:
11966:
11800:
11754:
11616:
11552:
11289:
10690:
10156:
10021:
9754:
9086:
6528:
5202:
4526:
4516:
4500:β digital television formats with resolutions of 4K / 2160p (3840Γ2160) and 8K / 4320p (7680Γ4320)
4039:
3312:
3275:
Main 12, Main 4:2:2 10, Main 4:2:2 12, Main 4:4:4, Main 4:4:4 10, Main 4:4:4 12, and Monochrome 12.
2980:
2286:
CABAC bypass alignment, a decoding optimization specific to High Throughput 4:4:4 16 Intra profile.
1657:
1256:
1241:
1180:
8250:
8059:
7725:
6939:
4734:
3334:
The Scalable Main 10 profile allows for a base layer that conforms to the Main 10 profile of HEVC.
16584:
14539:
14081:
14071:
14066:
13641:
13626:
13566:
13000:
12995:
12955:
12660:
12422:
12300:
12220:
11959:
11926:
11842:
11780:
11749:
11309:
11069:
8060:"Comparison of compression efficiency between HEVC/H.265 and VP9 based on subjective assessments"
8034:"Comparison of compression efficiency between HEVC/H.265 and VP9 based on subjective assessments"
8011:"Comparison of compression efficiency between HEVC/H.265 and VP9 based on subjective assessments"
7075:
6510:
6149:
5654:
5188:
4824:"Primetime Engineering Emmy Award goes to HEVC, a key technology behind ultra-high definition TV"
4573:
2050:
468:
407:
280:
10558:
8191:"Vision and Requirements for High-Performance Video Coding (HVC). ISO/IEC JTC1/SC29/WG11/N10361"
7049:
6073:
6026:
5979:
5904:
5804:
5352:
1662:- Since Windows 11 version 22H2, the HEVC Video Extensions is built-in by default installation.
16609:
16604:
16501:
16485:
15947:
15922:
15493:
15108:
15089:
14857:
14847:
13976:
13394:
12975:
12779:
12622:
12469:
12392:
12057:
11790:
11637:
11264:
10501:
10442:
10430:
10284:
9786:
9496:
6691:
6677:
6562:
4799:
4507:
4482:
3090:
A PSNR based HEVC performance comparison for still image compression was done in April 2013 by
2945:
2863:
2128:
1285:
171:
9338:
8744:
8141:
5954:
5879:
5779:
2983:
said that 10-bit per sample video would allow for larger color spaces and is required for the
2001:, and externally specified color spaces. HEVC supports color encoding representations such as
16574:
16344:
16309:
16270:
16248:
16221:
16195:
15912:
15831:
15686:
15483:
14278:
13788:
13010:
12980:
12873:
12863:
12824:
12816:
12479:
12330:
12195:
12020:
11864:
11654:
10873:
10851:
10829:
10491:
9663:
9137:
9112:
Pierre Andrivon; Marco Arena; Philippe Salmon; Philippe Bordes; Paola Sunna (April 8, 2013).
7413:
5244:
3988:
3340:
The Multiview Main profile allows for a base layer that conforms to the Main profile of HEVC.
1858:
published the results of a large-scale study comparing the leading open-source HEVC encoder,
1638:
1614:
1596:
1289:
1069:
249:
9580:
8278:
7833:
7551:"Intel Announces 7th Gen Kaby Lake: 14nm PLUS, Six Notebook SKUs, Desktop coming in January"
3328:
The Scalable Main profile allows for a base layer that conforms to the Main profile of HEVC.
3101:
A compression efficiency study of HEVC, JPEG, JPEG XR, and WebP was done in October 2013 by
2242:
1890:
HEVC is targeted at next-generation HDTV displays and content capture systems which feature
16454:
16243:
16190:
15805:
15397:
15036:
14942:
14676:
14651:
14494:
14335:
14086:
13773:
13576:
13449:
13232:
12755:
11993:
11680:
10841:
10772:
10640:
10131:
Philippe Hanhart; Martin Rerabek; Francesca De Simone; Touradj Ebrahimi (August 15, 2012).
10106:
Philippe Hanhart; Martin Rerabek; Francesca De Simone; Touradj Ebrahimi (August 13, 2012).
8996:
Philippe Bordes; Gordon Clare; FΓ©lix Henry; MickaΓ«l Raulet; JΓ©rΓ΄me ViΓ©ron (July 20, 2012).
8696:
8366:
7483:"VITEC Unveils World's First Hardware-Based Portable HEVC Encoding and Streaming Appliance"
6813:
5632:
5602:
4016:
2352:
to use. The primary use case for this would be to deliver HLG video in a way that would be
2330:
2265:(RDPCM), allowing more-optimal coding of residual data if possible, vs the typical zig-zag.
2223:
Intra profiles for when file size is much less important than random-access decoding speed.
2123:
1998:
1508:
1410:
1200:
1196:
1176:
announced availability of its third generation H.265/HEVC codec with 4:2:2 12-bit support.
994:
460:
324:
119:
17:
9033:
5707:
5299:
4949:
4426:
Reasonable and non-discriminatory licensing Β§ Excluding costless distribution schemes
2283:
Extended precision processing, giving low bit-depth video slightly more accurate decoding.
8:
16233:
16226:
16169:
15473:
15365:
15348:
15343:
14877:
11981:
11649:
11441:
11347:
11294:
11006:
10801:
10777:
10725:
10481:
10384:
10331:
10204:"Design and Implementation of Next Generation Video Coding Systems (H.265/HEVC Tutorial)"
9963:"Beyond HEVC: Versatile Video Coding project starts strongly in Joint Video Experts Team"
7167:
6281:
4601:
4004:
2941:
2353:
2297:
Knee function: hints for converting between dynamic ranges, particularly from HDR to SDR.
1910:
1728:
1526:
1406:
1077:
819:
724:
578:
452:
424:
305:
241:
9111:
8370:
7748:"WWDC17 β HEVC with HLS β Apple just announced a feature that we support out of the box"
7246:
6817:
5385:
4707:"69th Engineering Emmy Awards: Joint Collaborative Team on Video Coding wins Emmy Award"
16050:
15962:
15841:
14822:
14757:
13097:
12442:
12295:
12285:
12265:
12240:
12072:
11587:
11572:
11112:
11084:
10767:
10730:
10246:
9712:
Since they haven't, many producers presume that the pool will impose content royalties.
9138:
Philippe Hanhart; Martin Rerabek; Pavel Korshunov; Touradj Ebrahimi (January 9, 2013).
8382:
8332:
7958:
Dan Grois; Detlev Marpe; Amit Mulayoff; Benaya Itzhaky; Ofer Hadar (December 8, 2013).
7394:
7373:"ViXS Announces World's First SoC With High Dynamic Range and 4K Ultra HD 12-Bit Color"
6839:
4828:
4617:
4597:
4470:
3951:
and 2Γ for 4:4:4 profiles. For the Intra profiles the maximum bit rate increases by 2Γ.
3084:
2859:
2462:
2144:
1898:
1741:
1496:
16035:
12030:
10931:
7024:"ViXS Begins Shipments of Industry's First SoC to Support Ultra HD 4K and 10-bit HEVC"
4027:
v6.8.0 after a patch from DivX was merged. A draft document has been submitted to the
3481:
The 3D Main profile allows for a base layer that conforms to the Main profile of HEVC.
2104:
1652:- Built-in support was removed in Windows 10 version 1709 due to licensing costs. The
16258:
13651:
12587:
12572:
12516:
12496:
12457:
12432:
12340:
12305:
12250:
12235:
12180:
12164:
11998:
11949:
11401:
11244:
10834:
10685:
10359:
10180:
9728:
8520:
7558:
7457:
7421:
6943:
6336:
6250:
5681:
5216:
3365:
3095:
2929:
2349:
2197:
2166:
1549:
1439:
1394:
870:
185:
9114:"Comparison of Compression Performance of HEVC Draft 10 with AVC for UHD-1 material"
8995:
8386:
7783:
6098:
6048:
6004:
5929:
4153:βͺ Most software HEVC implementation distributed to consumer devices after first sale
1160:
for MacOS) 6400 SoC which was the first SoC to support the Main 10 profile of HEVC.
16339:
15957:
15508:
14385:
14126:
13454:
12771:
12627:
12549:
12536:
12402:
12047:
11944:
11936:
11822:
11775:
11703:
11670:
10883:
10549:
10401:
10369:
10318:
10238:
10172:
10045:
8834:
8374:
8336:
8324:
7705:"Microsoft removes HEVC codec in Windows 10 Fall Creators Update, adds it to Store"
6972:
6843:
6829:
6821:
5829:
5555:
4563:
2957:
2027:
1941:
1937:
1891:
1751:
1713:
1300:
1252:
736:
504:
428:
363:
257:
15100:
10250:
9054:
6914:"H.265 benchmarked: Does the next-generation video codec live up to expectations?"
6354:
4989:
4469: : Regardless of how the software is licensed from the software authors (see
16559:
16464:
15988:
15578:
14995:
14716:
14621:
14375:
14303:
14298:
14293:
13778:
13741:
13736:
13731:
13726:
13721:
13716:
13711:
12559:
12205:
12172:
12025:
11817:
10926:
10903:
10160:
7656:"Now you can play HEVC files on any video player app using Microsoft's Extension"
4043:
2290:
HEVC version 2 adds several supplemental enhancement information (SEI) messages:
546:
153:
11387:
7957:
3004:
Comparison of standards for still image compression based on equal PSNR and MOS
1529:(since version 94 from December 2022, supported on the same platforms as Chrome)
16599:
16334:
16329:
16324:
16314:
15952:
15826:
15785:
15737:
15593:
15588:
14283:
14031:
13843:
13706:
13696:
13691:
13686:
13681:
13676:
13671:
13666:
13661:
13030:
13020:
12632:
12474:
12107:
11954:
11795:
11664:
10757:
10242:
10133:"Subjective quality evaluation of the upcoming HEVC video compression standard"
10108:"Subjective quality evaluation of the upcoming HEVC video compression standard"
10050:
10029:
10025:
8378:
8328:
8309:
7914:"Subjective quality evaluation of the upcoming HEVC video compression standard"
7101:
5574:
5560:
5539:
4558:
3992:
3969:
The MaxDpbSize is the maximum number of pictures in the decoded picture buffer.
2949:
1514:
1260:
1173:
1048:
Version 10: on 29 July, 2024 Version 10 was approved, it is the latest version.
883:
670:
484:
10176:
10075:
J.-R. Ohm; G. J. Sullivan; H. Schwarz; T. K. Tan; T. Wiegand (December 2012).
9286:; Yan Ye; Miska M. Hannuksela; Gary J. Sullivan; Ye-kui Wang (July 10, 2014).
9281:
9140:"AhG4: Subjective evaluation of HEVC intra coding for still image compression"
8911:"On a 10-bit consumer-oriented profile in High Efficiency Video Coding (HEVC)"
8607:
7986:
7527:
7071:
6825:
4870:"The Alliance for Open Media Kickstarts Video Innovation Era with AV1 Release"
604:
On December 22, 2016, HEVC/H.265 version 4 was approved as an ITU-T standard.
16533:
16397:
16299:
16286:
16238:
16043:
16008:
15942:
15882:
15821:
15732:
15727:
15608:
15583:
15071:
15046:
15031:
14967:
14962:
14957:
14952:
14947:
14792:
14737:
14706:
14696:
14559:
14549:
14519:
14514:
14464:
14444:
14422:
14407:
14360:
14325:
14268:
14263:
14253:
14131:
14076:
14051:
14046:
14026:
13899:
13439:
12878:
12848:
12728:
12597:
12437:
12003:
11810:
11304:
11102:
10868:
10752:
10396:
10220:"Overview of the Multiview and 3D Extensions of High Efficiency Video Coding"
8941:"Focus on...HEVC: The background behind the game-changing standard- Ericsson"
7960:"Performance Comparison of H.265/MPEG-HEVC, VP9, and H.264/MPEG-AVC Encoders"
6391:"Technicolor CIPO explains why the company left the HEVC Advance patent pool"
6093:
6091:
5880:"ITU-T Home: Study groups: ITU-T Recommendations: ITU-T H.265 (V2) (10/2014)"
4436:
4066:
License terms and fees for HEVC patents, compared with its main competitors:
2965:
2961:
1918:
1884:
1720:
1520:
1484:
1219:
1116:
301:
261:
11367:
9312:
K. Sharman; N. Saunders; J. Gamei; T. Suzuki; A. Tabatabai (June 20, 2014).
8673:
8577:"Adaptive Cross-Component Prediction for 4:4:4 High Efficiency Video Coding"
7820:"What's new in Windows 11, version 22H2 for IT pros - What's new in Windows"
7195:"Apple's iPhone 6, iPhone 6 Plus use H.265 codec for FaceTime over cellular"
5924:
5922:
16376:
15603:
15598:
14932:
14902:
14762:
14106:
14101:
13964:
13959:
13954:
13873:
13818:
13768:
13701:
13656:
13631:
13561:
13556:
13551:
13546:
13541:
13499:
13464:
13374:
13369:
13197:
13005:
12447:
11827:
11592:
11382:
11377:
11234:
11209:
10705:
10199:
10152:
9755:"Thor β High Efficiency, Moderate Complexity Video Codec using only RF IPR"
9022:
8305:
8101:"Netflix Finds x265 20% More Efficient than VP9 - Streaming Media Magazine"
8010:
7913:
7198:
6794:
6308:
5754:
5575:
Gerhard Tech; Krzysztof Wegner; Ying Chen; Sehoon Yea (February 18, 2015).
4000:
2953:
2213:
2187:
1355:) products with full fixed function HEVC Main10 hardware decoding support.
1226:
1184:
1150:
598:
On April 29, 2015, HEVC/H.265 version 3 was approved as an ITU-T standard.
375:
6088:
5999:
5997:
5824:
5822:
5669:
15993:
15377:
15360:
15355:
15338:
15333:
15328:
14907:
14604:
14599:
14594:
14178:
14095:
13067:
12582:
12462:
11891:
11832:
11770:
11372:
11135:
11130:
10715:
10635:
10364:
8964:
8962:
8768:
6917:
6891:"ATEME Enables Industry First Open Source Implementation Supporting HEVC"
6861:"ATEME Enables Industry First Open Source Implementation Supporting HEVC"
6416:
6041:
5919:
5533:
5353:"Draft requirements for "EPVC" enhanced performance video coding project"
4916:
4583:
4051:
3210:
2992:
2855:
2428:
2217:
1958:
1914:
1765:
1340:
On April 11, 2016, full HEVC (H.265) support was announced in the newest
1204:
1120:
913:
778:
674:
436:
12133:
7273:"Microsoft: Windows 10 will support the HEVC video compression standard"
6834:
6563:"ITU-T Home: Study groups: ITU-T Recommendations: ITU-T H.265 (12/2016)"
6068:
6066:
5955:"ITU-T Home: Study groups: ITU-T Recommendations: ITU-T H.265 (04/2015)"
5780:"ITU-T Home: Study groups: ITU-T Recommendations: ITU-T H.265 (04/2013)"
5730:"MPEG HEVC β The next major milestone in MPEG video history is achieved"
4353:
others (Nokia, Qualcomm, Broadcomm, Blackberry, Texas Instruments, MIT)
2165:
HEVC specifies two loop filters that are applied sequentially, with the
2067:
of parallel processing that may allow for better compression than tiles.
1449:
released the Hero6 Black action camera, with 4K60P HEVC video encoding.
1296:
APUs would be the first x86 based CPUs to have a HEVC hardware decoder.
15638:
15557:
15547:
15417:
15412:
14897:
14802:
14509:
14484:
14248:
14203:
13939:
13596:
13409:
13302:
13297:
13292:
13252:
13227:
13102:
12858:
12680:
12452:
12397:
11805:
11698:
11107:
10878:
10747:
10710:
10645:
10529:
10406:
10315:
9283:
8769:
7906:
5994:
5899:
5897:
5819:
5535:
4763:"ITU, ISO and IEC receive another Primetime Emmy for video compression"
4685:
4024:
3502:
Main, Main 4:4:4, Screen-Extended Main, and Screen-Extended Main 4:4:4.
2518:
2033:
1894:
1421:
1390:
1359:
1317:
1237:
1229:, the world's first HEVC hardware encoder in a discrete graphics card.
1211:
957:
834:
764:
687:
As of April 2019, the MPEG LA HEVC patent list is 164 pages long.
