In&nbsp;the&nbsp;world&nbsp;of&nbsp;digital&nbsp;media,&nbsp;video&nbsp;resolution&nbsp;refers&nbsp;to&nbsp;the&nbsp;number&nbsp;of&nbsp;pixels&nbsp;used&nbsp;to&nbsp;create&nbsp;an&nbsp;image&nbsp;on&nbsp;a&nbsp;screen.&nbsp;The&nbsp;higher&nbsp;the&nbsp;resolution,&nbsp;the&nbsp;sharper&nbsp;and&nbsp;more&nbsp;detailed&nbsp;the&nbsp;image&nbsp;appears.&nbsp;In&nbsp;this&nbsp;article,&nbsp;we&nbsp;will&nbsp;explore&nbsp;the&nbsp;most&nbsp;commonly&nbsp;used&nbsp;video&nbsp;resolutions&nbsp;today,&nbsp;including&nbsp;1080p,&nbsp;1440p,&nbsp;2K,&nbsp;4K,&nbsp;and&nbsp;8K.<img src="https://mps.live/media/5a175491-d090-4143-b23d-d7690c9c9857.png" alt="VOD encoding 1080p.png"><h2 id="What-is-1080p-(Full-HD)？" id="What-is-1080p-(Full-HD)？" id="What-is-1080p-(Full-HD)？" style="margin-left:0pt;">What is 1080p (Full HD)？</h2>1080p,&nbsp;also&nbsp;known&nbsp;as&nbsp;Full&nbsp;High&nbsp;Definition&nbsp;(FHD),&nbsp;is&nbsp;one&nbsp;of&nbsp;the&nbsp;most&nbsp;popular&nbsp;video&nbsp;resolutions&nbsp;today.&nbsp;It&nbsp;has&nbsp;a&nbsp;resolution&nbsp;of&nbsp;1920x1080&nbsp;pixels,&nbsp;which&nbsp;means&nbsp;there&nbsp;are&nbsp;1920&nbsp;pixels&nbsp;horizontally&nbsp;and&nbsp;1080&nbsp;pixels&nbsp;vertically.&nbsp;This&nbsp;resolution&nbsp;offers&nbsp;a&nbsp;significant&nbsp;improvement&nbsp;in&nbsp;image&nbsp;quality&nbsp;compared&nbsp;to&nbsp;standard&nbsp;definition&nbsp;(SD)&nbsp;videos.&nbsp;1080p&nbsp;is&nbsp;widely&nbsp;used&nbsp;for&nbsp;watching&nbsp;movies,&nbsp;playing&nbsp;video&nbsp;games,&nbsp;and&nbsp;streaming&nbsp;content&nbsp;on&nbsp;various&nbsp;devices&nbsp;such&nbsp;as&nbsp;TVs,&nbsp;laptops,&nbsp;and&nbsp;smartphones.Advantages:&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;-&nbsp;High&nbsp;definition:&nbsp;Offers&nbsp;a&nbsp;significant&nbsp;improvement&nbsp;over&nbsp;standard&nbsp;definition&nbsp;content.&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;-&nbsp;Affordable:&nbsp;Relatively&nbsp;lower&nbsp;prices&nbsp;compared&nbsp;to&nbsp;higher&nbsp;resolutions.&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;-&nbsp;Widespread&nbsp;compatibility:&nbsp;Most&nbsp;displays&nbsp;and&nbsp;devices&nbsp;support&nbsp;1080p.&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;-&nbsp;Sufficient&nbsp;for&nbsp;most&nbsp;gaming&nbsp;and&nbsp;video&nbsp;watching:&nbsp;Provides&nbsp;a&nbsp;good&nbsp;balance&nbsp;between&nbsp;clarity&nbsp;and&nbsp;performance&nbsp;requirements.<h2 id="What-is-1440p-(Quad-HD)？" id="What-is-1440p-(Quad-HD)？" id="What-is-1440p-(Quad-HD)？" style="margin-left:0pt;">What is 1440p (Quad HD)？</h2>1440p,&nbsp;also&nbsp;known&nbsp;as&nbsp;Quad&nbsp;High&nbsp;Definition&nbsp;(QHD),&nbsp;is&nbsp;a&nbsp;step&nbsp;up&nbsp;from&nbsp;1080p,&nbsp;offering&nbsp;even&nbsp;higher&nbsp;image&nbsp;quality.&nbsp;It&nbsp;has&nbsp;a&nbsp;resolution&nbsp;of&nbsp;2560x1440&nbsp;pixels,&nbsp;which&nbsp;means&nbsp;there&nbsp;are&nbsp;2560&nbsp;pixels&nbsp;horizontally&nbsp;and&nbsp;1440&nbsp;pixels&nbsp;vertically.&nbsp;This&nbsp;resolution&nbsp;provides&nbsp;a&nbsp;noticeable&nbsp;increase&nbsp;in&nbsp;detail&nbsp;and&nbsp;sharpness&nbsp;compared&nbsp;to&nbsp;1080p.&nbsp;1440p&nbsp;is&nbsp;becoming&nbsp;increasingly&nbsp;popular&nbsp;for&nbsp;gaming,&nbsp;video&nbsp;editing,&nbsp;and&nbsp;high-quality&nbsp;streaming.Advantages:&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;-Sharper&nbsp;images:&nbsp;With&nbsp;more&nbsp;pixels&nbsp;than&nbsp;1080p,&nbsp;1440p&nbsp;provides&nbsp;sharper&nbsp;and&nbsp;more&nbsp;detailed&nbsp;images.&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;-&nbsp;Better&nbsp;for&nbsp;gaming:&nbsp;Offers&nbsp;a&nbsp;noticeable&nbsp;improvement&nbsp;in&nbsp;visual&nbsp;quality&nbsp;for&nbsp;gaming,&nbsp;especially&nbsp;when&nbsp;using&nbsp;a&nbsp;high&nbsp;refresh&nbsp;rate&nbsp;monitor.&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;-&nbsp;Future-proofing:&nbsp;As&nbsp;technology&nbsp;evolves,&nbsp;1440p&nbsp;remains&nbsp;a&nbsp;popular&nbsp;choice&nbsp;for&nbsp;those&nbsp;who&nbsp;want&nbsp;to&nbsp;future-proof&nbsp;their&nbsp;setup.&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;-&nbsp;Widely&nbsp;available:&nbsp;Many&nbsp;monitors,&nbsp;TVs,&nbsp;and&nbsp;even&nbsp;smartphones&nbsp;support&nbsp;1440p&nbsp;resolution.<figure class="image"><img src="https://mps.live/media/c8339c3c-ec59-418e-babc-10b4ba13262d.png" alt="VOD encoding 2k.png"></figure><h2 id="What-is-2K？" id="What-is-2K？" id="What-is-2K？" style="margin-left:0pt;">What is 2K？</h2>2K&nbsp;resolution&nbsp;is&nbsp;often&nbsp;used&nbsp;in&nbsp;digital&nbsp;cinema&nbsp;and&nbsp;professional&nbsp;video&nbsp;production.