vasupmirror.blogg.se - Hevc player windows 10bit

Hevc player windows 10bit 720p#
Hevc player windows 10bit software#
Hevc player windows 10bit series#
Hevc player windows 10bit tv#

Hevc player windows 10bit software#

PCs, even those with entry-level CPUs from several years ago, shouldn’t have much trouble software decoding HEVC videos. If you have a computer or device that doesn’t include the aforementioned hardware, that doesn’t mean you won’t be able to decode HEVC. Support in desktop hardware has been marginally slower as most desktop-class parts are powerful enough to decode HEVC without dedicated decoding blocks. Hardware designers have been more focused on getting HEVC decoding blocks into mobile hardware first, as the CPUs in these products typically aren’t fast enough for software decoding. Some MediaTek SoCs from mid-2014 onwardsĪs you can see, most desktop hardware released in 2015, and most mobile hardware from late 2014 onwards, supports dedicated HEVC playback.

Samsung Exynos 5 Octa 5430 SoCs or newer.

Hevc player windows 10bit 720p#

Support ranges from 720p decoding on low-end parts to 4K playback on high-end parts.

Hevc player windows 10bit series#

Other Nvidia GeForce GTX 900 series GPUs have partial HEVC hardware decoding support.

Nvidia GM206 GPUs (GeForce GTX 960/950) or newer.

AMD ‘Fiji’ GPUs (Radeon R9 Fury/Fury X/Nano) or newer.

AMD 6th-generation ‘Carizzo’ APUs or newer.

Intel 6th-generation ‘Skylake’ Core processors or newer.

Here’s a quick rundown of well-known hardware that includes dedicated HEVC decoding blocks, which definitely support efficient HEVC playback: Part of our #ThrowbackThursday initiative. We have briefly revised it and bumped it because it's as relevant today as it was before (if not more, considering today's broader 4K support). Note: This feature was originally published on. That’s not to say it’s impossible to decode HEVC on today’s devices – software playback is still possible on a wide variety of hardware, and some hardware decoding solutions exist – but something that can play H.264 is not necessarily HEVC-compatible. Many such devices have dedicated hardware for decoding H.264 streams, while equivalent hardware for decoding HEVC is significantly less common. This page here from the x265 group has a great explanation of these terms and how it can improve HEVC’s efficiency.Īs HEVC is relatively new to the scene, it’s not nearly as compatible with existing playback devices as H.264. Other improvements also help HEVC achieve greater levels of compression, including better variable-block-size segmentation, improved deblocking and motion compensation filters, sample adaptive offset filtering, and better motion vector prediction and precision. In H.264, these blocks can be up to 16x16 pixels in size, but big gains in compression were made by increasing this to 64圆4 in HEVC.

When redundant blocks of pixels are identified, they are encoded by referencing another area in the same or following frames. In both of these standards, motion compensated prediction is used to find areas that are redundant within a single frame or in the frames that follow. HEVC is able to compress files to a greater extent than before by evolving upon the H.264 standard. This means that a video file encoded with HEVC can occupy half the space of its H.264 equivalent with no noticeable change in quality, or the same amount of space with improved quality. HEVC’s main advantage over H.264 is that it offers roughly double the compression ratio for the same quality. For this reason, HEVC is also known as H.265, or MPEG-H Part 2. The standard is called HEVC, or High Efficiency Video Codec, and it first appeared in 2013 as a true successor to H.264. While H.264 is doing a pretty good job of delivering compressed videos to users, there’s a better standard out there that offers similar quality at even smaller file sizes. It’s also very versatile, not only allowing compression to small file sizes, but also to high quality, high bitrate files that are suitable for use on Blu-ray discs. It provides very good quality at relatively low bitrates, and its widespread use means it’s supported by essentially every video playback device made in the past five to ten years. H.264 is a great compression standard for a number of reasons.

Hevc player windows 10bit tv#

Whenever you download a film or TV show, watch a Blu-ray, view HDTV broadcasts, or stream something from various sites and services, there’s a very good chance the video stream you’re watching has been encoded with H.264.

For years, H.264 has been the go-to video compression standard.