448:
444:
371:
9526:
9311:
8959:
8799:
8214:"HEVC: High-Efficiency Video Coding Next generation video compression"
7699:
7697:
557:
MPEG and VCEG established a Joint Collaborative Team on Video Coding (
206:
15907:
15613:
15066:
15061:
15056:
15051:
15026:
15016:
14977:
14927:
14922:
14917:
14912:
14817:
14812:
14807:
14797:
14787:
14772:
14752:
14747:
14742:
14691:
14636:
14631:
14611:
14589:
14569:
14524:
14504:
14459:
14454:
14449:
14417:
14380:
14370:
14355:
14350:
14345:
14330:
14315:
14310:
14238:
14233:
14228:
14208:
14198:
14193:
14188:
14173:
14168:
14116:
14111:
14091:
14061:
14036:
14021:
13991:
13944:
13934:
13914:
13909:
13894:
13889:
13803:
13524:
13519:
13414:
13060:
13055:
13050:
13045:
13040:
12948:
12943:
12938:
12933:
12345:
11874:
11476:
11279:
11259:
11079:
11074:
10737:
10695:
10279:
10059:
9074:
7987:
TK Tan; Marta Mrak; Vittorio Baroncini; Naeem Ramzan (May 18, 2014).
7325:
7299:
7224:
6799:"A 249 MPixel/s HEVC Video-Decoder Chip for 4K Ultra HD Applications"
6792:
6063:
5974:
5972:
5799:
5797:
4512:
4503:
4038:
Using HEVC's intra frame encoding, a still-image coded format called
4008:
3068:
2984:
2900:
2338:
2238:
Persistent Rice adaptation, a general optimization of entropy coding.
2192:
1982:
1978:
1696:
1682:
1453:
1417:
1363:
1352:
1325:
1233:
1188:
1142:
838:
631:
476:
391:
12714:
International Press Telecommunications Council Β§ Photo metadata
8608:
Pierre Andrivon; Philippe Bordes; Edouard François (April 2, 2014).
6144:
6142:
6019:
5894:
1940:
video would be used and no coding tools were added specifically for
1681:(iPhone 6s), while hardware decoding & encoding is available on
1013:
Versions of the HEVC/H.265 standard using the ITU-T approval dates.
522:
The preliminary requirements for NGVC were the capability to have a
14701:
14479:
14183:
14011:
13848:
13838:
13823:
13798:
13783:
13758:
13753:
13636:
13611:
13606:
13591:
13586:
13581:
13571:
13536:
13531:
13514:
13494:
13489:
13484:
13479:
13474:
13469:
13459:
13444:
13434:
13429:
13419:
13404:
13399:
13389:
13384:
13379:
13364:
13359:
13354:
13349:
13344:
13329:
13314:
13287:
13282:
13277:
13272:
13267:
13262:
13257:
13247:
13242:
13222:
13217:
13207:
13202:
13192:
13187:
13177:
13172:
13167:
13142:
13132:
13025:
12928:
12923:
12918:
12913:
12908:
12903:
12898:
12893:
12888:
12700:
12521:
12511:
12370:
12275:
11852:
11731:
11362:
11254:
10680:
10534:
10161:"High Efficiency Video Coding (HEVC): Algorithms and Architectures"
9549:
9474:
9467:
9452:
8242:
7801:
7694:
7461:
7001:
6771:
4451:
4020:
2975:
2925:
1974:
1970:
1945:
1678:
1626:
1602:
1367:
1321:
1245:
1215:
1073:
854:
639:
523:
331:
297:
279:(DCT) with 4Γ4 and 8Γ8 block sizes, HEVC uses both integer DCT and
265:
256:
Part 10). In comparison to AVC, HEVC offers from 25% to 50% better
12723:
10270:
ITU web page for Joint Collaborative Team on Video Coding (JCT-VC)
9741:
must be royalty free. Β· Content distribution must be royalty free.
8934:
8932:
5969:
5794:
4852:"A Progress Report: The Alliance for Open Media and the AV1 Codec"
1093:
demonstrated the world's first published HEVC ASIC decoder at the
16102:
15892:
15438:
15433:
15258:
15248:
15238:
14990:
14782:
14767:
14564:
14554:
14544:
14320:
14136:
13981:
13969:
13127:
13122:
13117:
13112:
13107:
13092:
13087:
13082:
13077:
13072:
13035:
12990:
12985:
12970:
12965:
12960:
12484:
12365:
12360:
12355:
12350:
12255:
12067:
12008:
11921:
11675:
11562:
11521:
11516:
11501:
11496:
11491:
11486:
11481:
11342:
11284:
11224:
10988:
10968:
10953:
10742:
10670:
10650:
9793:
9554:
9249:
9234:
7250:
7046:"Harmonic Chooses Altera Solution for H.265 4Kp60 Video Encoding"
6864:
6535:
6514:
6322:
6139:
5647:
4984:
4957:
3102:
3072:
2921:
1880:
1855:
1432:
1187:
specification would support HEVC-encoded 4K video at 60 fps, the
1076:
demonstrated a HEVC decoder running on an Android tablet, with a
981:
898:
696:
627:
619:
613:
440:
399:
395:
351:
338:
as having had a material effect on the technology of television.
195:
10314:
9708:"Return of the Codec Wars: A New Hopeβa Streaming Summer Sequel"
9445:
9062:. IEEE Transactions on Circuits and Systems for Video Technology
8989:
8528:. IEEE Transactions on Circuits and Systems for Video Technology
8003:
7688:"GoPro Unveils HERO6 Black with 4K 60fps Video and New GP1 Chip"
6268:
6238:
6236:
4652:
High Efficiency Video Coding (HEVC) Family, H.265, MPEG-H Part 2
3987:
MPEG has published an amendment which added HEVC support to the
1779:
encoder (version v1.2.0-3088-ga81bd12). The comparison used the
300:, improved "intra" prediction within the same picture, improved
16438:
16433:
16428:
16423:
16418:
16265:
16150:
16140:
16126:
16118:
16107:
16097:
16092:
16087:
16082:
16077:
15937:
15927:
15552:
15542:
15537:
15402:
14852:
14837:
14832:
14827:
14499:
14474:
14402:
14258:
14243:
14223:
14218:
14163:
14156:
14151:
14146:
14041:
14006:
13853:
13504:
13319:
12883:
12407:
12225:
11869:
11327:
11021:
10861:
10782:
10762:
10700:
10437:
10413:
10391:
10379:
10374:
10209:. IEEE International Symposium on Circuits and Systems (ISCAS).
9752:
9389:. International Organization for Standardization. June 24, 2014
9288:"HEVC Scalable Extensions (SHVC) Draft Text 7 (separated text)"
9048:
8929:
8051:
7637:"Apple answers iPhone storage woes with smaller photos, videos"
6992:
6990:
5412:"Current Status of HVC (High-Performance Video Coding) in MPEG"
4587:
4435:, which is meant to be freely distributable. In the opinion of
3319:
3301:
1756:
1705:
coding standard, which are to use an objective metric, such as
1472:
1460:
1428:
1398:
1378:
1371:
1341:
1329:
1278:
410:, which finalized royalty-free alternative video coding format
403:
383:
342:
253:
245:
175:
10227:
IEEE Transactions on Circuits and Systems for Video Technology
10084:
IEEE Transactions on Circuits and Systems for Video Technology
10034:
IEEE Transactions on Circuits and Systems for Video Technology
10030:"Overview of the High Efficiency Video Coding (HEVC) Standard"
9433:. International Organization for Standardization. May 23, 2014
9223:
8400:
Tung, Nguyen; Detlev, Marpe; Heiko, Schwarz; Thomas, Wiegand.
8317:
IEEE Transactions on Circuits and Systems for Video Technology
8205:
8057:
8031:
6511:"Current Patents Covered by the HEVC Patent Portfolio License"
6305:"New patent group threatens to derail 4K HEVC video streaming"
6296:
5700:
5538:; Y. Chen; J.-R. Ohm; C. A. Segall; A. Vetro (December 2013).
16506:
16292:
16180:
15972:
15902:
15722:
15717:
15712:
15518:
15513:
15503:
15498:
15478:
15468:
15463:
15458:
15453:
15448:
15443:
15313:
15308:
15303:
15298:
15293:
15283:
15278:
15273:
15268:
15263:
15253:
15233:
15228:
15223:
15218:
15213:
15203:
15193:
15188:
15183:
14887:
14862:
14584:
14469:
14340:
14121:
13986:
13858:
13833:
13828:
13808:
13182:
13152:
13147:
12868:
12853:
12843:
12838:
12665:
12592:
12377:
12325:
12215:
11916:
11847:
11690:
11466:
11429:
11314:
11016:
10983:
10978:
10973:
10963:
10948:
10943:
10938:
10921:
10913:
10675:
10655:
10486:
10476:
10471:
10459:
10447:
9664:"Royalty Rate Structure forTrademark Licensees In-Compliance"
8852:
8819:
8800:
Per FrΓΆjdh; Andrey Norkin; Rickard SjΓΆberg (April 23, 2013).
8575:
Ali, Khairat; Tung, Nguyen; Mischa, Siekmann; Detlev, Marpe.
8257:
8220:
7989:"Report on HEVC compression performance verification testing"
7365:
7186:
7127:
7125:
7123:
7016:
6233:
5628:
5220:
4629:
4621:
4593:
4450:
to the format, makes several organizations like Mozilla (see
3091:
2917:
2913:
2905:
2334:
2249:
2010:
2006:
1994:
1930:
1909:(7680Γ4320), as well as improved picture quality in terms of
1724:
1554:
1446:
1348:
1154:
1101:
791:
655:
635:
472:
456:
387:
379:
167:
157:
149:
145:
141:
101:
8795:
8793:
8791:
8422:
8418:
8416:
8414:
8113:
8025:
7951:
7313:
7287:
7158:
7156:
7154:
7133:"4K Blu-ray discs arriving in 2015 to fight streaming media"
6987:
6384:
6382:
6380:
6113:
5722:
5205:
VCEG document VCEG-AE01r1, Marrakech, MA, 15β16 January 2007
4535:β a file format for images and image sequences based on HEVC
1153:
announced shipments of their XCode (not to be confused with
541:(MPEG) started a similar project in 2007, tentatively named
16003:
15967:
15800:
15707:
15407:
14534:
14397:
14390:
14056:
14001:
13601:
13212:
12708:
12675:
12655:
12607:
12506:
12335:
12320:
12315:
12260:
12200:
12190:
12185:
11857:
11602:
11557:
11547:
11537:
11511:
11471:
11461:
11357:
11299:
11219:
11182:
11177:
11094:
11036:
11026:
10787:
10665:
10539:
10519:
10234:
10091:
10041:
7928:
7802:""hevc" | Can I use... Support tables for HTML5, CSS3, etc"
7449:
7136:
6883:
6855:
6853:
5551:
5356:
5270:
5268:
5266:
4550:
4440:
4047:
3495:
Main 10, Screen-Extended Main, and Screen-Extended Main 10.
3076:
3059:
2262:
2149:
1990:
1986:
1962:
1902:
1863:
1859:
1772:
1402:
1124:
552:
131:
127:
9658:
9656:
9209:"Updated results on HEVC still picture coding performance"
8699:"High dynamic range compatibility information SEI message"
8669:
8667:
8665:
8663:
8661:
8659:
8657:
8655:
8653:
8651:
8649:
8647:
7238:
7120:
6760:
6483:
6481:
6189:
5591:
4200:
others (AT&T, Microsoft, Motorola, Nokia, Cisco, ...)
16253:
16200:
15887:
15862:
15021:
14711:
13763:
12685:
12670:
12526:
12427:
12412:
12280:
11896:
11884:
11726:
11542:
11446:
11249:
10846:
10588:
10583:
10578:
10573:
10568:
10563:
9401:
9333:
9331:
8908:
8788:
8645:
8643:
8641:
8639:
8637:
8635:
8633:
8631:
8629:
8627:
8411:
8356:
7151:
6745:
6377:
5540:"Standardized Extensions of High Efficiency Video Coding"
5376:
5374:
5239:
5237:
4980:"Licensors Included in the HEVC Patent Portfolio License"
4872:. Alliance for Open Media. March 28, 2018. Archived from
4579:
4569:
3996:
2937:
2933:
2909:
2002:
1966:
1867:
1840:
1776:
1764:
The average bit rate reduction based on PSNR was 45% for
1633:
1621:
1609:
1591:
1564:
1090:
1059:
High Efficiency Video Coding implementations and products
1045:
Version 9: on 13 September, 2023 Version 9 was approved.
927:
659:
488:
411:
367:
283:(DST) with varied block sizes between 4Γ4 and 32Γ32. The
105:
10280:
ITU-T Recommendation H.265: High Efficiency Video Coding
10275:
Moving Picture Experts Group (MPEG) publications on HEVC
9379:
9133:
9131:
8904:
8902:
8828:"Recent MPEG/JCT-VC/JCT-3V Video Coding Standardization"
8736:
8480:
7618:"macOS High Sierra advances storage, video and graphics"
7515:
Apple has chosen HEVC as its next-generation video codec
6850:
5263:
5171:
5169:
5167:
5165:
5163:
5161:
5159:
5157:
5155:
5153:
5151:
5149:
5147:
5145:
5143:
5141:
5139:
5137:
5135:
5133:
5131:
5129:
5127:
5125:
5123:
5121:
5119:
5117:
5115:
5113:
5111:
5109:
5107:
5105:
5103:
5101:
5099:
5097:
5095:
5093:
5091:
5089:
5087:
5085:
5083:
5081:
5079:
5077:
5075:
5073:
5071:
5069:
5067:
5065:
5063:
5061:
5059:
5057:
5055:
5053:
5051:
5049:
5047:
5045:
5043:
5041:
5039:
5037:
5035:
5033:
5031:
5029:
5027:
4253:
Codecs to end users and OEM for PC but not part of PC OS
4237:
Codecs to end users and OEM for PC but not part of PC OS
4217:
Codecs to end users and OEM for PC but not part of PC OS
2212:
Profiles supporting bit depths beyond 10, and differing
673:
announced that they had withdrawn from the HEVC Advance
16065:
9653:
9353:
8860:"Joint Call for Proposals for Coding of Screen Content"
8545:
8543:
7853:"Which Apple Devices Will Be Able to Play HEVC Videos?"
7576:
7574:
7038:
6478:
5568:
5321:
5319:
5317:
5025:
5023:
5021:
5019:
5017:
5015:
5013:
5011:
5009:
5007:
2842:
Version 1 of the HEVC standard defines three profiles:
9781:
9779:
9777:
9328:
9206:
9160:
9030:"Rennes Research & Innovation Center: Publication"
8624:
7937:"HEVC video compression could be the next step for 4K"
6584:
6582:
6580:
5371:
5234:
264:, or substantially improved video quality at the same
9497:"RTP Payload Format for High Efficiency Video Coding"
9307:
9305:
9128:
8899:
8764:
8762:
8476:
8474:
8472:
8448:
8446:
8444:
8442:
8300:
8298:
8296:
7414:"NVIDIA Tegra X1 Preview & Architecture Analysis"
7264:
6468:"HEVC Advance Announces 'Royalty Free' HEVC Software"
6412:"HEVC Advance Recognizes Technicolor's Participation"
5747:
5655:"New video codec to ease pressure on global networks"
1222:
which support HEVC/H.265 for FaceTime over cellular.
1042:
Version 8: on 22 August, 2021 Version 8 was approved.
944:
Electronics and Telecommunications Research Institute
268:. It supports resolutions up to 8192Γ4320, including
16419:
Part 1: Transport and Storage of Genomic Information
12801:
9871:
9520:
9518:
8877:
8540:
8279:"Description of High Efficiency Video Coding (HEVC)"
8082:"A Large-Scale Comparison of x264, x265, and libvpx"
8058:
Martin Rerabek; Touradj Ebrahimi (August 23, 2014).
8032:
Martin Rerabek; Touradj Ebrahimi (August 18, 2014).
7982:
7980:
7882:
7571:
7510:
7508:
7322:"New build available to the Windows Insider Program"
7090:
6557:
6555:
6553:
5949:
5947:
5874:
5872:
5774:
5772:
5544:
IEEE Journal on Selected Topics in Signal Processing
5405:
5403:
5314:
5208:
5004:
4632:β differential overlays that can improve performance
4031:
which describes a method to add HEVC support to the
3960:
The maximum frame rate supported by HEVC is 300 fps.
2294:
Color remapping: mapping one color space to another.
1505:
Android browser (since version 5 from November 2014)
15130:
10264:
9774:
9200:
9154:
9105:
8601:
8423:Gary Sullivan; Jens-Rainer Ohm (October 13, 2012).