&nbsp;It&nbsp;has&nbsp;a&nbsp;resolution&nbsp;of&nbsp;approximately&nbsp;2048x1080&nbsp;pixels,&nbsp;which&nbsp;is&nbsp;slightly&nbsp;wider&nbsp;than&nbsp;1080p.&nbsp;While&nbsp;2K&nbsp;resolution&nbsp;is&nbsp;not&nbsp;as&nbsp;common&nbsp;as&nbsp;1080p&nbsp;or&nbsp;1440p&nbsp;for&nbsp;consumer&nbsp;use,&nbsp;it&nbsp;is&nbsp;gaining&nbsp;popularity&nbsp;in&nbsp;the&nbsp;fields&nbsp;of&nbsp;filmmaking&nbsp;and&nbsp;video&nbsp;editing&nbsp;due&nbsp;to&nbsp;its&nbsp;ability&nbsp;to&nbsp;display&nbsp;more&nbsp;details&nbsp;and&nbsp;a&nbsp;wider&nbsp;field&nbsp;of&nbsp;view.Advantages:&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;-&nbsp;High&nbsp;resolution:&nbsp;2K&nbsp;offers&nbsp;a&nbsp;step&nbsp;up&nbsp;in&nbsp;image&nbsp;quality&nbsp;compared&nbsp;to&nbsp;1080p&nbsp;and&nbsp;1440p,&nbsp;providing&nbsp;smoother&nbsp;lines&nbsp;and&nbsp;edges.&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;-&nbsp;Ideal&nbsp;for&nbsp;professional&nbsp;use:&nbsp;2K&nbsp;is&nbsp;often&nbsp;preferred&nbsp;for&nbsp;professional&nbsp;applications&nbsp;such&nbsp;as&nbsp;digital&nbsp;art,&nbsp;video&nbsp;editing,&nbsp;and&nbsp;photography.&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;-&nbsp;Less&nbsp;demanding&nbsp;on&nbsp;hardware:&nbsp;While&nbsp;more&nbsp;demanding&nbsp;than&nbsp;1080p,&nbsp;2K&nbsp;is&nbsp;less&nbsp;resource-intensive&nbsp;than&nbsp;4K&nbsp;and&nbsp;8K.&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;-&nbsp;Good&nbsp;balance:&nbsp;Offers&nbsp;a&nbsp;good&nbsp;balance&nbsp;between&nbsp;image&nbsp;quality&nbsp;and&nbsp;performance&nbsp;requirements.<h2 id="What-is-4K-(Ultra-HD)？" id="What-is-4K-(Ultra-HD)？" id="What-is-4K-(Ultra-HD)？" style="margin-left:0pt;">What is 4K (Ultra HD)？</h2>4K,&nbsp;also&nbsp;known&nbsp;as&nbsp;Ultra&nbsp;High&nbsp;Definition&nbsp;(UHD),&nbsp;is&nbsp;the&nbsp;next&nbsp;major&nbsp;step&nbsp;up&nbsp;in&nbsp;video&nbsp;resolution.&nbsp;It&nbsp;has&nbsp;a&nbsp;resolution&nbsp;of&nbsp;3840x2160&nbsp;pixels,&nbsp;which&nbsp;means&nbsp;there&nbsp;are&nbsp;3840&nbsp;pixels&nbsp;horizontally&nbsp;and&nbsp;2160&nbsp;pixels&nbsp;vertically.&nbsp;This&nbsp;resolution&nbsp;offers&nbsp;four&nbsp;times&nbsp;the&nbsp;pixel&nbsp;count&nbsp;of&nbsp;1080p,&nbsp;resulting&nbsp;in&nbsp;incredibly&nbsp;sharp&nbsp;and&nbsp;detailed&nbsp;images.&nbsp;4K&nbsp;is&nbsp;becoming&nbsp;more&nbsp;common&nbsp;in&nbsp;homes,&nbsp;with&nbsp;many&nbsp;new&nbsp;TVs&nbsp;and&nbsp;monitors&nbsp;supporting&nbsp;this&nbsp;resolution.&nbsp;It&nbsp;is&nbsp;also&nbsp;widely&nbsp;used&nbsp;in&nbsp;movie&nbsp;theaters&nbsp;and&nbsp;for&nbsp;professional&nbsp;video&nbsp;production.Advantages:&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;-&nbsp;Exceptionally&nbsp;sharp&nbsp;images:&nbsp;With&nbsp;four&nbsp;times&nbsp;the&nbsp;number&nbsp;of&nbsp;pixels&nbsp;as&nbsp;1080p,&nbsp;4K&nbsp;delivers&nbsp;incredibly&nbsp;detailed&nbsp;and&nbsp;sharp&nbsp;images.&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;-&nbsp;Immersive&nbsp;experience:&nbsp;4K&nbsp;is&nbsp;perfect&nbsp;for&nbsp;large&nbsp;screens,&nbsp;providing&nbsp;an&nbsp;immersive&nbsp;viewing&nbsp;experience&nbsp;for&nbsp;movies,&nbsp;TV&nbsp;shows,&nbsp;and&nbsp;games.&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;-&nbsp;Future-proofing:&nbsp;As&nbsp;4K&nbsp;becomes&nbsp;more&nbsp;mainstream,&nbsp;investing&nbsp;in&nbsp;a&nbsp;4K-capable&nbsp;device&nbsp;ensures&nbsp;compatibility&nbsp;with&nbsp;future&nbsp;content.&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;-&nbsp;High&nbsp;dynamic&nbsp;range&nbsp;(HDR)&nbsp;support:&nbsp;Many&nbsp;4K&nbsp;displays&nbsp;support&nbsp;HDR,&nbsp;which&nbsp;enhances&nbsp;color&nbsp;gamut&nbsp;and&nbsp;contrast&nbsp;ratios&nbsp;for&nbsp;even&nbsp;better&nbsp;image&nbsp;quality.<img src="https://mps.live/media/e8154a82-90f4-48d5-a8ad-dfb2b5411374.png" alt="VOD encoding 8K.png"><h2 id="What-is-8K？" id="What-is-8K？" id="What-is-8K？" style="margin-left:0pt;">What is 8K？</h2>8K&nbsp;is&nbsp;the&nbsp;highest&nbsp;resolution&nbsp;currently&nbsp;available,&nbsp;with&nbsp;a&nbsp;resolution&nbsp;of&nbsp;7680x4320&nbsp;pixels.&nbsp;This&nbsp;means&nbsp;there&nbsp;are&nbsp;7680&nbsp;pixels&nbsp;horizontally&nbsp;and&nbsp;4320&nbsp;pixels&nbsp;vertically,&nbsp;providing&nbsp;a&nbsp;massive&nbsp;33&nbsp;million&nbsp;pixels&nbsp;in&nbsp;total.&nbsp;8K&nbsp;offers&nbsp;sixteen&nbsp;times&nbsp;the&nbsp;pixel&nbsp;count&nbsp;of&nbsp;1080p,&nbsp;resulting&nbsp;in&nbsp;stunningly&nbsp;detailed&nbsp;and&nbsp;lifelike&nbsp;images.&nbsp;While&nbsp;8K&nbsp;is&nbsp;still&nbsp;in&nbsp;its&nbsp;early&nbsp;stages&nbsp;for&nbsp;consumer&nbsp;use,&nbsp;it&nbsp;is&nbsp;expected&nbsp;to&nbsp;become&nbsp;more&nbsp;prevalent&nbsp;in&nbsp;the&nbsp;future&nbsp;as&nbsp;technology&nbsp;advances.Advantages:&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;-&nbsp;Unparalleled&nbsp;image&nbsp;quality:&nbsp;8K&nbsp;features&nbsp;eight&nbsp;times&nbsp;the&nbsp;pixel&nbsp;density&nbsp;of&nbsp;1080p,&nbsp;resulting&nbsp;in&nbsp;stunningly&nbsp;realistic&nbsp;images.&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;-&nbsp;Ideal&nbsp;for&nbsp;large&nbsp;screens:&nbsp;8K&nbsp;is&nbsp;particularly&nbsp;well-suited&nbsp;for&nbsp;very&nbsp;large&nbsp;displays&nbsp;or&nbsp;projectors,&nbsp;providing&nbsp;an&nbsp;unparalleled&nbsp;viewing&nbsp;experience.&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;-&nbsp;Advanced&nbsp;features:&nbsp;8K&nbsp;displays&nbsp;often&nbsp;include&nbsp;advanced&nbsp;technologies&nbsp;like&nbsp;HDMI&nbsp;2.1&nbsp;and&nbsp;higher&nbsp;refresh&nbsp;rates,&nbsp;supporting&nbsp;the&nbsp;latest&nbsp;in&nbsp;AV&nbsp;standards.&nbsp;<h2 id="Tencent-MPS-Encoding" id="Tencent-MPS-Encoding" id="Tencent-MPS-Encoding" style="margin-left:0pt;">Tencent MPS Encoding</h2><a href="https://mps.live/">Tencent MPS encoding</a> is an offline task that changes the codec, resolution, bitrate, and other characteristics of an audio/video stream to suit different playback devices and network conditions. The benefits of transcoding include:<span style="background-color:rgb(255,255,255);color:rgb(0,0,0);font-family:Oxygen, -apple-system, &quot;system-ui&quot;, &quot;Segoe UI&quot;, &quot;PingFang SC&quot;, &quot;Hiragino Sans GB&quot;, &quot;Microsoft YaHei&quot;, &quot;Helvetica Neue&quot;, Helvetica, Arial, &quot;sans-serif&quot;;">Increased compatibilityA source video can be transcoded to formats (such as MP4) that are compatible with more types of devices for smooth playback.<span style="background-color:rgb(255,255,255);color:rgb(0,0,0);font-family:Oxygen, -apple-system, &quot;system-ui&quot;, &quot;Segoe UI&quot;, &quot;PingFang SC&quot;, &quot;Hiragino Sans GB&quot;, &quot;Microsoft YaHei&quot;, &quot;Helvetica Neue&quot;, Helvetica, Arial, &quot;sans-serif&quot;;">Increased bandwidth adaptability<span style="background-color:rgb(255,255,255);color:rgb(0,0,0);font-family:Oxygen, -apple-system, &quot;system-ui&quot;, &quot;Segoe UI&quot;, &quot;PingFang SC&quot;, &quot;Hiragino Sans GB&quot;, &quot;Microsoft YaHei&quot;, &quot;Helvetica Neue&quot;, Helvetica, Arial, &quot;sans-serif&quot;;">A source video can be transcoded for output in multiple definitions such as LD, SD, HD, and UHD. End users can select the most appropriate bitrate depending on their network conditions.<span style="background-color:rgb(255,255,255);color:rgb(0,0,0);font-family:Oxygen, -apple-system, &quot;system-ui&quot;, &quot;Segoe UI&quot;, &quot;PingFang SC&quot;, &quot;Hiragino Sans GB&quot;, &quot;Microsoft YaHei&quot;, &quot;Helvetica Neue&quot;, Helvetica, Arial, &quot;sans-serif&quot;;">Improved playback efficiency<span style="background-color:rgb(255,255,255);color:rgb(0,0,0);font-family:Oxygen, -apple-system, &quot;system-ui&quot;, &quot;Segoe UI&quot;, &quot;PingFang SC&quot;, &quot;Hiragino Sans GB&quot;, &quot;Microsoft YaHei&quot;, &quot;Helvetica Neue&quot;, Helvetica, Arial, &quot;sans-serif&quot;;">The moov atom can be moved from the end of an MP4 file to the beginning of the file, allowing the video to be played before it is entirely downloaded.<span style="background-color:rgb(255,255,255);color:rgb(0,0,0);font-family:Oxygen, -apple-system, &quot;system-ui&quot;, &quot;Segoe UI&quot;, &quot;PingFang SC&quot;, &quot;Hiragino Sans GB&quot;, &quot;Microsoft YaHei&quot;, &quot;Helvetica Neue&quot;, Helvetica, Arial, &quot;sans-serif&quot;;">Reduced bandwidth consumption<span style="background-color:rgb(255,255,255);color:rgb(0,0,0);font-family:Oxygen, -apple-system, &quot;system-ui&quot;, &quot;Segoe UI&quot;, &quot;PingFang SC&quot;, &quot;Hiragino Sans GB&quot;, &quot;Microsoft YaHei&quot;, &quot;Helvetica Neue&quot;, Helvetica, Arial, &quot;sans-serif&quot;;">With a more advanced codec (such as H.265), the bitrate of a video can be substantially reduced while retaining the original quality, which helps reduce the bandwidth consumption.&nbsp;The jump from 1080p to 8K represents a significant advancement in video resolution technology. This innovation enhances the visual experience, providing viewers with an immersive and captivating display.You are welcome to <a href="https://mps.live/contact">Contact Us</a> for more information.

What is 1080p, 1440p, 2K, 4K, 8K?-Tencent MPS

What is 1080p, 1440p, 2K, 4K, 8K?