8107:
7894:
7872:
7870:
7868:
7866:
7296:"Microsoft Confirms MKV File Support in Windows 10"
6905:
6734:
6720:"Qualcomm shows horsepower of next-gen H.265 video"
6577:
6123:. Yahoo Finance. September 29, 2014. Archived from
5517:
5515:
5513:
5511:
5509:
5507:
5505:
5503:
5501:
5499:
5497:
5495:
5493:
5491:
5489:
5487:
5485:
5483:
5481:
5479:
5477:
5475:
5473:
5471:
5469:
5467:
5465:
5463:
5461:
5459:
5457:
5455:
5453:
5451:
5449:
4735:"69th Engineering Emmy Awards Recipients Announced"
3254:
Main 10, Main 12, Main 4:2:2 10, and Main 4:2:2 12.
2307:
2248:Cross-component prediction, allowing the imperfect
27:
Video compression format, succeeds H.264/MPEG-4 AVC
10265:Fraunhofer Heinrich Hertz Institute's HEVC website
9769:Transforms are identical to H.265/HEVC (Cisco IPR)
9753:Arild Fuldseth; Gisle BjΓΈntegaard (July 1, 2015).
9550:"BPG, a still-image format from video compression"
9302:
9275:
8759:
8713:
8690:
8469:
8439:
8293:
8188:
7720:
7718:
6940:"Next-Gen Video Encoding: x265 Tackles HEVC/H.265"
6227:"New HEVC Patent Pool: What Are the Implications?"
5447:
5445:
5443:
5441:
5439:
5437:
5435:
5433:
5431:
5429:
5291:
4419:
16025:List of digital television deployments by country
10113:. Γcole Polytechnique FΓ©dΓ©rale de Lausanne (EPFL)
9722:
9720:
9515:
9183:
9177:
8971:"The emergence of HEVC and 10-bit colour formats"
8742:
8455:"Restrictions to the maximum motion vector range"
8399:
8304:
8271:
8039:. Γcole Polytechnique FΓ©dΓ©rale de Lausanne (EPFL)
8013:. Γcole Polytechnique FΓ©dΓ©rale de Lausanne (EPFL)
7977:
7916:. Γcole Polytechnique FΓ©dΓ©rale de Lausanne (EPFL)
7505:
7395:"Introducing The Tegra X1 Super Chip from NVIDIA"
6550:
6335:. HEVC Advance. December 18, 2015. Archived from
6183:"MPEG LA Announces Proposed HEVC Licensing Terms"
5944:
5869:
5844:
5769:
5400:
3213:range extensions profiles have an Intra profile.
1650:- Support introduced in Windows 10 version 1507.
431:(1,127 patents), M&K Holdings (907 patents),
16531:
9489:
9423:
8909:Alberto DueΓ±as; Adam Malamy (October 18, 2012).
8114:Gary Sullivan; Jens-Rainer Ohm (July 27, 2013).
7863:
7766:"*Updated* Dev channel build 77.0.211.3 is live"
7048:. NewsRoom Altera. April 7, 2014. Archived from
6957:
6441:"Technicolor Joins the HEVC Advance Patent Pool"
4610:β an open format that is being developed by the
4553:β an open-source software implementation of HEVC
3344:
3002:
16507:Part 2: Low Complexity Enhancement Video Coding
9880:"HEVC Advance Makes Some Software Royalty Free"
9080:
8825:
8574:
8516:
8514:
8512:
8510:
8508:
8506:
8504:
8502:
8500:
8452:
8359:Journal of Selected Topics in Signal Processing
7715:
7600:"HLS Authoring Specification for Apple Devices"
6931:
6712:
6199:. Yahoo Finance. March 19, 2015. Archived from
5426:
4515:β ITU-R Recommendation for HDTV and UHDTV with
4273:βͺ one time $ 2,500 per transmission encoder, or
1351:officially announced 7th generation Core CPUs (
1052:
304:prediction and motion region merging, improved
9893:
9717:
9365:International Organization for Standardization
8938:
8310:"High Throughput CABAC Entropy Coding in HEVC"
7192:
6937:
6121:"MPEG LA Offers HEVC Patent Portfolio License"
5678:"ITU OKs Next-Generation Video Codec Standard"
5249:International Organization for Standardization
5193:, VCEG document VCEG-AA06, 17β18 October 2005.
4901:
4899:
4897:
4895:
4893:
4891:
4576:as a successor to VP9 and a competitor to HEVC
3595:Tiers and levels with maximum property values
2369:Feature support in some of the video profiles
1665:Support introduced in macOS 10.13 High Sierra
16051:
15654:
15116:
12787:
12149:
10300:
9693:"HEVC Advance Cuts Content Fees on Streaming"
9231:"Studying Lossy Image Compression Efficiency"
8968:
8719:
8523:"Sample adaptive offset in the HEVC standard"
8211:
7726:"Android Core media format and codec support"
7270:
6249:. HEVC Advance. July 22, 2015. Archived from
5675:
3932:
3910:
3888:
3863:
3841:
3819:
3794:
3772:
3747:
3722:
3699:
3676:
3653:
3586:High Efficiency Video Coding tiers and levels
3268:Main 4:2:2 10, Main 4:4:4, and Main 4:4:4 10.
2278:and RDPCM blocks to carry a separate context.
2226:Still Picture profiles, forming the basis of
1095:International Solid-State Circuits Conference
16460:Part 2: High Efficiency Video Coding (H.265)
9032:. Technicolor. July 20, 2012. Archived from
8745:"Ultra HD: Standards and broadcasters align"
8610:"SEI message for Colour Mapping Information"
8497:
8481:Keiichi Chono; Minhua Zhou (July 19, 2012).
7745:
7563:: CS1 maint: multiple names: authors list (
7455:
7426:: CS1 maint: multiple names: authors list (
7064:
6302:
6220:
6218:
4862:
4620:β an open format that is being developed by
4596:β an open format that is being developed by
4409:
4390:
4371:
2056:
1862:, with the leading open-source AVC encoder,
1542:HEVC support by different operating systems
439:(628 patents). Other patent holders include
9524:
9314:"High 4:4:4 16 Intra profile specification"
9259:. Mozilla. October 17, 2013. Archived from
9161:Jani Lainema; Kemal Ugur (April 20, 2012).
8998:"An overview of the emerging HEVC standard"
8248:
7293:
7244:
6998:"DivX HEVC Encoder and Decoder Performance"
6911:
6786:
6360:
6274:
5347:
5345:
5300:"Current Status of H.265 (as at July 2008)"
5190:AHG report β Coding Efficiency Improvements
4888:
4727:
4699:
4676:
2745:Transform skip block sizes larger than 4Γ4
2138:
1536:
1501:HEVC is implemented in these web browsers:
1442:with HEVC encoding & decoding support.
1435:with HEVC encoding & decoding support.
1108:video player which are both licensed under
348:reasonable and non-discriminatory licensing
16470:Part 12: High Efficiency Image File Format
16058:
16044:
15661:
15647:
15123:
15109:
12794:
12780:
12156:
12142:
10307:
10293:
9207:Kemal Ugur; Jani Lainema (April 4, 2013).
9163:"On HEVC still picture coding performance"
8973:. Imagination Technologies. Archived from
7934:
7218:
5527:
5217:"Joint Collaborative Team on Video Coding"
4795:"Engineering Emmy Award for HEVC Standard"
4042:(BPG) has been proposed by the programmer
4011:. MPEG has also added HEVC support to the
3954:
248:project as a successor to the widely used
12163:
10049:
9823:"ITU-T Recommendation declared patent(s)"
9746:
8722:"Ambient viewing environment SEI message"
8676:"HEVC Screen Content Coding Draft Text 6"
7834:"HEIF and HEVC in iOS 11: Quick Overview"
7000:. DivX. November 14, 2013. Archived from
6833:
6388:
6215:
5559:
4944:
4942:
4940:
4938:
4936:
4934:
4740:Academy of Television Arts & Sciences
4712:Academy of Television Arts & Sciences
4476:
3973:
3402:Learn how and when to remove this message
3026: JPEG
2181:
2094:context-adaptive binary arithmetic coding
15668:
10020:
9949:The Moving Picture Experts Group website
9861:"Opinion: Is A Codec War in Our Future?"
9729:"A Proposal to Accelerate HEVC Adoption"
8251:"An Introduction to Ultra HDTV and HEVC"
7319:
6150:"HEVC Patent Portfolio License Briefing"
5384:. in-cites. July 1, 2007. Archived from
5342:
5297:
5274:
5175:
4566:β the video standard predecessor of HEVC
4529:β a file format for images based on HEVC
4341:βͺ 12+ min: lower of 2% or US$ 0.02/title
4265:βͺ US$ 9.75 million (for 2017-20 period)
4019:standard. Support for HEVC was added to
3963:
3944:
3526:Screen-Extended High Throughput 4:4:4 14
3519:Screen-Extended High Throughput 4:4:4 10
3444:Screen-Extended High Throughput 4:4:4 14
3440:Screen-Extended High Throughput 4:4:4 10
3414:Version 3 of HEVC added one 3D profile:
3378:Relevant discussion may be found on the
2103:
1787:Subjective video performance comparison
1748:Γcole Polytechnique FΓ©dΓ©rale de Lausanne
1695:
579:ITU-T Alternative Approval Process (AAP)
553:Joint Collaborative Team on Video Coding
16403:Part 3: Unified Speech and Audio Coding
16361:Part 2: Description definition language
12290:
11456:
10105:
9858:
9839:
9787:"AVC Patent Portfolio License Briefing"
9726:
8885:"Meeting Report of 18th JCT-VC Meeting"
8189:Christian Timmerer (February 9, 2009).
8166:. ISO/IEC. January 2011. Archived from
7888:
6742:"MIT researchers build Quad HD TV chip"
6197:"MPEG LA Expands HEVC License Coverage"
5328:"The Preliminary Requirements for NGVC"
5277:"The First JCT-VC Meeting, Dresden, DE"
5214:
4672:
4670:
4559:List of multimedia (audio/video) codecs
4462:
4257:βͺ US$ 9.75 million (for 2017-20 period)
4061:
2271:4Γ4 rotation, for potential efficiency.
1420:released a free HEVC app extension for
1089:On February 11, 2013, researchers from
14:
16532:
16486:Part 3: Versatile Video Coding (H.266)
16310:Part 10: Advanced Video Coding (H.264)
15149:List of ITU-T V-series recommendations
10198:
10130:
9803:from the original on November 28, 2016
9547:
9409:"Text of ISO/IEC 14496-15:2013/DCOR 1"
9257:"Lossy Compressed Image Formats Study"
8140:. MPEG. April 24, 2009. Archived from
7900:
7850:
6648:
6626:
6604:
5409:
5382:"An Interview With Dr. Thomas Wiegand"
5325:
4931:
4755:
4506:β ITU-R Recommendation for UHDTV with
4344:Maximum Annual Content Related Royalty
3955:
2116:
1511:(since version 11 from September 2017)
1438:On September 25, 2017, Apple released
1427:On September 19, 2017, Apple released
341:HEVC contains technologies covered by
16424:Part 2: Coding of Genomic Information
16039:
15642:
15104:
12775:
12709:Exchangeable image file format (Exif)
12137:
10288:
10060:"H.265: High efficiency video coding"
9901:"Why is FRAND bad for Free Software?"
9842:"It's Time to Move Forward with HEVC"
7965:. Fraunhofer Heinrich Hertz Institute
7653:
7634:
7193:Mikey Campbell (September 12, 2014).
7078:from the original on November 7, 2021
6793:M. Tikekar; C.-T. Huang; C. Juvekar;
6590:"ITU-T Rec. H.265 declared patent(s)"
5599:"Dresden Meeting β Document Register"
4821:
4787:
4768:International Telecommunication Union
4166:βͺ $ 0.01125 per disc/title (Region 2)
3512:Screen-Extended High Throughput 4:4:4
3436:Screen-Extended High Throughput 4:4:4
3108:
2998:
2877:
2131:(also with eighth-sample precision).
2082:
2039:
1936:HEVC was designed with the idea that
1924:
1883:requirements by half with comparable
1712:HEVC benefits from the use of larger
10217:
10202:; Madhukar Budagavi (June 1, 2014).
9877:
9859:Fautier, Thierry (August 12, 2016).
9705:
9548:Willis, Nathan (December 10, 2014).
8826:Jens-Rainer Ohm (January 28, 2014).
8743:Adrian Pennington (August 1, 2012).
8098:
6806:IEEE Journal of Solid-State Circuits
6224:
6180:
6162:from the original on October 6, 2014
5203:Meeting Report for 31st VCEG Meeting
4849:
4677:Thomson, Gavin; Shah, Athar (2017).
4667:
4324:$ 50,000/yr: 250k...500k subscribers
4318:$ 25,000/yr: 100k...250k subscribers
4164:βͺ $ 0.0225 per disc/title (Region 1)
3964:
3945:
3348:
2172:
1985:, SMPTE 170M, SMPTE 240M,
1691:
1677:- Hardware decoding is available on
1668:- Support introduced in Android 5.0
717:
16320:Part 12: ISO base media file format
16067:MPEG (Moving Picture Experts Group)
10167:. Integrated Circuits and Systems.
10151:
10074:
10058:
9184:T. Nguyen; D. Marpe (May 3, 2012).
8802:"Next generation video compression"
8212:JΓ©rΓ΄me VIERON (November 27, 2012).
7876:
7851:Kampff, Stephen (October 2, 2017).
7221:"The NVIDIA GeForce GTX 980 Review"
7170:. September 5, 2014. Archived from
6465:
6438:
5521:
4464:
3579:
2553:High precision weighted prediction
2203:
2099:
2021:
607:
549:effort in collaboration with VCEG.
24:
16382:Part 5: Rights Expression Language
12719:Extensible Metadata Platform (XMP)
12098:Comparison of audio coding formats
8308:; M. Budagavi (January 13, 2013).
8249:Gregory Cox (September 11, 2013).
7458:"AMD Describes Notebook Processor"
7271:John Callaham (November 1, 2014).
7026:. Yahoo Finance. December 18, 2013
5676:Todd Spangler (January 25, 2013).
4822:Roach, John (September 29, 2017).
4815:
4771:. October 26, 2017. Archived from
4572:β an open format developed by the
4330:$ 75,000/yr: 500k...1M subscribers
2319:Adaptive motion vector resolution.
2108:HEVC has 33 intra prediction modes
1845:University of the West of Scotland
1801:compared with H.264/MPEG-4 AVC HP
1490:
1309:On August 5, 2015, Intel launched
1068:On February 29, 2012, at the 2012
564:
25:
16621:
16565:Open standards covered by patents
15629:All articles beginning with "ITU"
15403:G.9700, G.9701, G.9710 and G.9711
10258:
9993:"JVET - Joint Video Experts Team"
9927:"JVET - Joint Video Experts Team"
9361:"ISO/IEC 13818-1:2013/Amd 3:2014"
9081:Alexandru Voica (June 20, 2013).
7443:"NVIDIA Launches GeForce GTX 960"
7440:
7411:
7219:Ryan Smith (September 18, 2014).
7164:"BDA Updates Blu-ray 4K Timeline"
4533:High Efficiency Image File Format
4523:Image file formats based on HEVC
4003:; MPEG decided not to update the
2274:Transform skip context, enabling
2258:Modifications of transform skip:
2228:High Efficiency Image File Format
2087:
1673:- Support introduced in iOS 11.0
1497:HTML video Β§ Browser support
690:
16570:Ultra-high-definition television
15692:Ultra-high-definition television
15085:
15084:
12754:
12743:
12742:
9985:
9969:. April 27, 2018. Archived from
9955:
9937:
9919:
9852:
9840:Vaughan, Tom (August 31, 2016).
9833:
9815:
9727:Vaughan, Tom (August 30, 2016).
9699:
9685:
9628:
9598:
9562:
9541:
8939:Carl Furgusson (June 11, 2013).
8568:
8453:Alistair Goudie (July 2, 2012).
8393:
8350:
8182:
8156:
8138:"Highlights of the 88th Meeting"
8130:
8092:
8074:
7844:
7826:
7812:
7794:
7776:
7758:
7739:
7680:
7662:
7647:
7628:
7610:
7592:
7542:
7520:
7489:. March 31, 2015. Archived from
7475:
7456:Rick Merritt (January 5, 2015).
7375:. Yahoo Finance. January 5, 2015
7294:Bogdan Popa (November 3, 2014).
7245:Gabriel Aul (October 31, 2014).
7104:. August 8, 2014. Archived from
7072:"Real-time 4K60fps HEVC Encoder"
6971:. August 8, 2013. Archived from
6938:Chris Angelini (July 23, 2013).
6420:. HEVC Advance. February 3, 2016
6361:Dan Rayburn (February 3, 2016).
6074:"AAP Recommendation: H.265 (V4)"
6027:"AAP Recommendation: H.265 (V4)"
5980:"AAP Recommendation: H.265 (V3)"
5905:"AAP Recommendation: H.265 (V2)"
5631:. April 23, 2010. Archived from
4608:Dirac (video compression format)
4275:βͺ $ 2,500...$ 10,000 annual fee
4015:. HEVC is also supported by the
3353:
2777:Transform skip context/rotation
2333:(HLG) transfer function and the
2308:Screen content coding extensions
2303:Time code, for archival purposes
1775:encoder (version r2334) and the
1727:High Latency Profile (HLP), and
1393:announced HEVC H.265 support in
561:) to develop the HEVC standard.