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<h2 id="What-is-Remuxing？" style="margin-left:0pt;">What is Remuxing？</h2>Remuxing,&nbsp;short&nbsp;for&nbsp;"re-multiplexing,"&nbsp;is&nbsp;a&nbsp;video&nbsp;processing&nbsp;method&nbsp;that&nbsp;involves&nbsp;taking&nbsp;the&nbsp;contents&nbsp;of&nbsp;one&nbsp;multimedia&nbsp;file&nbsp;(such&nbsp;as&nbsp;an&nbsp;MP4,&nbsp;MKV,&nbsp;or&nbsp;AVI)&nbsp;and&nbsp;rewrapping&nbsp;them&nbsp;into&nbsp;another&nbsp;file&nbsp;format.&nbsp;The&nbsp;process&nbsp;does&nbsp;not&nbsp;alter&nbsp;the&nbsp;original&nbsp;encoding&nbsp;settings&nbsp;or&nbsp;modify&nbsp;the&nbsp;audio,&nbsp;video,&nbsp;or&nbsp;subtitle&nbsp;streams&nbsp;in&nbsp;any&nbsp;way.&nbsp;Instead,&nbsp;it&nbsp;simply&nbsp;transfers&nbsp;these&nbsp;elements&nbsp;from&nbsp;one&nbsp;<a href="https://mps.live/blog/details/how-to-choose-the-video-container-format">container&nbsp;format</a>&nbsp;to&nbsp;another.<h2 id="How-Remuxing-Works？" style="margin-left:0pt;">How Remuxing Works？</h2>When&nbsp;a&nbsp;file&nbsp;undergoes&nbsp;remuxing,&nbsp;the&nbsp;following&nbsp;steps&nbsp;typically&nbsp;occur:1. Extraction: The audio, video, and subtitle streams are extracted from the original file. 2. Inspection: The streams are checked for any errors or corruption. 3. Repackaging: The streams are then repackaged into a new container format while maintaining their original encoding settings. 4. Output: The remuxed file is saved with a new file extension corresponding to the chosen output format.<img src="https://mps.live/media/36ce2fb1-9623-45ca-b68c-44b4235bac03.png" alt="live transcoding and remuxing.png"><h2 id="Benefits-of-Remuxing" style="margin-left:0pt;">Benefits of Remuxing</h2>1. Compatibility: Remuxing allows users to convert files into formats that are compatible with specific devices or media players. For example, converting an MKV file to MP4 can make it playable on iOS devices. 2. File Size Optimization: By choosing a more efficient container format, remuxing can sometimes result in smaller file sizes without compromising video quality. This is particularly useful for saving storage space or making files more suitable for streaming. 3. Quality Preservation: Since remuxing doesn't involve re-encoding, it preserves the original video and audio quality. This is especially important for high-quality video content, where even minor quality losses can be noticeable. 4. Subtitle Support: Remuxing can be used to transfer subtitles from one format to another, ensuring that they remain intact during the conversion process. 5. No Recompression: Unlike transcoding, which involves decoding and re-encoding the video and audio streams, remuxing avoids recompression entirely. This not only saves time but also reduces the risk of introducing artifacts or reducing video quality. 6. Versatility: Remuxing can be applied to a wide range of file formats, making it a versatile tool for video processing tasks. Whether you need to convert a Blu-ray disc to a digital format or simply change the container format of a video file, remuxing has got you covered.<h2 id="How-about-Live-Remuxing?">How about Live Remuxing?</h2>Live&nbsp;remuxing&nbsp;is&nbsp;the&nbsp;process&nbsp;of&nbsp;converting&nbsp;the&nbsp;original&nbsp;stream&nbsp;pushed&nbsp;from&nbsp;the&nbsp;live&nbsp;streaming&nbsp;site&nbsp;(commonly&nbsp;using&nbsp;the&nbsp;RTMP&nbsp;protocol)&nbsp;into&nbsp;different&nbsp;container&nbsp;formats&nbsp;in&nbsp;the&nbsp;cloud&nbsp;before&nbsp;pushing&nbsp;to&nbsp;viewers.&nbsp;<img src="https://mps.live/media/162b7dbf-c811-44c2-b03e-7d9924d8ef1a.png" alt="remuxing console.png"><a href="https://mps.live/products/stream">Tencent&nbsp;MPS&nbsp;Stream</a>&nbsp;is&nbsp;capable&nbsp;of&nbsp;supporting&nbsp;various&nbsp;output&nbsp;container&nbsp;formats,&nbsp;including&nbsp;RTMP,&nbsp;FLV,&nbsp;HLS,&nbsp;DASH,&nbsp;HDS,&nbsp;and&nbsp;TS&nbsp;streams.&nbsp;Various&nbsp;output&nbsp;types&nbsp;and&nbsp;media&nbsp;encryption&nbsp;schemes&nbsp;are&nbsp;available,&nbsp;including:Supported&nbsp;output&nbsp;typesAudio-only output: deletes video files and generates audio-only output. The container formats are as described above. Video-only output: deletes audio files and generates video-only output. The container formats are as described above.Supported&nbsp;media&nbsp;encryption&nbsp;schemesFairPlayHLS remuxing supports the Apple FairPlay DRM solution. WidevineDASH remuxing supports the Google Widevine DRM solution. Universal AES-128 encryption for HLSHLS remuxing supports universal AES-128 encryption schemes. &nbsp;Remuxing&nbsp;is&nbsp;a&nbsp;powerful&nbsp;video&nbsp;processing&nbsp;technique&nbsp;that&nbsp;offers&nbsp;numerous&nbsp;advantages&nbsp;over&nbsp;traditional&nbsp;transcoding&nbsp;methods.&nbsp;By&nbsp;preserving&nbsp;the&nbsp;original&nbsp;encoding&nbsp;settings&nbsp;and&nbsp;quality,&nbsp;remuxing&nbsp;ensures&nbsp;that&nbsp;your&nbsp;videos&nbsp;retain&nbsp;their&nbsp;integrity&nbsp;while&nbsp;being&nbsp;converted&nbsp;to&nbsp;different&nbsp;formats. Feel free to <a href="https://mps.live/contact">Contact Us</a> for more information.

What is Remuxing and Its Benefits in Video Processing?

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HLS&nbsp;(HTTP&nbsp;Live&nbsp;Streaming)&nbsp;is&nbsp;a&nbsp;streaming&nbsp;media&nbsp;transmission&nbsp;protocol&nbsp;developed&nbsp;by&nbsp;Apple&nbsp;Inc.&nbsp;This&nbsp;protocol&nbsp;is&nbsp;widely&nbsp;used&nbsp;today&nbsp;in&nbsp;media&nbsp;players,&nbsp;web&nbsp;browsers,&nbsp;mobile&nbsp;devices,&nbsp;and&nbsp;streaming&nbsp;media&nbsp;servers,&nbsp;providing&nbsp;stable&nbsp;live&nbsp;and&nbsp;on-demand&nbsp;content&nbsp;streams&nbsp;to&nbsp;global&nbsp;audiences.When&nbsp;designing&nbsp;the&nbsp;HLS&nbsp;protocol,&nbsp;the&nbsp;focus&nbsp;was&nbsp;more&nbsp;on&nbsp;reliability&nbsp;rather&nbsp;than&nbsp;low&nbsp;latency.&nbsp;As&nbsp;a&nbsp;result,&nbsp;HLS&nbsp;live&nbsp;streams&nbsp;have&nbsp;relatively&nbsp;high&nbsp;latency,&nbsp;typically&nbsp;over&nbsp;10&nbsp;seconds.&nbsp;This&nbsp;level&nbsp;of&nbsp;delay&nbsp;is&nbsp;too&nbsp;high&nbsp;for&nbsp;live&nbsp;streaming&nbsp;scenarios&nbsp;that&nbsp;involve&nbsp;real-time&nbsp;interaction,&nbsp;such&nbsp;as&nbsp;online&nbsp;education,&nbsp;game&nbsp;streaming,&nbsp;and&nbsp;sports&nbsp;events.&nbsp;It&nbsp;can&nbsp;lead&nbsp;to&nbsp;a&nbsp;poor&nbsp;viewing&nbsp;experience&nbsp;for&nbsp;the&nbsp;audience.With&nbsp;the&nbsp;development&nbsp;of&nbsp;network&nbsp;technology,&nbsp;low-latency&nbsp;live&nbsp;streaming&nbsp;has&nbsp;become&nbsp;increasingly&nbsp;important.&nbsp;The&nbsp;community&nbsp;initially&nbsp;proposed&nbsp;a&nbsp;low-latency&nbsp;solution&nbsp;for&nbsp;HLS,&nbsp;known&nbsp;as&nbsp;LHLS.&nbsp;Later,&nbsp;Apple&nbsp;introduced&nbsp;its&nbsp;official&nbsp;low-latency&nbsp;solution&nbsp;called&nbsp;LL-HLS.&nbsp;As&nbsp;a&nbsp;result,&nbsp;LHLS&nbsp;was&nbsp;quickly&nbsp;abandoned&nbsp;by&nbsp;the&nbsp;community.<img src="https://mps.live/media/73d60bdd-f3e8-4607-84d0-c5a546e82e7b.png" alt="ll-hls vs hls"><h2 id="What-is-HLS?" id="What-is-HLS?" id="What-is-HLS?" id="What-is-HLS?" id="What-is-HLS?" id="What-is-HLS?" style="margin-left:0pt;">What is HLS?</h2>Apple&nbsp;Inc.&nbsp;released&nbsp;the&nbsp;HTTP-based&nbsp;adaptive&nbsp;bitrate&nbsp;streaming&nbsp;communications&nbsp;protocol&nbsp;called&nbsp;HLS&nbsp;in&nbsp;2009.&nbsp;HLS&nbsp;achieves&nbsp;streaming&nbsp;media&nbsp;playback&nbsp;by&nbsp;dividing&nbsp;the&nbsp;media&nbsp;stream&nbsp;into&nbsp;small&nbsp;file&nbsp;segments&nbsp;(usually&nbsp;in&nbsp;TS&nbsp;format)&nbsp;and&nbsp;distributing&nbsp;these&nbsp;segments&nbsp;via&nbsp;the&nbsp;HTTP&nbsp;protocol.The&nbsp;basic&nbsp;principles&nbsp;of&nbsp;HLS&nbsp;are&nbsp;as&nbsp;follows:1. The&nbsp;source&nbsp;media&nbsp;file&nbsp;(such&nbsp;as&nbsp;MP4,&nbsp;MOV,&nbsp;etc.)&nbsp;is&nbsp;divided&nbsp;into&nbsp;small&nbsp;file&nbsp;segments,&nbsp;typically&nbsp;with&nbsp;durations&nbsp;of&nbsp;2-10&nbsp;seconds.&nbsp;These&nbsp;segments&nbsp;can&nbsp;be&nbsp;encoded&nbsp;with&nbsp;different&nbsp;bitrates&nbsp;and&nbsp;resolutions&nbsp;to&nbsp;adapt&nbsp;to&nbsp;varying&nbsp;network&nbsp;conditions&nbsp;and&nbsp;device&nbsp;capabilities.2. A&nbsp;media&nbsp;playlist&nbsp;(M3U8&nbsp;file)&nbsp;is&nbsp;generated&nbsp;for&nbsp;each&nbsp;bitrate&nbsp;and&nbsp;resolution&nbsp;segment.&nbsp;The&nbsp;playlist&nbsp;contains&nbsp;the&nbsp;URLs&nbsp;of&nbsp;the&nbsp;segments&nbsp;and&nbsp;other&nbsp;metadata&nbsp;such&nbsp;as&nbsp;segment&nbsp;duration&nbsp;and&nbsp;encoding&nbsp;parameters.3. A&nbsp;master&nbsp;playlist&nbsp;is&nbsp;created,&nbsp;listing&nbsp;all&nbsp;available&nbsp;media&nbsp;playlists.&nbsp;The&nbsp;master&nbsp;playlist&nbsp;can&nbsp;include&nbsp;media&nbsp;streams&nbsp;with&nbsp;different&nbsp;bitrates&nbsp;and&nbsp;resolutions&nbsp;to&nbsp;achieve&nbsp;adaptive&nbsp;bitrate&nbsp;streaming&nbsp;(ABR).4. The&nbsp;segmented&nbsp;files&nbsp;and&nbsp;playlists&nbsp;are&nbsp;deployed&nbsp;on&nbsp;an&nbsp;HTTP&nbsp;server,&nbsp;and&nbsp;clients&nbsp;(such&nbsp;as&nbsp;browsers,&nbsp;players,&nbsp;etc.)&nbsp;can&nbsp;request&nbsp;these&nbsp;resources&nbsp;using&nbsp;the&nbsp;HTTP&nbsp;protocol.5. Clients&nbsp;select&nbsp;the&nbsp;appropriate&nbsp;media&nbsp;playlist&nbsp;based&nbsp;on&nbsp;the&nbsp;master&nbsp;playlist&nbsp;and&nbsp;sequentially&nbsp;download&nbsp;and&nbsp;play&nbsp;the&nbsp;segments.&nbsp;Clients&nbsp;can&nbsp;dynamically&nbsp;switch&nbsp;between&nbsp;different&nbsp;media&nbsp;playlists&nbsp;based&nbsp;on&nbsp;network&nbsp;conditions&nbsp;and&nbsp;device&nbsp;capabilities&nbsp;to&nbsp;achieve&nbsp;adaptive&nbsp;bitrate&nbsp;streaming.The&nbsp;latency&nbsp;of&nbsp;HLS&nbsp;primarily&nbsp;depends&nbsp;on&nbsp;the&nbsp;duration&nbsp;of&nbsp;the&nbsp;segments,&nbsp;client&nbsp;buffering&nbsp;strategy,&nbsp;and&nbsp;network&nbsp;conditions.&nbsp;Typically,&nbsp;HLS&nbsp;has&nbsp;a&nbsp;latency&nbsp;of&nbsp;at&nbsp;least&nbsp;2-3&nbsp;times&nbsp;the&nbsp;total&nbsp;duration&nbsp;of&nbsp;the&nbsp;segments.