494:
336:Primetime Emmy Engineering Award
298:variable-block-size segmentation
10014:
9905:Free Software Foundation Europe
9878:Ozer, Jan (November 22, 2016).
9606:"Licensing Rates and Structure"
9501:Internet Engineering Task Force
8969:Simon Forrest (June 20, 2013).
8747:. www.tvbeurope.com. p. 45
8720:Gary Sullivan (June 10, 2015).
8099:Ozer, Jan (September 2, 2016).
7784:"Enable HEVC hardware decoding"
7654:Singh, Rakesh (June 25, 2017).
7434:
7405:
7387:
7339:
7212:
6867:. April 3, 2013. Archived from
6698:
6684:
6670:
6521:
6503:
6491:. Yahoo Finance. March 31, 2017
6459:
6432:
6404:
6174:
6155:. MPEG LA. September 29, 2014.
5617:
5196:
5181:
4972:
4456:Free Software Foundation Europe
4420:Provision for costless software
4332:βͺ $ 100,000/yr: 1M+ subscribers
4029:Internet Engineering Task Force
2160:
2016:
1952:
1723:Advanced Simple Profile (ASP),
1127:HEVC Encoder Library under the
16595:ITU-T H Series Recommendations
16502:Part 1: Essential Video Coding
16377:Parts 2, 3 and 9: Digital Item
16345:Part 33: Internet Video Coding
16330:Part 17: Streaming text format
15168:Category:ITU-T recommendations
15163:Category:ITU-R recommendations
11660:ISO/IEC base media file format
10165:Integrated Circuit and Systems
7935:Nic Healey (August 29, 2012).
7670:"iOS 11 is available tomorrow"
7320:Gabe Aul (November 12, 2014).
7074:. Youtube. December 17, 2014.
6969:Nippon Telegraph and Telephone
6303:Peter Bright (July 23, 2015).
6181:Ozer, Jan (January 15, 2015).
4843:
4643:
4612:BBC Research & Development
3615:and Main 10 profiles (kbit/s)
3285:High Throughput 4:4:4 16 Intra
3195:High Throughput 4:4:4 16 Intra
3079:, and 43.0% compared to JPEG.
2809:Extended precision processing
2300:Mastering display color volume
1136:Nippon Telegraph and Telephone
761:Nippon Telegraph and Telephone
13:
1:
16271:Part 7: Advanced Audio Coding
9003:. Technicolor. Archived from
8483:"BoG on miscellaneous limits"
7746:Martin Smole (June 6, 2017).
7548:
6912:Joel Hruska (July 23, 2013).
6275:Dan Rayburn (July 23, 2015).
4636:
4433:free and open-source software
4249:βͺ First 100k units each year
4195:βͺ Presumed to charge royalty
4023:starting with the release of
3982:
3505:Screen-Extended Main 4:4:4 10
3432:Screen-Extended Main 4:4:4 10
3345:Version 3 and higher profiles
543:High-performance Video Coding
16555:Lossy compression algorithms
16455:Part 1: MPEG media transport
9710:. Streaming Media Magazine.
7247:"HEVC also supported in-box"
6893:. PR Newswire. April 3, 2013
6656:"ITU-T H.265 (V7) (11/2019)"
6634:"ITU-T H.265 (V6) (06/2019)"
6612:"ITU-T H.265 (V5) (02/2018)"
4850:Ozer, Jan (April 12, 2016).
4261:Branded OEM Codecs for PC OS
4245:Branded OEM Codecs for PC OS
4241:βͺ First 100k units each year
4231:βͺ US$ 0.20: 100k+ units/year
4227:Branded OEM Codecs for PC OS
4221:βͺ US$ 0.20: 100k+ units/year
4113:βͺ First 100k units each year
4033:Real-time Transport Protocol
3618:Example picture resolution @
1053:Implementations and products
583:MPEG standardization process
572:High Efficiency Video Coding
539:Moving Picture Experts Group
406:, and more) have joined the
285:High Efficiency Image Format
226:High Efficiency Video Coding
86:September 13, 2023
38:High Efficiency Video Coding
33:HEVC / H.265 / MPEG-H Part 2
7:
15134:recommendations (standards)
9706:Ozer, Jan (July 17, 2018).
9695:. Streaming Media Magazine.
7770:techcommunity.microsoft.com
6225:Ozer, Jan (April 1, 2015).
5805:"AAP Recommendation: H.265"
4679:"Introducing HEIF and HEVC"
4491:
4233:βͺ US$ 0.10: 5M+ units/year
3373:. The specific problem is:
3307:Main 4:4:4 16 Still Picture
3191:Main 4:4:4 16 Still Picture
2681:Persistent Rice adaptation
2617:Cross-component prediction
2363:
1957:The HEVC standard supports
1874:
1288:(AMD) announced that their
1008:
275:While AVC uses the integer
10:
16626:
16550:High-definition television
16434:Part 4: Reference Software
16315:Part 11: Scene description
16218:Part 1: Systems (H.222.0)
15682:High-definition television
12103:Comparison of video codecs
10613:(GB/T 33475.2,GY/T 299.1)
10243:10.1109/TCSVT.2015.2477935
10051:10.1109/TCSVT.2012.2221191
9453:"DivX HEVC Support in MKV"
8943:. Ericsson. Archived from
8865:. JCT-VC. January 17, 2014
8379:10.1109/JSTSP.2013.2278071
8329:10.1109/TCSVT.2012.2221526
7549:S, Ian Cutress, Ganesh T.
6797:; A. Chandrakasan (2014).
6768:"A low power HEVC decoder"
6389:Joff Wild (May 16, 2016).
5561:10.1109/JSTSP.2013.2283657
5275:Jie Dong (June 19, 2010).
4907:"HEVC Advance Patent List"
4546:List of open-source codecs
4541:Comparison of video codecs
4480:
4423:
4223:βͺ US$ 0.10: 5M+ units/year
4013:ISO base media file format
3583:
3498:Screen-Extended Main 4:4:4
3428:Screen-Extended Main 4:4:4
3310:
2890:
2649:Intra smoothing disabling
2032:HEVC replaces 16Γ16 pixel
2025:
1799:Average bit rate reduction
1781:BjΓΈntegaard-Delta bit-rate
1707:peak signal-to-noise ratio
1494:
1179:On September 5, 2014, the
1056:
611:
501:Video Coding Experts Group
417:
290:
242:video compression standard
16515:
16494:
16478:
16447:
16411:
16390:
16369:
16353:
16340:Part 22: Open Font Format
16279:
16211:
16159:
16073:
16017:
15981:
15871:
15850:
15814:
15778:
15746:
15700:
15674:
15622:
15574:ITU-R 468 noise weighting
15566:
15527:
15426:
15176:
15139:
15080:
15004:
14730:
13882:
12831:
12813:
12737:
12699:
12641:
12558:
12535:
12171:
12116:
12090:
11935:
11909:
11763:
11740:
11712:
11689:
11624:
11615:
11530:
11411:
11400:
11192:
11144:
11121:
11093:
11035:
10997:
10912:
10811:
10800:
10628:
10597:
10548:
10510:
10458:
10341:
10330:
10177:10.1007/978-3-319-06895-4
9339:"Work plan and time line"
8887:. ITU-T. October 17, 2014
8556:. ITU-T. November 3, 2013
8281:. JCT-VC. January 1, 2011
6826:10.1109/jssc.2013.2284362
6722:. CNET. February 29, 2012
6099:"AAP Announcement No. 04"
6049:"AAP Announcement No. 91"
6005:"AAP Announcement No. 56"
5930:"AAP Announcement No. 45"
5830:"AAP Announcement No. 09"
5326:Yu Liu (April 15, 2009).
5298:Jie Dong (July 1, 2008).
4355:
4207:
4202:
4191:
4180:
4169:Non-physical distribution
4101:
3878:
3809:
3762:
3617:
3612:
3607:
3602:
3599:
3290:
3055:
3015:
3008:
2896:
2379:
2376:
2373:
2316:Adaptive color transform.
2057:Parallel processing tools
2047:discrete cosine transform
1798:
1791:
1658:Microsoft Movies & TV
1646:
1587:
1570:
1563:
1558:
1553:
1548:
1546:
938:
908:
865:
755:
731:
287:(HEIF) is based on HEVC.
277:discrete cosine transform
201:
191:
181:
163:
137:
115:
97:
80:
65:
50:
42:
37:
16325:Part 14: MP4 file format
15154:List of ITU letter codes
10024:; J.-R. Ohm; W.-J. Han;
9945:"Versatile Video Coding"
9865:Streaming Media Magazine
9846:Streaming Media Magazine
9411:. MPEG. November 5, 2013
9087:Imagination Technologies
8913:. JCT-VC. Archived from
7412:Smith, Joshua Ho, Ryan.
6658:. ITU. November 29, 2019
6614:. ITU. February 13, 2018
6565:. ITU. December 22, 2016
6076:. ITU. December 22, 2016
5735:. MPEG. January 25, 2013
5215:ITU TSB (May 21, 2010).
4856:Streaming Media Magazine
4527:Better Portable Graphics
4339:βͺ 0...12 min: no royalty
4040:Better Portable Graphics
3547:High Throughput 4:4:4 14
3540:High Throughput 4:4:4 10
3456:High Throughput 4:4:4 14
3452:High Throughput 4:4:4 10
3313:Better Portable Graphics
3297:Main 4:4:4 Still Picture
3187:Main 4:4:4 Still Picture
3054:The Main Still Picture (
2981:Imagination Technologies
2713:RDPCM implicit/explicit
2139:Motion vector prediction
1754:computer animated movie
1537:Operating system support
1366:chip, first used in the
1324:chip, first used in the
1292:ASIC to be found in the
1181:Blu-ray Disc Association
1119:announced, and made the
244:designed as part of the
16465:Part 3: MPEG-H 3D Audio
11927:Alliance for Open Media
9570:"Royalty Rates Summary"
9387:"ISO/IEC 14496-15:2014"
8086:Netflix Technology Blog
6748:news. February 20, 2013
6330:"Royalty Rates Summary"
6244:"Royalty Rates Summary"
6101:. ITU. January 13, 2017
6051:. ITU. October 31, 2016
6029:. ITU. October 29, 2016
5932:. ITU. October 31, 2014
5907:. ITU. October 29, 2014
5882:. ITU. October 29, 2014
5657:. ITU. January 25, 2013
5601:. ITU-T. Archived from
5410:Yu Liu (July 3, 2009).
5187:T. Wedi and T. K. Tan,
4624:as a competitor to HEVC
4614:as a competitor to HEVC
4604:as a competitor to HEVC
4590:as a competitor to HEVC
4574:Alliance for Open Media
4366:Alliance for Open Media
4147:βͺ US$ 0.20β0.40 (other)
4136:βͺ US$ 0.20-0.80 (other)
3491:Screen-Extended Main 10
3424:Screen-Extended Main 10
2882:
2051:discrete sine transform
1478:
1471:On September 20, 2018,
1466:
1445:On September 28, 2017,
1384:
1335:
1266:
1259:support for HEVC using
1163:
1084:
1063:
618:On September 29, 2014,
469:Sungkyunkwan University
408:Alliance for Open Media
281:discrete sine transform
10847:MPEG-1 Layer III (MP3)
9431:"ISO/IEC 23008-1:2014"
8833:. MPEG. Archived from
7709:Ghacks Technology News
7528:"Release Notes β 0.28"
5708:"ITU-T Work Programme"
5577:"3D-HEVC Draft Text 7"
5245:"ISO/IEC 23008-2:2013"
4800:RWTH Aachen University
4508:standard dynamic range
4483:Versatile Video Coding
4477:Versatile Video Coding
4385:Mozilla & Xiph.org
4181:tailor-made agreements
4150:βͺ US$ 25,000 each year
3974:Decoded picture buffer
3566:Scalable Monochrome 16
3560:Scalable Monochrome 12
3468:Scalable Monochrome 16
3464:Scalable Monochrome 12
3018:reduction compared to
2946:Thomson Video Networks
2864:Multiview Video Coding
2585:Chroma QP offset list
2182:Sample adaptive offset
2109:
1961:such as generic film,
1701:
1299:On February 27, 2015,
1286:Advanced Micro Devices
1284:On February 23, 2015,
1210:On September 9, 2014,
1183:announced that the 4K
1149:On December 18, 2013,
1141:On November 14, 2013,
69:July 7, 2013
16590:ITU-T recommendations
16545:Graphics file formats
16540:Computer file formats
16398:Part 1: MPEG Surround
16234:Part 2: Video (H.262)
15687:High-definition video
12408:PBM / PGM / PPM / PNM
12165:Graphics file formats
11865:QuickTime File Format
10155:; Madhukar Budagavi;
8977:on September 15, 2013
7840:. September 22, 2017.
7690:. September 28, 2017.
6007:. ITU. April 30, 2015
5982:. ITU. April 29, 2015
5957:. ITU. April 29, 2015
5857:. MPEG. July 11, 2014
5832:. ITU. April 15, 2013
5807:. ITU. April 13, 2013
5782:. ITU. April 13, 2013
4312:0k...100k subscribers
4285:Paid Subscriber Model
4160:Physical distribution
3989:MPEG transport stream
3933:3,840Γ2,160@300 (16)
3911:3,840Γ2,160@256 (16)
3889:3,840Γ2,160@128 (16)
3864:1,920Γ1,080@300 (16)
3842:1,920Γ1,080@256 (16)
3820:1,920Γ1,080@128 (16)
3777:2,048Γ1,080@30.0 (6)
3613:Max bit rate for Main
3608:Max luma picture size
3533:High Throughput 4:4:4
3448:High Throughput 4:4:4
2868:Scalable Video Coding
2107:
1700:Block diagram of HEVC
1699:
1654:HEVC Video Extensions
1639:QuickTime File Format
1615:QuickTime File Format
1597:QuickTime File Format
1495:Further information:
1483:On October 25, 2022,
1459:On November 2, 2017,
1452:On October 17, 2017,
1377:On October 25, 2016,
1358:On September 7, 2016
1316:On September 9, 2015
1277:On January 22, 2015,
1251:On November 3, 2014,
1232:On October 31, 2014,
1070:Mobile World Congress
806:Infobridge Pte. Ltd.
747:M&K Holdings Inc
669:On February 3, 2016,
260:at the same level of
250:Advanced Video Coding
54:7 June 2013
15738:8640p (16K Ultra HD)
15669:High-definition (HD)
12124:Compression software
11681:MPEG media transport
10758:Sorenson Video/Spark
9973:on December 24, 2018
9610:epdf.hevcadvance.com
9577:epdf.hevcadvance.com
8917:on February 13, 2013
8589:on December 24, 2018
7174:on September 6, 2014
7004:on December 10, 2013
6975:on February 25, 2021
6636:. ITU. June 29, 2019
5688:on December 12, 2013
4743:. September 27, 2017
4348:βͺ US$ 8.125 million
4062:Patent license terms
4017:MPEG media transport
3937:8,192Γ4,320@120 (6)
3935:7,680Γ4,320@128 (6)
3868:4,096Γ2,160@120 (6)
3866:3,840Γ2,160@128 (6)
3603:Max luma sample rate
3484:Screen-Extended Main
3420:Screen-Extended Main
3384:improve this section
3369:to meet Knowledge's
3075:, 31.0% compared to
3071:, 30.0% compared to
2356:with legacy devices.
2322:Intra block copying.
2124:linear interpolation
1347:On August 30, 2016,
1172:On August 13, 2014,
995:Kyung Hee University
461:Kwangwoon University
325:ITU-T Study Group 16
16439:Part 5: Conformance
15851:Filming and storage
15733:4320p (8K Ultra HD)
15728:2160p (4K Ultra HD)
12724:GIF Β§ Metadata
12122:for techniques and
12120:Compression methods
10616:HDR Vivid(GY/T 358)
10062:. ITU. July 9, 2015
9640:www.hevcadvance.com
9616:on January 30, 2019
9527:"BPG Specification"
9503:. September 6, 2013
9263:on October 20, 2013
9036:on December 3, 2013
8371:2013ISTSP...7..978N
7790:. October 21, 2022.
7711:. December 6, 2017.