&nbsp;For&nbsp;example,&nbsp;if&nbsp;each&nbsp;segment&nbsp;has&nbsp;a&nbsp;duration&nbsp;of&nbsp;2&nbsp;seconds,&nbsp;the&nbsp;HLS&nbsp;latency&nbsp;may&nbsp;be&nbsp;between&nbsp;4-6&nbsp;seconds.&nbsp;Additionally,&nbsp;clients&nbsp;may&nbsp;require&nbsp;additional&nbsp;buffering&nbsp;time&nbsp;to&nbsp;handle&nbsp;network&nbsp;fluctuations,&nbsp;which&nbsp;can&nbsp;result&nbsp;in&nbsp;higher&nbsp;latency.<h2 id="What-is-LHLS?" id="What-is-LHLS?" id="What-is-LHLS?" id="What-is-LHLS?" id="What-is-LHLS?" id="What-is-LHLS?" style="margin-left:0pt;">What is LHLS?</h2>In&nbsp;order&nbsp;to&nbsp;reduce&nbsp;live&nbsp;streaming&nbsp;latency,&nbsp;the&nbsp;community&nbsp;introduced&nbsp;an&nbsp;unofficial&nbsp;low-latency&nbsp;HLS&nbsp;protocol&nbsp;called&nbsp;LHLS,&nbsp;with&nbsp;the&nbsp;goal&nbsp;of&nbsp;reducing&nbsp;latency&nbsp;to&nbsp;2&nbsp;seconds&nbsp;or&nbsp;below.LHLS&nbsp;primarily&nbsp;utilizes&nbsp;the&nbsp;chunked&nbsp;transfer&nbsp;encoding&nbsp;feature&nbsp;of&nbsp;HTTP/1.1.&nbsp;Firstly,&nbsp;a&nbsp;video&nbsp;segment&nbsp;is&nbsp;divided&nbsp;into&nbsp;multiple&nbsp;small&nbsp;chunks,&nbsp;each&nbsp;with&nbsp;a&nbsp;short&nbsp;duration&nbsp;(e.g.,&nbsp;500&nbsp;milliseconds&nbsp;to&nbsp;1&nbsp;second).&nbsp;When&nbsp;a&nbsp;client&nbsp;requests&nbsp;a&nbsp;video&nbsp;segment,&nbsp;the&nbsp;server&nbsp;doesn't&nbsp;need&nbsp;to&nbsp;wait&nbsp;for&nbsp;the&nbsp;entire&nbsp;segment&nbsp;to&nbsp;be&nbsp;generated.&nbsp;Instead,&nbsp;each&nbsp;chunk&nbsp;is&nbsp;transmitted&nbsp;directly&nbsp;to&nbsp;the&nbsp;client&nbsp;for&nbsp;caching&nbsp;as&nbsp;soon&nbsp;as&nbsp;it&nbsp;is&nbsp;generated.&nbsp;During&nbsp;this&nbsp;process,&nbsp;the&nbsp;server&nbsp;maintains&nbsp;a&nbsp;persistent&nbsp;HTTP&nbsp;connection&nbsp;until&nbsp;the&nbsp;entire&nbsp;video&nbsp;segment&nbsp;is&nbsp;transmitted&nbsp;before&nbsp;disconnecting.LHLS,&nbsp;based&nbsp;on&nbsp;the&nbsp;existing&nbsp;HLS&nbsp;protocol,&nbsp;introduces&nbsp;new&nbsp;features&nbsp;called&nbsp;"prefetch&nbsp;media&nbsp;segments"&nbsp;by&nbsp;adding&nbsp;two&nbsp;custom&nbsp;tags:&nbsp;EXT-X-PREFETCH&nbsp;and&nbsp;EXT-X-PREFETCH-DISCONTINUITY.&nbsp;The&nbsp;EXT-X-PREFETCH&nbsp;tag&nbsp;is&nbsp;followed&nbsp;by&nbsp;a&nbsp;video&nbsp;segment&nbsp;URL,&nbsp;and&nbsp;the&nbsp;server&nbsp;responds&nbsp;to&nbsp;the&nbsp;corresponding&nbsp;video&nbsp;segment&nbsp;request&nbsp;by&nbsp;appending&nbsp;the&nbsp;"Transfer-Encoding:&nbsp;chunked"&nbsp;header,&nbsp;enabling&nbsp;chunked&nbsp;transfer&nbsp;encoding.If&nbsp;a&nbsp;client&nbsp;supports&nbsp;the&nbsp;custom&nbsp;tags&nbsp;EXT-X-PREFETCH&nbsp;and&nbsp;EXT-X-PREFETCH-DISCONTINUITY,&nbsp;it&nbsp;is&nbsp;LHLS.&nbsp;Clients&nbsp;that&nbsp;do&nbsp;not&nbsp;support&nbsp;these&nbsp;tags&nbsp;will&nbsp;ignore&nbsp;them&nbsp;and&nbsp;operate&nbsp;as&nbsp;standard&nbsp;HLS.&nbsp;Therefore,&nbsp;LHLS&nbsp;is&nbsp;fully&nbsp;compatible&nbsp;with&nbsp;the&nbsp;HLS&nbsp;standard&nbsp;protocol.LHLS&nbsp;achieves&nbsp;lower&nbsp;live&nbsp;streaming&nbsp;latency&nbsp;and&nbsp;brings&nbsp;streaming&nbsp;playback&nbsp;closer&nbsp;to&nbsp;real-time&nbsp;by&nbsp;utilizing&nbsp;chunked&nbsp;transfer&nbsp;encoding,&nbsp;introducing&nbsp;the&nbsp;prefetch&nbsp;media&nbsp;segments&nbsp;mechanism,&nbsp;and&nbsp;implementing&nbsp;related&nbsp;client-side&nbsp;processing&nbsp;logic.&nbsp;However,&nbsp;LHLS&nbsp;is&nbsp;not&nbsp;an&nbsp;official&nbsp;standard,&nbsp;and&nbsp;different&nbsp;implementations&nbsp;may&nbsp;have&nbsp;compatibility&nbsp;issues.<h2 id="What-is-LL-HLS?" id="What-is-LL-HLS?" id="What-is-LL-HLS?" id="What-is-LL-HLS?" id="What-is-LL-HLS?" id="What-is-LL-HLS?" style="margin-left:0pt;">What is LL-HLS?</h2>In&nbsp;2019,&nbsp;Apple&nbsp;released&nbsp;an&nbsp;official&nbsp;low-latency&nbsp;HLS&nbsp;specification&nbsp;called&nbsp;LL-HLS.&nbsp;LL-HLS&nbsp;does&nbsp;not&nbsp;adopt&nbsp;the&nbsp;chunked&nbsp;transfer&nbsp;encoding&nbsp;solution&nbsp;but&nbsp;instead&nbsp;introduces&nbsp;a&nbsp;completely&nbsp;new&nbsp;approach.&nbsp;The&nbsp;initial&nbsp;version&nbsp;of&nbsp;LL-HLS&nbsp;utilized&nbsp;the&nbsp;push&nbsp;feature&nbsp;of&nbsp;HTTP/2,&nbsp;which&nbsp;required&nbsp;high&nbsp;implementation&nbsp;requirements&nbsp;for&nbsp;both&nbsp;servers&nbsp;and&nbsp;clients.&nbsp;However,&nbsp;most&nbsp;CDNs&nbsp;did&nbsp;not&nbsp;support&nbsp;this&nbsp;feature,&nbsp;leading&nbsp;to&nbsp;intense&nbsp;debates&nbsp;in&nbsp;the&nbsp;industry&nbsp;and&nbsp;limited&nbsp;adoption&nbsp;of&nbsp;LL-HLS.&nbsp;It&nbsp;was&nbsp;not&nbsp;until&nbsp;2020&nbsp;that&nbsp;Apple&nbsp;updated&nbsp;the&nbsp;low-latency&nbsp;HLS&nbsp;specification,&nbsp;abandoning&nbsp;the&nbsp;requirement&nbsp;for&nbsp;HTTP/2&nbsp;push&nbsp;functionality&nbsp;and&nbsp;introducing&nbsp;a&nbsp;new&nbsp;tag&nbsp;called&nbsp;EXT-X-PRELOAD-HINT&nbsp;as&nbsp;a&nbsp;replacement.LL-HLS&nbsp;introduces&nbsp;the&nbsp;following&nbsp;five&nbsp;new&nbsp;features&nbsp;to&nbsp;achieve&nbsp;lower&nbsp;latency&nbsp;in&nbsp;live&nbsp;streaming:1.&nbsp; Partial&nbsp;Segments:&nbsp;Partial&nbsp;segments&nbsp;are&nbsp;a&nbsp;portion&nbsp;of&nbsp;a&nbsp;segment&nbsp;that&nbsp;is&nbsp;being&nbsp;generated&nbsp;and&nbsp;can&nbsp;be&nbsp;transmitted&nbsp;and&nbsp;played&nbsp;before&nbsp;the&nbsp;entire&nbsp;segment&nbsp;is&nbsp;generated.&nbsp;This&nbsp;allows&nbsp;clients&nbsp;to&nbsp;start&nbsp;playing&nbsp;new&nbsp;segments&nbsp;earlier,&nbsp;reducing&nbsp;latency.&nbsp;Partial&nbsp;segments&nbsp;are&nbsp;represented&nbsp;in&nbsp;the&nbsp;playlist&nbsp;using&nbsp;the&nbsp;EXT-X-PART&nbsp;tag.2.&nbsp; Playlist&nbsp;Delta&nbsp;Updates:&nbsp;Traditional&nbsp;HLS&nbsp;requires&nbsp;clients&nbsp;to&nbsp;periodically&nbsp;reload&nbsp;the&nbsp;entire&nbsp;playlist&nbsp;to&nbsp;obtain&nbsp;new&nbsp;segment&nbsp;information.&nbsp;LL-HLS&nbsp;introduces&nbsp;playlist&nbsp;delta&nbsp;updates,&nbsp;allowing&nbsp;servers&nbsp;to&nbsp;send&nbsp;only&nbsp;the&nbsp;new&nbsp;portions&nbsp;of&nbsp;the&nbsp;playlist&nbsp;to&nbsp;clients&nbsp;without&nbsp;sending&nbsp;the&nbsp;entire&nbsp;playlist.&nbsp;This&nbsp;reduces&nbsp;data&nbsp;transfer&nbsp;and&nbsp;improves&nbsp;efficiency.3.&nbsp; Blocking&nbsp;Playlist&nbsp;Reload:&nbsp;In&nbsp;traditional&nbsp;HLS,&nbsp;clients&nbsp;need&nbsp;to&nbsp;periodically&nbsp;poll&nbsp;the&nbsp;playlist&nbsp;while&nbsp;waiting&nbsp;for&nbsp;new&nbsp;segments.&nbsp;LL-HLS&nbsp;introduces&nbsp;the&nbsp;blocking&nbsp;playlist&nbsp;reload&nbsp;mechanism,&nbsp;allowing&nbsp;servers&nbsp;to&nbsp;block&nbsp;client&nbsp;requests&nbsp;when&nbsp;there&nbsp;are&nbsp;no&nbsp;new&nbsp;segments&nbsp;until&nbsp;new&nbsp;segments&nbsp;or&nbsp;partial&nbsp;segments&nbsp;become&nbsp;available.&nbsp;This&nbsp;reduces&nbsp;unnecessary&nbsp;polling&nbsp;requests&nbsp;and&nbsp;lowers&nbsp;server&nbsp;load.4.&nbsp; Preload&nbsp;Hints:&nbsp;Preload&nbsp;hints&nbsp;provide&nbsp;the&nbsp;client&nbsp;with&nbsp;the&nbsp;URL&nbsp;and&nbsp;expected&nbsp;arrival&nbsp;time&nbsp;of&nbsp;the&nbsp;next&nbsp;partial&nbsp;segment&nbsp;or&nbsp;the&nbsp;entire&nbsp;segment.&nbsp;Clients&nbsp;can&nbsp;establish&nbsp;connections&nbsp;and&nbsp;buffer&nbsp;data&nbsp;in&nbsp;advance&nbsp;to&nbsp;reduce&nbsp;latency.&nbsp;Preload&nbsp;hints&nbsp;are&nbsp;represented&nbsp;in&nbsp;the&nbsp;playlist&nbsp;using&nbsp;the&nbsp;EXT-X-PRELOAD-HINT&nbsp;tag.5.&nbsp; Rendition&nbsp;Reports:&nbsp;Rendition&nbsp;reports&nbsp;allow&nbsp;clients&nbsp;to&nbsp;obtain&nbsp;real-time&nbsp;information&nbsp;about&nbsp;other&nbsp;renditions&nbsp;(different&nbsp;bitrates&nbsp;and&nbsp;resolutions&nbsp;of&nbsp;media&nbsp;streams)&nbsp;without&nbsp;loading&nbsp;their&nbsp;complete&nbsp;playlists.&nbsp;This&nbsp;helps&nbsp;clients&nbsp;make&nbsp;adaptive&nbsp;bitrate&nbsp;streaming&nbsp;(ABR)&nbsp;switching&nbsp;decisions&nbsp;more&nbsp;quickly&nbsp;and&nbsp;efficiently.&nbsp;In&nbsp;traditional&nbsp;HLS,&nbsp;when&nbsp;clients&nbsp;need&nbsp;to&nbsp;switch&nbsp;to&nbsp;another&nbsp;rendition,&nbsp;they&nbsp;need&nbsp;to&nbsp;load&nbsp;the&nbsp;complete&nbsp;playlist&nbsp;of&nbsp;the&nbsp;target&nbsp;rendition,&nbsp;which&nbsp;can&nbsp;cause&nbsp;additional&nbsp;latency&nbsp;and&nbsp;overhead.&nbsp;Rendition&nbsp;reports&nbsp;are&nbsp;represented&nbsp;in&nbsp;the&nbsp;playlist&nbsp;using&nbsp;the&nbsp;EXT-X-RENDITION-REPORT&nbsp;tag.Low&nbsp;latency&nbsp;is&nbsp;crucial&nbsp;for&nbsp;live&nbsp;streaming,&nbsp;and&nbsp;on&nbsp;the&nbsp;foundation&nbsp;of&nbsp;the&nbsp;standard&nbsp;HLS&nbsp;protocol,&nbsp;two&nbsp;solutions&nbsp;have&nbsp;emerged:&nbsp;the&nbsp;community-based&nbsp;LHLS&nbsp;and&nbsp;the&nbsp;official&nbsp;LL-HLS.&nbsp;Both&nbsp;can&nbsp;effectively&nbsp;reduce&nbsp;live&nbsp;streaming&nbsp;latency.&nbsp;The&nbsp;official&nbsp;LL-HLS&nbsp;solution&nbsp;from&nbsp;Apple&nbsp;offers&nbsp;more&nbsp;features&nbsp;and&nbsp;better&nbsp;performance,&nbsp;and&nbsp;it&nbsp;is&nbsp;supported&nbsp;by&nbsp;Apple&nbsp;devices.&nbsp;The&nbsp;LHLS&nbsp;solution&nbsp;has&nbsp;been&nbsp;deprecated&nbsp;by&nbsp;the&nbsp;community&nbsp;at&nbsp;present.<h2 id="Tencent-MPS-Stream" id="Tencent-MPS-Stream" id="Tencent-MPS-Stream" id="Tencent-MPS-Stream" id="Tencent-MPS-Stream" id="Tencent-MPS-Stream" style="margin-left:0pt;">Tencent MPS Stream</h2><a href="https://mps.live/products/stream">Tencent&nbsp;MPS&nbsp;Stream</a> combines&nbsp;Tencent's&nbsp;years&nbsp;of&nbsp;expertise&nbsp;in&nbsp;audio&nbsp;and&nbsp;video&nbsp;technology&nbsp;platforms&nbsp;with&nbsp;its&nbsp;leading&nbsp;global&nbsp;audio&nbsp;and&nbsp;video&nbsp;AI&nbsp;technology.&nbsp;It&nbsp;opens&nbsp;up&nbsp;the&nbsp;core&nbsp;underlying&nbsp;capabilities&nbsp;of&nbsp;Tencent&nbsp;Cloud's&nbsp;video&nbsp;live&nbsp;streaming&nbsp;to&nbsp;users.