7353:on December 8, 2014
7168:Home Media Magazine
7139:. September 5, 2014
7108:on November 1, 2014
6818:2014IJSSC..49...61T
6774:. February 22, 2013
6529:"HEVC Attachment 1"
6282:The Huffington Post
5635:on October 24, 2012
5605:on October 24, 2012
5388:on December 8, 2013
5251:. November 25, 2013
4602:Xiph.Org Foundation
4439:, the developer of
4335:Paid by Title Model
4143:βͺ US$ 0.20 (mobile)
4132:βͺ US$ 0.40 (mobile)
4110:βͺ US$ 0.20 per unit
4005:MPEG program stream
3915:8,192Γ4,320@60 (6)
3913:7,680Γ4,320@64 (6)
3893:8,192Γ4,320@30 (6)
3891:7,680Γ4,320@32 (6)
3846:4,096Γ2,160@60 (6)
3844:3,840Γ2,160@64 (6)
3824:4,096Γ2,160@30 (6)
3822:3,840Γ2,160@32 (6)
3799:2,048Γ1,080@60 (6)
3797:1,920Γ1,080@64 (6)
3775:1,920Γ1,080@32 (6)
3624:More/Fewer examples
3596:
3572:Scalable Main 4:4:4
3554:Scalable Monochrome
3472:Scalable Main 4:4:4
3460:Scalable Monochrome
3278:Main 4:4:4 16 Intra
3183:Main 4:4:4 16 Intra
3179:Main 4:4:4 12 Intra
3175:Main 4:4:4 10 Intra
3167:Main 4:2:2 12 Intra
3163:Main 4:2:2 10 Intra
3155:Monochrome 16 Intra
3151:Monochrome 12 Intra
3005:
2370:
2354:backward compatible
2245:at high bit depths.
2243:weighted prediction
2117:Motion compensation
1899:display resolutions
1892:progressive scanned
1788:
1543:
1407:HTTP Live Streaming
1134:On August 8, 2013,
1078:Qualcomm Snapdragon
857:(through HFI Inc.)
820:Mitsubishi Electric
725:Samsung Electronics
499:In 2004, the ITU-T
453:Columbia University
435:(878 patents), and
425:Samsung Electronics
414:on March 28, 2018.
358:, and Velos Media.
306:motion compensation
34:
15474:H.262/MPEG-2 Video
12807:by standard number
9475:"Using MKVToolNix"
9237:. October 17, 2013
9010:on October 3, 2013
8230:on August 10, 2013
8144:on August 17, 2012
8088:. August 29, 2016.
7822:. August 11, 2023.
6472:www.prnewswire.com
6445:www.prnewswire.com
6127:on October 6, 2014
4950:"HEVC Patent List"
4919:on August 24, 2020
4829:Microsoft Research
4803:. November 2, 2017
4715:. November 1, 2017
4618:Thor (video codec)
4598:Mozilla Foundation
4517:high dynamic range
4471:software licensing
4448:collective lock-in
4278:Internet Broadcast
4145:βͺ US$ 0.60 (4K TV)
4134:βͺ US$ 1.20 (4K TV)
4092:royalty annual cap
4087:royalty exemptions
3795:1,280Γ720@136 (12)
3752:1280Γ720@33.7 (6)
3723:640Γ360@67.5 (12)
3620:highest frame rate
3594:
3109:Version 2 profiles
3085:mean opinion score
3003:
2999:Main Still Picture
2972:the Main profile.
2878:Version 1 profiles
2852:Main Still Picture
2368:
2110:
2083:Other coding tools
2040:Inverse transforms
1925:Video coding layer
1866:and the reference
1786:
1742:mean opinion score
1702:
1588:Container support
1541:
1416:On June 25, 2017,
1255:was released with
1240:will support HEVC
1193:high dynamic range
1123:available for the
1115:On July 23, 2013,
1100:On April 3, 2013,
792:Dolby Laboratories
32:
16580:Video compression
16527:
16526:
16259:MPEG Multichannel
16033:
16032:
15779:Digital broadcast
15636:
15635:
15489:H.265/MPEG-H HEVC
15098:
15097:
12821:ISO romanizations
12769:
12768:
12131:
12130:
11905:
11904:
11823:DivX Media Format
11611:
11610:
11396:
11395:
10796:
10795:
10686:Microsoft Video 1
10621:AVS3 P2(GY/T 368)
10607:(GB/T 20090.2/16)
10186:978-3-319-06894-7
10028:(December 2012).
9529:. Fabrice Bellard
9525:Fabrice Bellard.
8840:on April 19, 2014
8323:(12): 1778β1791.
7635:Hollister, Sean.
7275:. Windows Central
6871:on April 20, 2014
5682:Multichannel News
4992:on April 13, 2021
4775:on April 19, 2019
4417:
4416:
4097:distribution fee
3941:
3940:
3773:1,280Γ720@68 (12)
3725:720Γ576@37.5 (8)
3677:176Γ144@100 (16)
3412:
3411:
3404:
3371:quality standards
3362:This section may
3096:lossy compression
3052:
3051:
2930:Motorola Mobility
2840:
2839:
2385: Main
2350:transfer function
2241:Higher precision
2198:ringing artifacts
2173:Deblocking filter
2167:deblocking filter
1854:In August, 2016,
1836:
1835:
1692:Coding efficiency
1689:
1688:
1550:Microsoft Windows
1440:macOS High Sierra
1395:macOS High Sierra
1389:On June 5, 2017,
1006:
1005:
871:Sejong University
427:(4,249 patents),
232:), also known as
223:
222:
186:Video compression
164:Related standards
16:(Redirected from
16617:
16222:Transport stream
16166:Part 1: Systems
16060:
16053:
16046:
16037:
16036:
15958:Ultra HD Blu-ray
15770:MUSE (Hi-Vision)
15753:
15748:Analog broadcast
15663:
15656:
15649:
15640:
15639:
15631:
15509:H.323 Gatekeeper
15494:H.266/MPEG-I VVC
15484:H.264/MPEG-4 AVC
15427:H series (ITU-T)
15177:G series (ITU-T)
15125:
15118:
15111:
15102:
15101:
15088:
15087:
12808:
12796:
12789:
12782:
12773:
12772:
12758:
12746:
12745:
12158:
12151:
12144:
12135:
12134:
11897:VOB, IFO and BUP
11671:Motion JPEG 2000
11622:
11621:
11409:
11408:
11368:aptX Low Latency
11145:Chinese Standard
10809:
10808:
10598:Chinese Standard
10370:Motion JPEG 2000
10339:
10338:
10309:
10302:
10295:
10286:
10285:
10254:
10224:
10210:
10208:
10197:Related slides:
10190:
10144:
10142:
10140:
10135:. slideshare.com
10129:Related slides:
10122:
10120:
10118:
10112:
10102:
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9668:
9660:
9651:
9650:
9648:
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9632:
9626:
9625:
9623:
9621:
9612:. Archived from
9602:
9596:
9595:
9593:
9591:
9586:on April 6, 2019
9585:
9579:. Archived from
9574:
9566:
9560:
9559:
9545:
9539:
9538:
9536:
9534:
9522:
9513:
9512:
9510:
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9398:
9396:
9394:
9383:
9377:
9376:
9374:
9372:
9367:. April 10, 2014
9357:
9351:
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9348:
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9335:
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9135:
9126:
9125:
9123:
9121:
9109:
9103:
9102:
9100:
9098:
9093:on June 30, 2013
9089:. Archived from
9078:
9072:
9071:
9069:
9067:
9061:
9052:
9046:
9045:
9043:
9041:
9026:
9020:
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9009:
9002:
8993:
8987:
8986:
8984:
8982:
8966:
8957:
8956:
8954:
8952:
8947:on June 20, 2013
8936:
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8683:
8671:
8622:
8621:
8619:
8617:
8605:
8599:
8598:
8596:
8594:
8588:
8582:. Archived from
8581:
8572:
8566:
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8563:
8561:
8555:
8547:
8538:
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8275:
8269:
8268:
8266:
8264:
8255:
8246:
8240:
8239:
8237:
8235:
8229:
8223:. Archived from
8218:
8209:
8203:
8202:
8200:
8198:
8186:
8180:
8179:
8177:
8175:
8170:on July 23, 2012
8160:
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8127:
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8123:
8111:
8105:
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8096:
8090:
8089:
8078:
8072:
8071:
8069:
8067:
8062:. slideshare.com
8055:
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7554:
7546:
7540:
7539:
7537:
7535:
7530:. April 11, 2016
7524:
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7358:
7349:. Archived from
7343:
7337:
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7306:
7291:
7285:
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7059:
7057:
7052:on April 2, 2015
7042:
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6547:
6545:
6543:
6538:. April 17, 2019
6533:
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6476:
6475:
6474:(Press release).
6463:
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6408:
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6352:
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6347:
6342:on July 23, 2015
6341:
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6256:on July 23, 2015
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6203:on April 2, 2015
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5704:
5698:
5697:
5695:
5693:
5684:. Archived from
5673:
5667:
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5664:
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5642:
5640:
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5615:
5614:
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5589:
5588:
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5563:
5534:G. J. Sullivan;
5531:
5525:
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5212:
5206:
5200:
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5185:
5179:
5173:
5002:
5001:
4999:
4997:
4988:. Archived from
4976:
4970:
4969:
4967:
4965:
4954:
4946:
4929:
4928:
4926:
4924:
4915:. Archived from
4903:
4886:
4885:
4883:
4881:
4876:on July 11, 2018
4866:
4860:
4859:
4847:
4841:
4840:
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4819:
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4810:
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4759:
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4731:
4725:
4724:
4722:
4720:
4703:
4697:
4696:
4694:
4692:
4683:
4674:
4665:
4664:
4662:
4660:
4647:
4564:H.264/MPEG-4 AVC
4468:
4329:
4323:
4317:
4311:
4308:
4304:
4301:
4298:
4295:
4292:
4156:βͺ US$ 40 million
4116:βͺ US$ 25 million
4069:
4068:
3968:
3959:
3949:
3748:720Γ576@75 (12)
3700:352Γ288@60 (12)
3654:128Γ96@33.7 (6)
3597:
3593:
3580:Tiers and levels
3407:
3400:
3396:
3393:
3387:
3357:
3356:
3349:
3331:Scalable Main 10
3292:
3203:Scalable Main 10
3171:Main 4:4:4 Intra
3057:
3056:MainStillPicture
3016:Average bit rate
3006:
2898:
2371:
2367:
2331:hybrid logβgamma
2204:Range extensions
2100:Intra prediction
2028:Coding tree unit
2022:Coding tree unit
1942:interlaced video
1938:progressive scan
1789:
1785:
1714:coding tree unit
1544:
1540:
1344:version (0.28).
1301:VLC media player
1253:Android Lollipop
1001:
988:
975:
964:
951:
946:(ETRI) of Korea
935:
921:
905:
890:
877:
862:
846:
826:
811:
798:
785:
772:
752:
737:General Electric
719:
706:
705:
608:Patent licensing
505:H.264/MPEG-4 AVC
429:General Electric
258:data compression
252:(AVC, H.264, or
219:
216:
214:
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210:
208:
93:
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76:
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61:
59:
35:
31:
21:
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16490:
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16365:
16349:
16275:
16207:
16155:
16069:
16064:
16034:
16029:
16013:
15977:
15874:
15867:
15846:
15810:
15774:
15760:819 line system
15751:
15750:
15742:
15723:1440p (Quad HD)
15718:1080p (Full HD)
15713:1080i (Full HD)
15696:
15670:
15667:
15637:
15632:
15627:
15618:
15579:ITU-R BS.1534-1
15562:
15523:
15422:
15172:
15156:
15135:
15129:
15099:
15094:
15076:
15000:
14726:
13878:
12827:
12809:
12806:
12800:
12770:
12765:
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12695:
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12554:
12531:
12167:
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12132:
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12086:
11931:
11901:
11759:
11736:
11708:
11685:
11607:
11526:
11424:
11403:
11392:
11188:
11160:(GB/T 33475.3)
11154:(GB/T 20090.10)
11140:
11117:
11089:
11031:
10993:
10908:
10904:MPEG-H 3D Audio
10830:MPEG-1 Layer II
10820:
10803:
10792:
10624:
10593:
10544:
10506:
10454:
10350:
10333:
10326:
10313:
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9974:
9961:
9960:
9956:
9943:
9942:
9938:
9925:
9924:
9920:
9910:
9908:
9907:. June 20, 2016
9899:
9898:
9894:
9884:
9882:
9876:
9872:
9857:
9853:
9838:
9834:
9821:
9820:
9816:
9806:
9804:
9800:
9796:. May 2, 2016.
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7831:
7827:
7818:
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7800:
7799:
7795:
7782:
7781:
7777:
7772:. July 9, 2017.
7764:
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7759:
7744:
7740:
7730:
7728:
7724:
7723:
7716:
7703:
7702:
7695:
7686:
7685:
7681:
7668:
7667:
7663:
7652:
7648:
7633:
7629:
7616:
7615:
7611:
7604:Apple Developer
7598:
7597:
7593:
7586:Apple Developer
7580:
7579:
7572:
7556:
7555:
7547:
7543:
7533:
7531:
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7513:
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6704:
6703:
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6690:
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6671:
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6654:
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6649:
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6609:
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6527:
6526:
6522:
6509:
6508:
6504:
6494:
6492:
6487:
6486:
6479:
6466:Advance, HEVC.
6464:
6460:
6450:
6448:
6447:(Press release)
6439:Advance, HEVC.
6437:
6433:
6423:
6421:
6410:
6409:
6405:
6395:
6393:
6387:
6378:
6368:
6366:
6365:. GlobeNewswire
6359:
6355:
6345:
6343:
6339:
6332:
6328:
6327:
6323:
6313:
6311:
6301:
6297:
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6269:
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6234:
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6216:
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6140:
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6119:
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6114:
6104:
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6097:
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6079:
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6054:
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6047:
6046:
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6032:
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6010:
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5995:
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5970:
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5958:
5953:
5952:
5945:
5935:
5933:
5928:
5927:
5920:
5910:
5908:
5903:
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5895:
5885:
5883:
5878:
5877:
5870:
5860:
5858:
5854:
5850:
5849:
5845:
5835:
5833:
5828:
5827:
5820:
5810:
5808:
5803:
5802:
5795:
5785:
5783:
5778:
5777:
5770:
5760:
5758:
5753:
5752:
5748:
5738:
5736:
5732:
5728:
5727:
5723:
5713:
5711:
5706:
5705:
5701:
5691:
5689:
5674:
5670:
5660:
5658:
5653:
5652:
5648:
5638:
5636:
5623:
5622:
5618:
5608:
5606:
5597:
5596:
5592:
5582:
5580:
5573:
5569:
5532:
5528:
5520:
5427:
5417:
5415:
5408:
5401:
5391:
5389:
5380:
5379:
5372:
5362:
5360:
5359:. July 10, 2009
5351:
5350:
5343:
5333:
5331:
5324:
5315:
5305:
5303:
5296:
5292:
5282:
5280:
5273:
5264:
5254:
5252:
5243:
5242:
5235:
5225:
5223:
5213:
5209:
5201:
5197:
5186:
5182:
5174:
5005:
4995:
4993:
4978:
4977:
4973:
4963:
4961:
4952:
4948:
4947:
4932:
4922:
4920:
4905:
4904:
4889:
4879:
4877:
4868:
4867:
4863:
4848:
4844:
4834:
4832:
4820:
4816:
4806:
4804:
4793:
4792:
4788:
4778:
4776:
4761:
4760:
4756:
4746:
4744:
4733:
4732:
4728:
4718:
4716:
4705:
4704:
4700:
4690:
4688:
4681:
4675:
4668:
4658:
4656:
4649:
4648:
4644:
4639:
4494:
4485:
4479:
4428:
4422:
4347:
4342:
4340:
4338:
4333:
4331:
4327:
4325:
4321:
4319:
4315:
4313:
4309:
4306:
4302:
4299:
4296:
4293:
4290:
4288:
4283:
4281:
4276:
4274:
4272:
4269:Free Television
4264:
4259:
4258:
4256:
4248:
4243:
4242:
4240:
4232:
4230:
4225:
4224:
4222:
4220:
4172:
4167:
4165:
4163:
4152:
4151:
4146:
4144:
4142:
4137:
4135:
4133:
4131:
4096:
4091:
4086:
4081:
4073:
4064:
4044:Fabrice Bellard
3985:
3976:
3936:
3934:
3914:
3912:
3892:
3890:
3867:
3865:
3845:
3843:
3823:
3821:
3798:
3796:
3776:
3774:
3751:
3750:960Γ540@60 (8)
3749:
3727:960Γ540@30 (6)
3726:
3724:
3702:640Γ360@30 (6)
3701:
3679:352Γ288@30 (6)
3678:
3656:176Γ144@15 (6)
3655:
3625:
3621:
3619:
3614:
3609:
3604:
3588:
3582:
3408:
3397:
3391:
3388:
3377:
3358:
3354:
3347:
3315:
3111:
3023:JPEG 2000
3017:
3012:
3011:coding standard
3010:
3001:
2893:
2885:
2880:
2860:chroma sampling
2511:
2509:
2504:
2502:
2497:
2495:
2490:
2488:
2483:
2478:
2463:Chroma sampling
2422:
2420:
2415:
2410:
2405:
2400:
2395:
2366:
2310:
2206:
2184:
2175:
2163:
2143:HEVC defines a
2141:
2129:bilinear filter
2119:
2102:
2090:
2085:
2059:
2042:
2030:
2024:
2019:
1955:
1927:
1877:
1800:
1795:
1793:
1694:
1676:
1674:
1669:
1661:
1651:
1539:
1499:
1493:
1491:Browser support
1481:
1469:
1387:
1338:
1269:
1236:confirmed that
1166:
1087:
1066:
1061:
1055:
1011:
999:
986:
973:
962:
949:
933:
919:
903:
888:
875:
860:
844:
824:
809:
796:
783:
770:
750:
713:
693:
616:
610:
567:
565:Standardization
555:
547:standardization
497:
420:
293:
205:
154:ISO/IEC 14496-2
89:
87:
85:
72:
70:
66:First published
57:
55:
28:
23:
22:
15:
12:
11:
5:
16623:
16613:
16612:
16607:
16602:
16597:
16592:
16587:
16585:Videotelephony
16582:
16577:
16572:
16567:
16562:
16557:
16552:
16547:
16542:
16525:
16524:
16519:
16517:
16513:
16512:
16510:
16509:
16504:
16498:
16496:
16492:
16491:
16489:
16488:
16482:
16480:
16476:
16475:
16473:
16472:
16467:
16462:
16457:
16451:
16449:
16445:
16444:
16442:
16441:
16436:
16431:
16426:
16421:
16415:
16413:
16409:
16408:
16406:
16405:
16400:
16394:
16392:
16388:
16387:
16385:
16384:
16379:
16373:
16371:
16367:
16366:
16364:
16363:
16357:
16355:
16351:
16350:
16348:
16347:
16342:
16337:
16335:Part 20: LASeR
16332:
16327:
16322:
16317:
16312:
16307:
16302:
16297:
16296:
16295:
16283:
16281:
16277:
16276:
16274:
16273:
16268:
16266:Part 6: DSM CC
16263:
16262:
16261:
16256:
16251:
16246:
16236:
16231:
16230:
16229:
16227:Program stream
16224:
16215:
16213:
16209:
16208:
16206:
16205:
16204:
16203:
16198:
16193:
16187:Part 3: Audio
16185:
16184:
16183:
16176:Part 2: Video
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15594:ITU-R BT.470-7
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12108:List of codecs
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11910:Collaborations
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11676:MPEG-21 Part 9
11673:
11668:
11665:MPEG-4 Part 14
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11245:Monkey's Audio
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11185:(SJ/T 11299.4)
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10842:MPEG-1 Layer I
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10450:
10448:Part 2 / LCEVC
10445:
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10259:External links
10257:
10256:
10255:
10214:
10213:
10212:
10211:
10192:
10191:
10185:
10157:G. J. Sullivan
10148:
10147:
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10124:
10123:
10103:
10072:
10056:
10022:G. J. Sullivan
10016:
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9892:
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9851:
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9636:"HEVC Advance"
9627:
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8365:(6): 978β989.
8349:
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7679:
7674:Apple Newsroom
7661:
7646:
7627:
7622:Apple Newsroom
7609:
7591:
7570:
7541:
7519:
7517:. 8 June 2017.
7504:
7493:on May 1, 2016
7474:
7448:
7433:
7404:
7399:www.nvidia.com
7386:
7364:
7338:
7312:
7286:
7263:
7237:
7211:
7185:
7150:
7119:
7102:Ittiam Systems
7089:
7063:
7037:
7015:
6986:
6956:
6944:Tom's Hardware
6930:
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4481:Main article:
4478:
4475:
4424:Main article:
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3970:
3961:
3952:
3939:
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3930:
3927:
3924:
3923:4,278,190,080
3921:
3917:
3916:
3908:
3905:
3902:
3901:2,139,095,040
3899:
3895:
3894:
3886:
3883:
3880:
3877:
3876:1,069,547,520
3874:
3870:
3869:
3861:
3858:
3855:
3854:1,069,547,520
3852:
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3584:Main article:
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3506:
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3499:
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3489:
3485:
3482:
3479:
3410:
3409:
3382:. Please help
3361:
3359:
3352:
3346:
3343:
3342:
3341:
3338:
3337:Multiview Main
3335:
3332:
3329:
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3247:Main 4:2:2 10.
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3207:Multiview Main
3110:
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3019:
3014:
3013:(test method)
3000:
2997:
2892:
2889:
2884:
2881:
2879:
2876:
2874:that profile.
2858:, 4:2:2/4:4:4
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2098:
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2088:Entropy coding
2086:
2084:
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2068:
2064:
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2041:
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2026:Main article:
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2020:
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2015:
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1571:Codec support
1568:
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1465:
1386:
1383:
1362:announced the
1337:
1334:
1320:announced the
1268:
1265:
1261:Ittiam Systems
1257:out of the box
1242:out of the box
1214:announced the
1203:), and 10-bit
1174:Ittiam Systems
1165:
1162:
1129:GPL v2 license
1086:
1083:
1065:
1062:
1057:Main article:
1054:
1051:
1050:
1049:
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1043:
1040:
1039:Specification.
1036:
1035:Specification.
1032:
1031:Specification.
1028:
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1021:
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691:Patent holders
689:
671:Technicolor SA
612:Main article:
609:
606:
566:
563:
554:
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419:
416:
356:Access Advance
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138:Base standards
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82:
81:Latest version
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26:
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16610:ISO standards
16608:
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16605:IEC standards
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16370:MPEG-21 Parts
16368:
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16301:
16300:Part 3: Audio
16298:
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16287:Part 2: Video
16285:
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16239:Part 3: Audio
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15884:
15883:Archival Disc
15881:
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15870:
15864:
15861:
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15853:
15849:
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15822:Dolby Digital
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15783:
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15777:
15771:
15768:
15766:
15763:
15761:
15758:
15757:
15755:
15752:(All defunct)
15749:
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15621:
15615:
15614:ITU-R BT.2100
15612:
15610:
15609:ITU-R BT.2020
15607:
15605:
15602:
15600:
15597:
15595:
15592:
15590:
15587:
15585:
15584:ITU-R BT.1304
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14097:
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14090:
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14075:
14073:
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14068:
14065:
14063:
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14048:
14045:
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14040:
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14020:
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14015:
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14010:
14008:
14005:
14003:
14000:
13998:
13995:
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13990:
13988:
13985:
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13975:
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13958:
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13948:
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13908:
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13901:
13898:
13896:
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13891:
13888:
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13885:
13881:
13875:
13872:
13870:
13867:
13865:
13862:
13860:
13857:
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13832:
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13827:
13825:
13822:
13820:
13817:
13815:
13812:
13810:
13807:
13805:
13802:
13800:
13797:
13795:
13792:
13790:
13787:
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13782:
13780:
13777:
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13772:
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13762:
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13526:
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13501:
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13488:
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13468:
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13438:
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13423:
13421:
13418:
13416:
13413:
13411:
13408:
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13388:
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13318:
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13308:
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13299:
13296:
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13264:
13261:
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13256:
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13236:
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13216:
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13209:
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13096:
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13089:
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13076:
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13066:
13062:
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13049:
13047:
13044:
13042:
13039:
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13037:
13034:
13032:
13029:
13027:
13024:
13022:
13019:
13017:
13014:
13012:
13009:
13007:
13004:
13002:
12999:
12997:
12994:
12992:
12989:
12987:
12984:
12982:
12979:
12977:
12974:
12972:
12969:
12967:
12964:
12962:
12959:
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12954:
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12932:
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12927:
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12922:
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12912:
12910:
12907:
12905:
12902:
12900:
12897:
12895:
12892:
12890:
12887:
12886:
12885:
12882:
12880:
12877:
12875:
12872:
12870:
12867:
12865:
12862:
12860:
12857:
12855:
12852:
12850:
12847:
12845:
12842:
12840:
12837:
12836:
12834:
12830:
12826:
12825:IEC standards
12822:
12818:
12817:ISO standards
12812:
12804:
12797:
12792:
12790:
12785:
12783:
12778:
12777:
12774:
12762:
12761:
12757:
12752:
12750:
12749:
12740:
12739:
12736:
12730:
12729:Steganography
12727:
12725:
12722:
12720:
12717:
12715:
12712:
12710:
12707:
12706:
12704:
12702:
12698:
12692:
12689:
12687:
12684:
12682:
12679:
12677:
12674:
12672:
12669:
12667:
12664:
12662:
12659:
12657:
12654:
12652:
12649:
12648:
12646:
12644:
12640:
12634:
12631:
12629:
12626:
12624:
12621:
12619:
12616:
12614:
12611:
12609:
12606:
12604:
12601:
12599:
12596:
12594:
12591:
12589:
12586:
12584:
12581:
12579:
12576:
12574:
12571:
12569:
12566:
12565:
12563:
12561:
12557:
12551:
12548:
12546:
12543:
12542:
12540:
12538:
12534:
12528:
12525:
12523:
12520:
12518:
12515:
12513:
12510:
12508:
12505:
12503:
12500:
12498:
12495:
12491:
12488:
12486:
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12482:
12481:
12478:
12476:
12473:
12471:
12468:
12464:
12461:
12460:
12459:
12456:
12454:
12451:
12449:
12446:
12444:
12441:
12439:
12436:
12434:
12431:
12429:
12426:
12424:
12421:
12419:
12416:
12414:
12411:
12409:
12406:
12404:
12401:
12399:
12396:
12394:
12391:
12389:
12386:
12384:
12381:
12379:
12376:
12372:
12369:
12368:
12367:
12364:
12362:
12359:
12357:
12354:
12352:
12349:
12347:
12344:
12342:
12339:
12337:
12334:
12332:
12329:
12327:
12324:
12322:
12319:
12317:
12314:
12312:
12309:
12307:
12304:
12302:
12299:
12297:
12294:
12292:
12289:
12287:
12284:
12282:
12279:
12277:
12274:
12272:
12269:
12267:
12264:
12262:
12259:
12257:
12254:
12252:
12249:
12247:
12244:
12242:
12239:
12237:
12234:
12232:
12229:
12227:
12224:
12222:
12219:
12217:
12214:
12212:
12209:
12207:
12204:
12202:
12199:
12197:
12194:
12192:
12189:
12187:
12184:
12182:
12179:
12178:
12176:
12174:
12170:
12166:
12159:
12154:
12152:
12147:
12145:
12140:
12139:
12136:
12125:
12121:
12115:
12109:
12106:
12104:
12101:
12099:
12096:
12095:
12093:
12089:
12079:
12076:
12074:
12071:
12070:
12069:
12066:
12064:
12061:
12059:
12056:
12054:
12051:
12050:
12049:
12046:
12042:
12039:
12037:
12034:
12032:
12029:
12027:
12024:
12023:
12022:
12019:
12015:
12012:
12010:
12007:
12006:
12005:
12002:
12000:
11997:
11995:
11992:
11988:
11985:
11983:
11980:
11978:
11975:
11973:
11970:
11969:
11968:
11965:
11961:
11958:
11956:
11953:
11951:
11948:
11947:
11946:
11943:
11942:
11940:
11938:
11934:
11928:
11925:
11923:
11920:
11918:
11915:
11914:
11912:
11908:
11898:
11895:
11893:
11890:
11886:
11883:
11882:
11881:
11878:
11876:
11873:
11871:
11868:
11866:
11863:
11859:
11856:
11855:
11854:
11851:
11849:
11846:
11844:
11841:
11839:
11836:
11834:
11831:
11829:
11826:
11824:
11821:
11819:
11816:
11812:
11809:
11808:
11807:
11804:
11802:
11799:
11797:
11794:
11792:
11789:
11787:
11784:
11782:
11779:
11777:
11774:
11772:
11769:
11768:
11766:
11762:
11756:
11753:
11751:
11748:
11747:
11745:
11743:
11739:
11733:
11730:
11728:
11725:
11723:
11720:
11719:
11717:
11715:
11711:
11705:
11702:
11700:
11697:
11696:
11694:
11692:
11688:
11682:
11679:
11677:
11674:
11672:
11669:
11666:
11663:
11661:
11658:
11656:
11653:
11651:
11648:
11644:
11641:
11640:
11639:
11636:
11635:
11633:
11631:
11627:
11623:
11620:
11618:
11614:
11604:
11601:
11599:
11596:
11594:
11591:
11589:
11586:
11584:
11581:
11579:
11576:
11574:
11571:
11569:
11566:
11564:
11561:
11559:
11556:
11554:
11551:
11549:
11546:
11544:
11541:
11539:
11536:
11535:
11533:
11529:
11523:
11520:
11518:
11515:
11513:
11510:
11508:
11505:
11503:
11500:
11498:
11495:
11493:
11490:
11488:
11485:
11483:
11480:
11478:
11475:
11473:
11470:
11468:
11465:
11463:
11460:
11458:
11455:
11453:
11450:
11448:
11445:
11443:
11442:CCITT Group 4
11440:
11439:
11437:
11435:
11431:
11427:
11422:
11418:
11414:
11410:
11407:
11405:
11399:
11389:
11386:
11384:
11381:
11379:
11376:
11374:
11373:aptX Adaptive
11371:
11369:
11366:
11364:
11361:
11359:
11356:
11354:
11351:
11349:
11346:
11344:
11341:
11339:
11336:
11334:
11331:
11329:
11326:
11321:
11320:
11318:
11316:
11313:
11311:
11308:
11306:
11303:
11301:
11298:
11296:
11293:
11291:
11288:
11286:
11283:
11281:
11278:
11276:
11273:
11271:
11268:
11266:
11263:
11261:
11258:
11256:
11253:
11251:
11248:
11246:
11243:
11241:
11238:
11236:
11233:
11231:
11228:
11226:
11223:
11221:
11218:
11216:
11213:
11211:
11208:
11206:
11203:
11201:
11198:
11197:
11195:
11191:
11184:
11181:
11179:
11176:
11173:
11170:
11165:
11162:
11161:
11159:
11156:
11153:
11150:
11149:
11147:
11143:
11137:
11134:
11132:
11129:
11128:
11126:
11124:
11123:Bluetooth SIG
11120:
11114:
11111:
11109:
11106:
11104:
11101:
11100:
11098:
11096:
11092:
11086:
11083:
11081:
11078:
11076:
11073:
11071:
11068:
11066:
11063:
11061:
11058:
11056:
11053:
11051:
11048:
11046:
11043:
11042:
11040:
11038:
11034:
11028:
11025:
11023:
11020:
11018:
11015:
11013:
11010:
11008:
11005:
11004:
11002:
11000:
10996:
10990:
10987:
10985:
10982:
10980:
10977:
10975:
10972:
10970:
10967:
10965:
10962:
10960:
10957:
10955:
10952:
10950:
10947:
10945:
10942:
10940:
10937:
10933:
10930:
10928:
10925:
10924:
10923:
10920:
10919:
10917:
10915:
10911:
10905:
10902:
10900:
10897:
10895:
10892:
10890:
10887:
10885:
10882:
10880:
10877:
10875:
10872:
10870:
10869:MPEG Surround
10867:
10863:
10860:
10858:
10855:
10854:
10853:
10850:
10848:
10845:
10843:
10840:
10836:
10833:
10832:
10831:
10828:
10827:
10825:
10823:
10818:
10814:
10810:
10807:
10805:
10799:
10789:
10786:
10784:
10781:
10779:
10776:
10774:
10771:
10769:
10766:
10764:
10761:
10759:
10756:
10754:
10751:
10749:
10746:
10744:
10741:
10739:
10736:
10732:
10729:
10727:
10724:
10723:
10721:
10717:
10714:
10712:
10709:
10708:
10707:
10704:
10702:
10699:
10697:
10694:
10692:
10689:
10687:
10684:
10682:
10679:
10677:
10674:
10672:
10669:
10667:
10664:
10662:
10659:
10657:
10654:
10652:
10649:
10647:
10644:
10642:
10639:
10637:
10634:
10633:
10631:
10627:
10620:
10615:
10614:
10612:
10609:
10606:
10603:
10602:
10600:
10596:
10590:
10587:
10585:
10582:
10580:
10577:
10575:
10572:
10570:
10567:
10565:
10562:
10560:
10557:
10556:
10554:
10551:
10547:
10541:
10538:
10536:
10533:
10531:
10528:
10526:
10523:
10521:
10518:
10517:
10515:
10513:
10509:
10503:
10500:
10498:
10495:
10493:
10490:
10488:
10485:
10483:
10480:
10478:
10475:
10473:
10470:
10469:
10467:
10465:
10461:
10457:
10449:
10446:
10444:
10441:
10440:
10439:
10436:
10432:
10429:
10428:
10427:
10424:
10420:
10419:Part 2 / HEVC
10417:
10416:
10415:
10412:
10408:
10407:Part 33 / IVC
10405:
10403:
10402:Part 10 / AVC
10400:
10398:
10395:
10394:
10393:
10390:
10386:
10383:
10382:
10381:
10378:
10376:
10373:
10371:
10368:
10366:
10363:
10361:
10358:
10357:
10355:
10353:
10348:
10344:
10340:
10337:
10335:
10329:
10324:
10320:
10317:
10310:
10305:
10303:
10298:
10296:
10291:
10290:
10287:
10281:
10278:
10276:
10273:
10271:
10268:
10266:
10263:
10262:
10252:
10248:
10244:
10240:
10236:
10232:
10228:
10221:
10216:
10215:
10205:
10201:
10196:
10195:
10194:
10193:
10188:
10182:
10178:
10174:
10170:
10166:
10162:
10158:
10154:
10150:
10149:
10134:
10128:
10127:
10126:
10125:
10109:
10104:
10097:September 22,
10093:
10089:
10085:
10078:
10073:
10061:
10057:
10052:
10047:
10044:: 1649β1668.
10043:
10039:
10035:
10031:
10027:
10023:
10019:
10018:
9998:
9994:
9988:
9972:
9968:
9964:
9958:
9950:
9946:
9940:
9932:
9928:
9922:
9906:
9902:
9896:
9881:
9874:
9866:
9862:
9855:
9847:
9843:
9836:
9828:
9824:
9818:
9799:
9795:
9788:
9782:
9780:
9778:
9770:
9756:
9749:
9742:
9730:
9723:
9721:
9713:
9709:
9702:
9694:
9688:
9672:
9665:
9659:
9657:
9641:
9637:
9631:
9615:
9611:
9607:
9601:
9582:
9578:
9571:
9565:
9557:
9556:
9551:
9544:
9528:
9521:
9519:
9502:
9498:
9492:
9476:
9470:
9454:
9448:
9432:
9426:
9410:
9404:
9388:
9382:
9366:
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9340:
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9289:
9285:
9282:Jianle Chen;
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8285:September 15,
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7441:Smith, Ryan.
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6166:September 29,
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6131:September 29,
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5847:
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5806:
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5781:
5775:
5773:
5756:
5755:"MPEG Basics"
5750:
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5709:
5703:
5687:
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5634:
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5218:
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5176:Sullivan 2012
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4609:
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4586:developed by
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4437:MulticoreWare
4434:
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3622:(MaxDpbSize)
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3392:November 2023
3385:
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3325:Scalable Main
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3317:
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3309:
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3299:
3296:
3287:
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3271:Main 4:4:4 12
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3229:Monochrome 16
3228:
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3223:Monochrome 12
3222:
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3209:. All of the
3208:
3204:
3200:
3199:Scalable Main
3196:
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3180:
3176:
3172:
3168:
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3159:Main 12 Intra
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3147:Main 4:4:4 12
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3143:Main 4:4:4 10
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3135:Main 4:2:2 12
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3128:
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3123:Monochrome 16
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3119:Monochrome 12
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2966:color banding
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2895:The Main 10 (
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2325:Palette mode.
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2037:
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2014:
2012:
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1919:dynamic range
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1905:(320Γ240) to
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1885:image quality
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1636:(.mp4, .m4v)
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16575:Video codecs
16495:MPEG-5 Parts
16479:MPEG-I Parts
16459:
16448:MPEG-H Parts
16429:Part 3: APIs
16412:MPEG-G Parts
16391:MPEG-D Parts
16354:MPEG-7 Parts
16305:Part 6: DMIF
16280:MPEG-4 Parts
16212:MPEG-2 Parts
16160:MPEG-1 Parts
15963:Uncompressed
15917:
15873:HD media and
15624:
15604:ITU-R BT.709
15599:ITU-R BT.601
15488:
15158:
15157:
15144:
15143:
14943:27000 series
12753:
12741:
11174:(GB/T 22726)
10835:Multichannel
10691:MSU Lossless
10605:AVS1 P2/AVS+
10559:TrueMotion S
10497:H.265 / HEVC
10496:
10443:Part 1 / EVC
10431:Part 3 / VVC
10418:
10397:Part 2 / ASP
10230:
10226:
10200:Vivienne Sze
10164:
10153:Vivienne Sze
10137:. Retrieved
10115:. Retrieved
10095:. Retrieved
10087:
10083:
10064:. Retrieved
10037:
10033:
10015:Bibliography
10002:September 8,
10000:. Retrieved
9996:
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9971:the original
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9748:
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9711:
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9687:
9675:. Retrieved
9673:. March 2018
9671:HEVC Advance
9670:
9643:. Retrieved
9639:
9630:
9620:November 27,
9618:. Retrieved
9614:the original
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9581:the original
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7969:December 14,
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7908:
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7199:AppleInsider
7188:
7178:September 6,
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6835:1721.1/93876
6812:(1): 61β72.
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6309:Ars Technica
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4917:the original
4912:HEVC Advance
4910:
4878:. Retrieved
4874:the original
4864:
4855:
4845:
4835:November 13,
4833:. Retrieved
4827:
4817:
4807:November 13,
4805:. Retrieved
4798:
4789:
4779:November 13,
4777:. Retrieved
4773:the original
4766:
4757:
4747:November 13,
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4738:
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4189:Velos Media
4178:Technicolor
4168:
4159:
4138:
4127:
4124:HEVC Advance
4102:
4065:
4052:ICC profiles
4037:
4001:Blu-ray Disc
3986:
3977:
3965:
3956:
3946:
3832:534,773,760
3807:267,386,880
3785:133,693,440
3605:(samples/s)
3589:
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3031:HEVC (PSNR)
2989:
2974:
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2954:ViXS Systems
2894:
2886:
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2841:
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2233:
2207:
2188:lookup table
2185:
2176:
2164:
2161:Loop filters
2155:
2142:
2133:
2120:
2111:
2092:HEVC uses a
2091:
2043:
2031:
2017:Coding tools
1959:color spaces
1956:
1953:Color spaces
1935:
1928:
1915:color spaces
1889:
1878:
1853:
1849:
1837:
1770:
1762:
1755:
1746:
1738:
1729:H.262/MPEG-2
1718:
1711:
1703:
1685:(iPhone 7).
1637:
1625:
1613:
1601:
1595:
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1298:
1283:
1276:
1273:
1270:
1263:' software.
1250:
1231:
1227:Nvidia NVENC
1224:
1209:
1185:Blu-ray Disc
1178:
1171:
1167:
1151:ViXS Systems
1148:
1140:
1133:
1114:
1099:
1088:
1067:
1012:
930:Corporation
701:HEVC Advance
694:
686:
683:
679:
668:
664:
652:
648:
644:HEVC Advance
625:
617:
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360:
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294:
274:
237:
233:
229:
225:
224:
124:Simao Campos
122:(Secretary:
98:Organization
51:Year started
29:
16018:Deployments
15994:DisplayPort
15875:compression
15701:Resolutions
15159:Categories:
14731:20000β29999
13883:10000β19999
12463:Logluv TIFF
11892:MOD and TOD
11833:Flash Video
11771:3GP and 3G2
11452:HEIC / HEIF
11404:compression
11164:Audio Vivid
10899:MPEG-D USAC
10894:MPEG-4 CELP
10889:MPEG-4 HVXC
10804:compression
10636:Apple Video
10552:and AOMedia
10502:H.266 / VVC
10492:H.264 / AVC
10334:compression
10319:compression
10139:November 8,
10117:November 8,
9997:www.itu.int
9885:December 3,
9734:January 25,
9437:November 1,
9267:October 19,
9241:October 19,
9169:January 22,
9146:January 11,
9066:November 8,
8921:November 3,
8728:November 2,
8705:October 31,
8560:November 9,
8532:January 24,
8342:January 13,
8263:December 3,
7943:November 8,
7920:November 8,
7901:Slides 2012
7838:Deconstruct
7582:"tvOS 11.0"
7497:February 1,
7467:January 10,
7379:January 10,
7357:December 8,
7279:November 3,
7256:November 3,
7112:November 1,
6918:ExtremeTech
6726:October 12,
6451:December 8,
6417:PR Newswire
6369:February 4,
6105:January 14,
6080:January 14,
6055:October 31,
6033:October 31,
5936:November 1,
5911:November 1,
5886:November 1,
5761:January 28,
5739:January 27,
5714:January 27,
5692:January 25,
5661:January 25,
5536:J. M. Boyce
4880:February 5,
4659:December 1,
4584:open format
3879:35,651,584
3760:66,846,720
3735:33,177,600
3710:16,588,800
3386:if you can.
3211:inter frame
3042:HEVC (MOS)
3009:Still image
2993:inter frame
2950:Technicolor
2932:, NGCodec,
2866:(MVC), and
2220:bit depths.
2034:macroblocks
1911:noise level
1895:frame rates
1766:inter frame
1752:open source
1205:color depth
1121:source code
970:Tagivan II
914:Godo Kaisha
837:(including
779:JVC Kenwood
763:(including
675:patent pool
437:JVC Kenwood
16534:Categories
15982:Connectors
14510:16949 (TS)
14107:11941 (TR)
12805:standards
12760:Comparison
12126:for codecs
12073:Daubechies
12048:Transforms
11950:Arithmetic
11617:Containers
11322:True Audio
11166:(GY/T 363)
10884:MPEG-4 DST
10879:MPEG-4 SLS
10874:MPEG-4 ALS
10748:SheerVideo
10722:QuickTime
10550:TrueMotion
10316:Multimedia
10026:T. Wiegand
9284:Jill Boyce
9040:October 5,
9014:October 5,
8807:. Ericsson
8770:Jill Boyce
8197:August 24,
8174:August 24,
8148:August 24,
8066:August 26,
8043:August 26,
8017:August 26,
7030:January 7,
6979:August 17,
5639:August 24,
5414:. H265.net
5392:August 18,
5363:August 24,
5330:. H265.net
5302:. H265.net
5279:. H265.net
5226:August 24,
4689:Retrieved
4686:Apple Inc.
4637:References
4454:) and the
4058:metadata.
4025:MKVToolNix
3983:Containers
3810:8,912,896
3763:2,228,224
3687:7,372,800
3664:3,686,400
3633:High tier
3630:Main tier
3610:(samples)
3311:See also:
3257:Main 4:4:4
3217:Monochrome
3139:Main 4:4:4
3115:Monochrome
2519:Monochrome
2380:Version 2
2377:Version 1
1422:Windows 10
1238:Windows 10
958:Canon Inc.
916:IP Bridge
835:SK Telecom
765:NTT Docomo
90:2023-09-13
73:2013-07-07
58:2013-06-07
16521:MPEG-DASH
16291:based on
16254:Layer III
16201:Layer III
16179:based on
15989:Component
15908:DVD-Audio
15708:720p (HD)
15625:See also:
14465:15926 WIP
13829:9592/9593
13754:9000/9001
13642:8805/8806
12497:UFO / UFP
12433:PSD / PSB
12346:JPEG 2000
12306:ICO / CUR
11875:RealMedia
11477:JPEG 2000
11280:RealAudio
11260:OptimFROG
10738:RealVideo
10726:Animation
10696:OMS Video
10323:container
10237:: 35β49.
10066:August 2,
9590:April 11,
9371:April 20,
9120:April 28,
8844:April 18,
8811:April 24,
8682:March 26,
8431:April 28,
8193:. ISO/IEC
7857:Fstoppers
7806:Can I use
7534:April 23,
7326:Microsoft
7300:Softpedia
7225:AnandTech
7082:March 24,
7056:March 24,
6778:March 15,
6752:March 15,
6662:August 5,
6640:August 5,
6618:August 5,
6596:August 5,
6542:April 28,
6207:March 20,
5836:April 16,
5811:April 16,
5786:April 16,
4691:August 5,
4513:Rec. 2100
4504:Rec. 2020
4082:royalties
4009:DVD-Video
3380:talk page
3294:profiles.
3291:HbrFactor
3069:JPEG 2000
2985:Rec. 2020
2901:Rec. 2020
2856:bit depth
2429:Bit depth
2416:4:4:4 12
2411:4:4:4 10
2401:4:2:2 12
2396:4:2:2 10
2339:Rec. 2100
2261:Residual
2193:histogram
1983:Rec. 2100
1979:Rec. 2020
1796:standard
1683:Apple A10
1454:Microsoft
1418:Microsoft
1374:in 2017.
1364:Apple A10
1353:Kaby Lake
1332:in 2017.
1326:iPhone 6S
1234:Microsoft
1189:Rec. 2020
1027:profiles.
839:SK Planet
632:Microsoft
477:Hikvision
392:Microsoft
116:Committee
16249:Layer II
16196:Layer II
15675:Concepts
15529:V series
15090:Category
12815:List of
12748:Category
12701:Metadata
12643:Compound
12371:JPEG-HDR
11994:Lossless
11960:Modified
11853:Matroska
11732:Matroska
11643:MPEG-PES
11255:Musepack
11152:AVS1 P10
10731:Graphics
10681:Lagarith
10169:Springer
10159:(2014).
9977:June 30,
9967:ITU News
9911:March 7,
9798:Archived
9677:June 12,
9393:June 28,
9320:July 13,
9316:. JCT-VC
9294:July 13,
9290:. JCT-VC
9215:April 4,
9211:. JCT-VC
9188:. JCT-VC
9165:. JCT-VC
9142:. JCT-VC
9116:. JCT-VC
9097:June 21,
8981:June 21,
8951:June 21,
8780:July 11,
8776:. JCT-VC
8724:. JCT-VC
8701:. JCT-VC
8678:. JCT-VC
8616:July 17,
8612:. JCT-VC
8485:. JCT-VC
8457:. JCT-VC
8427:. JCT-VC
8387:12877203
8118:. JCT-VC
7991:. JCT-VC
7877:Ohm 2012
7752:Bitmovin
7559:cite web
7462:EE Times
7422:cite web
7076:Archived
6949:July 23,
6923:July 23,
6897:April 4,
6875:April 4,
6772:EE Times
6495:April 4,
6424:July 14,
6314:July 23,
6288:July 23,
6260:July 22,
6157:Archived
6011:June 26,
5986:June 26,
5961:June 26,
5861:July 26,
5579:. JCT-3V
5522:ITU 2015
5355:. ITU-T
4996:June 18,
4492:See also
4452:OpenH264
4413:βͺ US$ 0
4407:βͺ US$ 0
4394:βͺ US$ 0
4388:βͺ US$ 0
4375:βͺ US$ 0
4369:βͺ US$ 0
4305:$ 0/yr:
4289:βͺ
4213:MPEG LA
4184:βͺ US$ 0
4173:βͺ US$ 0
4139:Region 2
4128:Region 1
4119:βͺ US$ 0
4077:Licensor
4021:Matroska
4007:used by
3991:used by
3929:800,000
3926:240,000
3907:480,000
3904:120,000
3885:240,000
3860:240,000
3838:160,000
3816:100,000
3738:983,040
3713:552,960
3690:245,760
3667:122,880
3641:552,960
3364:require
2976:Ericsson
2926:Ericsson
2465:formats
2457:8 to 16
2421:4:4:4 16
2391:Main 12
2388:Main 10
2374:Feature
2364:Profiles
2078:latency.
1975:Rec. 709
1971:Rec. 601
1946:metadata
1875:Features
1843:and the
1679:Apple A9
1627:Matroska
1603:Matroska
1368:iPhone 7
1322:Apple A9
1246:Matroska
1216:iPhone 6
1074:Qualcomm
1009:Versions
855:MediaTek
714:patents
640:Motorola
628:AT&T
524:bit rate
332:3D video
266:bit rate
215:/T-REC-H
46:In force
16244:Layer I
16191:Layer I
15893:Blu-ray
15791:DMB-T/H
15531:(ITU-T)
15439:H.225.0
15434:H.222.0
15378:G.993.2
15373:G.993.1
15366:Annex M
15361:G.992.5
15356:G.992.4
15349:Annex L
15344:Annex J
15339:G.992.3
15334:G.992.2
15329:G.992.1
15324:G.991.2
15319:G.991.1
15259:G.723.1
15249:G.729.1
15244:G.722.2
15239:G.722.1
14991:29199-2
14863:23094-2
14858:23094-1
14848:23090-3
14717:19794-5
14712:19775-1
14500:16612-2
14490:16355-1
14179:13406-2
14137:12234-2
13905:10118-3
12490:TIFF/IT
12485:TIFF/EP
12366:JPEG XT
12361:JPEG XS
12356:JPEG XR
12351:JPEG XL
12341:JPEG-LS
12068:Wavelet
12009:DEFLATE
11955:Huffman
11945:Entropy
11937:Methods
11922:MPEG LA
11811:Smacker
11699:H.222.0
11655:MPEG-TS
11650:MPEG-PS
11638:MPEG-ES
11522:TIFF/IT
11517:TIFF/EP
11502:JPEG XT
11497:JPEG XS
11492:JPEG XR
11487:JPEG XL
11482:JPEG-LS
11363:aptX HD
11343:WavPack
11285:RTAudio
11225:Codec 2
11158:AVS2 P3
11085:GSM-EFR
11055:AMR-WB+
10989:G.729.1
10969:G.723.1
10959:G.722.2
10954:G.722.1
10753:Smacker
10743:RTVideo
10671:Huffyuv
10651:Cinepak
10611:AVS2 P2
10325:formats
9931:ITU.int
9794:MPEG LA
9763:May 28,
9555:LWN.net
9481:June 5,
9459:June 5,
9345:May 31,
9235:Mozilla
8367:Bibcode
8337:5295846
8234:May 21,
7995:May 25,
7487:Reuters
7251:Twitter
6865:Reuters
6844:1632228
6814:Bibcode
6569:May 11,
6536:MPEG LA
6515:MPEG LA
6396:May 18,
4985:MPEG LA
4964:July 6,
4958:MPEG LA
4923:July 6,
4282:βͺ US$ 0
4107:MPEG LA
4095:Content
3882:60,000
3857:60,000
3835:40,000
3813:25,000
3791:50,000
3788:20,000
3769:30,000
3766:12,000
3741:10,000
3644:36,864
3478:3D Main
3416:3D Main
3366:cleanup
3236:Main 12
3127:Main 12
3103:Mozilla
3073:JPEG XR
2922:DirecTV
2891:Main 10
2848:Main 10
2517:4:0:0 (
2454:8 to 12
2451:8 to 10
2445:8 to 12
2442:8 to 10
2439:8 to 12
2436:8 to 10
2063:stream.
1881:bitrate
1856:Netflix
1768:video.
1641:(.mov)
1629:(.mkv)
1617:(.mov)
1605:(.mkv)
1599:(.mov)
1560:Android
1433:tvOS 11
1311:Skylake
1294:Carrizo
982:Fujitsu
899:Philips
884:KT Corp
697:MPEG LA
620:MPEG LA
614:MPEG LA
441:Fujitsu
418:History
400:Netflix
396:Mozilla
352:MPEG LA
343:patents
291:Concept
240:, is a
202:Website
196:MPEG LA
192:License
88: (
71: (
56: (
16560:MPEG-H
16078:MPEG-1
15938:MPEG-2
15933:HD VMD
15928:HD DVD
15765:HD MAC
15418:G.9972
15413:G.9970
15408:G.9960
15398:G.8262
15393:G.7043
15388:G.7042
15383:G.7041
15145:Lists:
15005:30000+
13844:9797-1
13652:8820-5
13597:8501-1
13153:1073-2
13148:1073-1
12832:1β9999
12598:Gerber
12560:Vector
12423:PICtor
12173:Raster
11870:RatDVD
11764:Others
11531:Others
11333:VMR-WB
11328:TwinVQ
11193:Others
11080:GSM-FR
11075:GSM-HR
11065:EVRC-B
11050:AMR-WB
11022:Vorbis
10862:AAC-LD
10857:HE-AAC
10763:Theora
10706:ProRes
10701:Pixlet
10629:Others
10438:MPEG-5
10426:MPEG-I
10414:MPEG-H
10392:MPEG-4
10385:Part 2
10380:MPEG-2
10375:MPEG-1
10251:750942
10249:
10183:
10090:(12).
10040:(12).
9645:May 9,
9477:. DivX
9455:. DivX
9341:. MPEG
8385:
8335:
8306:V. Sze
7939:. cnet
7230:May 3,
6842:
6795:V. Sze
5855:(DOCX)
5757:. MPEG
4588:Google
4404:Google
4074:format
4054:, and
3999:, and
3716:6,000
3693:3,000
3670:1,500
3600:Level
3470:, and
3320:subset
3302:subset
3261:4:4:4.
3205:, and
2958:shades
2952:, and
2940:, ST,
2897:Main10
2850:, and
2512:4:4:4
2510:4:2:2/
2508:4:2:0/
2503:4:2:2/
2501:4:2:0/
2496:4:2:2/
2494:4:2:0/
2489:4:2:2/
2487:4:2:0/
2482:4:2:0/
2477:4:2:0/
2423:Intra
2406:4:4:4
2218:chroma
2145:signed
2009:, and
1917:, and
1815:2160p
1812:1080p
1794:coding
1757:Sintel
1721:MPEG-4
1647:Notes
1521:Chrome
1509:Safari
1485:Chrome
1473:Nvidia
1461:Nvidia
1429:iOS 11
1411:Safari
1399:iOS 11
1379:Nvidia
1372:iOS 11
1342:MythTV
1330:iOS 11
1279:Nvidia
712:Active
638:, and
559:JCT-VC
517:H.NGVC
404:Nvidia
384:Google
364:Amazon
270:8K UHD
254:MPEG-4
246:MPEG-H
182:Domain
176:MPEG-H
172:MPEG-5
43:Status
16600:H.26x
16516:Other
16293:H.263
16181:H.261
15973:W-VHS
15923:H.266
15918:H.265
15913:H.264
15903:D-VHS
15815:Audio
15806:SBTVD
15567:ITU-R
15519:H.450
15514:H.324
15504:H.323
15499:H.320
15479:H.263
15469:H.261
15464:H.248
15459:H.245
15454:H.241
15449:H.239
15444:H.235
15314:G.988
15309:G.987
15304:G.984
15299:G.983
15294:G.811
15289:G.806
15284:G.798
15279:G.783
15274:G.729
15269:G.728
15264:G.726
15254:G.723
15234:G.722
15229:G.719
15224:G.718
15219:G.711
15214:G.709
15209:G.707
15204:G.706
15199:G.704
15194:G.703
15189:G.165
15184:G.114
15072:80000
15067:56000
15062:55000
15057:50001
15052:45001
15047:42010
15042:40500
15037:39075
15032:38500
15027:37001
15022:32000
15017:31000
15012:30170
14996:29500
14986:29148
14982:29110
14978:28000
14973:27729
14968:27006
14963:27005
14958:27002
14953:27001
14948:27000
14938:26324
14933:26300
14928:26262
14923:26000
14918:25964
14913:25178
14908:24728
14903:24707
14898:24617
14893:24613
14888:24517
14883:23941
14878:23360
14873:23271
14868:23270
14853:23092
14843:23009
14838:23008
14833:23003
14828:23000
14823:22537
14818:22395
14813:22301
14808:22300
14803:22275
14798:22000
14793:21827
14788:21500
14783:21122
14778:21047
14773:21001
14768:21000
14763:20830
14758:20802
14753:20400
14748:20121
14743:20022
14738:20000
14722:19831
14707:19770
14702:19757
14697:19752
14692:19600
14687:19510
14682:19509
14677:19508
14672:19507
14667:19506
14662:19505
14657:19503
14652:19502
14647:19501
14642:19500
14637:19439
14632:19407
14627:19136
14622:19125
14617:19115
14612:19114
14595:19092
14590:19011
14585:19005
14580:18916
14575:18629
14570:18245
14565:18181
14560:18014
14555:18004
14550:17799
14545:17506
14540:17442
14535:17369
14530:17203
14525:17100
14520:17025
14515:17024
14505:16750
14495:16485
14485:16262
14480:16023
14475:15938
14470:15930
14460:15926
14455:15924
14450:15919
14445:15897
14440:15707
14428:15706
14423:15693
14418:15686
14413:15511
14408:15504
14403:15438
14398:15445
14381:15444
14376:15408
14371:15398
14366:15291
14361:15288
14356:15189
14351:15022
14346:14971
14341:14882
14336:14764
14331:14698
14326:14651
14321:14649
14316:14644
14311:14617
14259:14496
14254:14443
14249:14396
14244:14289
14239:14224
14234:14031
14229:14000
14224:13818
14219:13816
14214:13616
14209:13584
14204:13568
14199:13567
14194:13490
14189:13485
14184:13450
14174:13399
14169:13250
14164:13216
14147:13211
14142:12620
14132:12207
14127:12182
14122:12052
14117:12006
14112:11992
14102:11941
14092:11940
14087:11898
14082:11889
14077:11801
14072:11785
14067:11784
14062:11783
14057:11544
14052:11404
14047:11179
14042:11172
14037:11170
14032:11073
14027:10967
14022:10962
14017:10957
14012:10861
14007:10746
14002:10664
13997:10646
13992:10628
13987:10589
13982:10585
13977:10383
13945:10303
13940:10279
13935:10218
13930:10206
13925:10179
13920:10165
13915:10161
13910:10160
13900:10116
13895:10007
13890:10006
12666:MODCA
12326:JBIG2
12216:BSAVE
12091:Lists
12036:ADPCM
12031:Β΅-law
12026:A-law
11999:Lossy
11972:ACELP
11917:NETVC
11742:SMPTE
11704:T.802
11691:ITU-T
11667:(MP4)
11467:JBIG2
11430:ITU-T
11402:Image
11338:VSELP
11315:SVOPC
11305:Siren
11275:RCELP
11270:QCELP
11215:ATRAC
11200:ACELP
11017:Speex
10984:G.729
10979:G.728
10974:G.726
10964:G.723
10949:G.722
10944:G.719
10939:G.718
10932:Β΅-law
10927:A-law
10922:G.711
10914:ITU-T
10802:Audio
10676:Indeo
10656:Daala
10512:SMPTE
10487:H.263
10482:H.262
10477:H.261
10472:H.120
10460:ITU-T
10365:MJPEG
10332:Video
10247:S2CID
10233:(1).
10223:(PDF)
10207:(PDF)
10111:(PDF)
10080:(PDF)
9801:(PDF)
9790:(PDF)
9758:(PDF)
9667:(PDF)
9584:(PDF)
9573:(PDF)
9060:(PDF)
9008:(PDF)
9001:(PDF)
8863:(PDF)
8838:(PDF)
8831:(PDF)
8805:(PDF)
8587:(PDF)
8580:(PDF)
8554:(DOC)
8526:(PDF)
8405:(PDF)
8383:S2CID
8333:S2CID
8313:(PDF)
8258:Ateme
8254:(PDF)
8228:(PDF)
8221:Ateme
8217:(PDF)
8037:(PDF)
7963:(PDF)
6840:S2CID
6802:(PDF)
6706:"itu"
6692:"itu"
6678:"itu"
6592:. ITU
6532:(PDF)
6340:(PDF)
6333:(PDF)
6254:(PDF)
6247:(PDF)
6160:(PDF)
6153:(PDF)
5733:(DOC)
5710:. ITU
5629:ITU-T
5550:(6).
5221:ITU-T
4953:(PDF)
4682:(PDF)
4630:LCEVC
4622:Cisco
4594:Daala
4582:β an
4498:UHDTV
4381:Daala
4090:Codec
4085:Codec
4080:Codec
4072:Video
3488:Main.
3092:Nokia
2918:Cisco
2914:BSkyB
2906:Ateme
2505:4:4:4
2498:4:4:4
2491:4:4:4
2484:4:2:2
2479:4:2:2
2474:4:2:0
2471:4:2:0
2468:4:2:0
2335:ICtCp
2250:YCbCr
2011:YCoCg
2007:YCbCr
1995:xvYCC
1931:H.261
1907:4320p
1901:from
1820:HEVC
1809:720p
1806:480p
1792:Video
1725:H.263
1555:macOS
1527:Opera
1447:GoPro
1391:Apple
1360:Apple
1349:Intel
1318:Apple
1212:Apple
1102:Ateme
742:1127
739:(GE)
729:4249
656:Daala
636:Nokia
513:H.265
473:Funai
457:KAIST
449:Canon
445:Apple
388:Intel
380:Cisco
372:Apple
234:H.265
168:H.266
158:H.264
150:H.263
146:H.262
142:H.261
102:ITU-T
16004:HDMI
15968:VC-1
15898:CBHD
15801:ISDB
15786:ATSC
15558:V.92
15553:V.24
15548:V.23
15543:V.11
15538:V.10
13970:-238
13874:9995
13869:9985
13864:9984
13859:9945
13854:9899
13849:9897
13839:9660
13834:9594
13824:9564
13819:9529
13814:9506
13809:9496
13804:9407
13799:9362
13794:9314
13789:9293
13784:9241
13779:9227
13774:9141
13769:9126
13764:9075
13759:9036
13749:8879
13702:-8-I
13657:8859
13647:8807
13637:8691
13632:8652
13627:8651
13622:8632
13617:8613
13612:8601
13607:8583
13602:8571
13592:8373
13587:8217
13582:8178
13577:8093
13572:8000
13567:7942
13562:7816
13557:7813
13552:7812
13547:7811
13542:7810
13537:7736
13532:7637
13520:7498
13515:7200
13510:7185
13505:7098
13500:7064
13495:7027
13490:7010
13485:7002
13480:7001
13475:6943
13470:6709
13465:6523
13460:6438
13455:6429
13450:6425
13445:6385
13440:6373
13435:6346
13430:6344
13425:6166
13420:5964
13415:5807
13410:5800
13405:5776
13400:5775
13395:5725
13390:5428
13385:5427
13380:5426
13375:5218
13370:4909
13365:4217
13360:4165
13355:4157
13350:4031
13345:3977
13340:3950
13335:3901
13330:3864
13325:3602
13320:3601
13315:3307
13310:3297
13288:3166
13283:3103
13278:3029
13273:2921
13268:2852
13263:2848
13258:2788
13253:2720
13248:2711
13243:2709
13238:2533
13233:2281
13228:2240
13223:2146
13218:2145
13213:2108
13208:2047
13203:2033
13198:2022
13193:2015
13188:2014
13183:1989
13178:1745
13173:1629
13168:1538
13163:1413
13158:1155
13143:1007
13138:1004
13133:1000
12956:68-1
12691:XAML
12676:PICT
12656:DjVu
12613:PGML
12608:IGES
12603:HVIF
12593:EMF+
12545:CIFF
12507:WebP
12502:WBMP
12480:TIFF
12458:RGBE
12448:QTVR
12393:NRRD
12388:MIFF
12336:JPEG
12321:JBIG
12316:ILBM
12301:ICNS
12296:ICER
12291:HEVC
12286:HDRi
12271:FLIF
12266:FLIC
12261:FITS
12201:AVIF
12191:APNG
12186:ANIM
12118:See
12063:MDCT
12041:DPCM
11987:WLPC
11977:CELP
11880:RIFF
11858:WebM
11848:M2TS
11838:HEIF
11806:Bink
11786:AIFF
11714:IETF
11603:WebP
11598:WBMP
11593:QTVR
11573:ICER
11568:FLIF
11558:DjVu
11548:AVIF
11538:APNG
11512:TIFF
11472:JPEG
11462:JBIG
11457:HEVC
11434:JPEG
11421:IETF
11388:LLAC
11383:LHDC
11378:LDAC
11358:aptX
11319:TTA
11300:SILK
11240:MELP
11235:Lyra
11230:iSAC
11220:CELT
11210:Asao
11205:ALAC
11183:ExAC
11178:L2HC
11108:AC-4
11103:AC-3
11095:ETSI
11060:EVRC
11037:3GPP
11027:FLAC
11012:iLBC
11007:Opus
10999:IETF
10822:MPEG
10788:YULS
10768:Thor
10716:4444
10666:FFV1
10646:Bink
10540:VC-6
10535:VC-5
10530:VC-3
10525:VC-2
10520:VC-1
10464:VCEG
10352:MPEG
10321:and
10235:IEEE
10181:ISBN
10141:2012
10119:2012
10099:2012
10092:IEEE
10068:2015
10042:IEEE
10004:2021
9979:2018
9913:2017
9887:2016
9809:2016
9765:2017
9736:2017
9679:2019
9647:2020
9622:2016
9592:2018
9535:2014
9509:2013
9483:2013
9461:2013
9439:2014
9417:2013
9395:2014
9373:2014
9347:2013
9322:2014
9296:2014
9269:2013
9243:2013
9217:2013
9194:2012
9171:2013
9148:2013
9122:2013
9099:2013
9068:2012
9042:2012
9016:2012
8983:2013
8953:2013
8923:2012
8893:2014
8871:2014
8846:2014
8813:2013
8782:2014
8753:2012
8730:2016
8707:2016
8684:2016
8618:2014
8595:2014
8562:2013
8534:2013
8491:2012
8463:2012
8433:2013
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