&nbsp;It&nbsp;not&nbsp;only&nbsp;provides&nbsp;professional,&nbsp;stable,&nbsp;and&nbsp;efficient&nbsp;basic&nbsp;services&nbsp;such&nbsp;as&nbsp;live&nbsp;stream&nbsp;transcoding,&nbsp;packaging,&nbsp;and&nbsp;transmission&nbsp;to&nbsp;developers&nbsp;worldwide&nbsp;but&nbsp;also&nbsp;offers&nbsp;value-added&nbsp;services&nbsp;such&nbsp;as&nbsp;digital&nbsp;copyright&nbsp;protection&nbsp;and&nbsp;SCTE35&nbsp;advertising&nbsp;solutions.In&nbsp;terms&nbsp;of&nbsp;low-latency&nbsp;live&nbsp;streaming,&nbsp;Tencent&nbsp;MPS&nbsp;Stream&nbsp;fully&nbsp;supports&nbsp;the&nbsp;LL-HLS&nbsp;protocol,&nbsp;providing&nbsp;high-quality,&nbsp;stable,&nbsp;and&nbsp;low-latency&nbsp;media&nbsp;transmission&nbsp;services&nbsp;for&nbsp;live&nbsp;streams&nbsp;worldwide.&nbsp;Feel&nbsp;free&nbsp;to&nbsp;<a href="https://mps.live/contact">contact&nbsp;us</a> for&nbsp;more&nbsp;information.

What is HLS, LHLS, LL-HLS? | The Evolution of HLS

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The development process of Multi-Format Codec

Advantages and Disadvantages of Multi-Format Codec

Common Multi-Format Codecs and Comparisons

Future Development Trends of Multi-Format Codec

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<h2 id="What-is-a-Multi-Format-Codec?">What is a Multi-Format Codec?</h2>Multi-Format Codec is a software or hardware solution that supports encoding and decoding of multiple audio and video formats. It enables cross-format media processing and playback, providing compatibility, efficiency, and flexibility in multimedia applications.<img src="https://mps.live/media/75020b7f-bf97-476f-85b6-e069e3bdf4bc.jpg" alt="what is multi-format codec"><h2 id="The-development-process-of-Multi-Format-Codec">The development process of Multi-Format Codec</h2><h3>A review of the development history</h3>The development history of Multi-Format Codec is closely related to the development history of digital audio and video technology. Here are some key historical stages:<ol><li>Early codecs: In the early days of digital audio and video technology, audio and video codecs were usually single-format, such as early MPEG-1 and MPEG-2 video codecs, as well as MP3 and AAC audio codecs. &nbsp;</li><li>Emergence of multi-format codecs: With the development of digital audio and video technology, codecs supporting multiple formats emerged. These codecs can process various audio and video formats, providing greater flexibility. For example, FFmpeg is an open-source multi-format codec library that supports numerous audio and video codecs. &nbsp;</li><li>Hardware-accelerated multi-format codecs: To improve audio and video processing efficiency, some hardware manufacturers began to integrate multi-format codecs into hardware, such as Intel's Quick Sync Video and NVIDIA's NVDEC/NVENC. These hardware-accelerated codecs can significantly improve the speed and efficiency of audio and video processing. &nbsp;</li><li>Open-source and standardized multi-format codecs: With the advancement of the open-source and standardization movement, some open-source and standard multi-format codecs emerged, such as VP9 and AV1. The emergence of these codecs has promoted the development of multi-format codecs, making audio and video processing more open and standardized.</li></ol>These are some key stages in the development history of multi-format codecs, reflecting the development trends and challenges of digital audio and video technology.<h2 id="Current-Development-Status">Current Development Status</h2>Currently, Multi-Format Codec plays a crucial role in the audio and video industry, and its development status is mainly reflected in the following aspects:<ol><li>Diversified codec formats: With the continuous development of digital audio and video technology, more and more audio and video codec formats have emerged, such as H.264, H.265, VP9, AV1, etc. Multi-format codecs need to be constantly updated and expanded to support these emerging formats. &nbsp;</li><li>Popularization of hardware acceleration: To improve the efficiency of audio and video processing, hardware-accelerated multi-format codecs are becoming more and more popular. Many processors and graphics cards have integrated multi-format codecs, such as Intel Quick Sync Video, NVIDIA NVDEC/NVENC, and Apple VideoToolbox. &nbsp;</li><li>Open-source and standardization: The open-source and standardization movement has made significant progress in the field of multi-format codecs. Many open-source codec libraries (such as FFmpeg and GStreamer) and open-source codec formats (such as VP9 and AV1) have been widely used and supported. &nbsp;</li><li>Cross-platform compatibility: With the popularity of mobile devices and cloud computing, multi-format codecs need to provide good compatibility on various platforms. Many codec libraries and frameworks already support cross-platform development, such as FFmpeg, GStreamer, MediaCodec (Android platform), and VideoToolbox (iOS/macOS platform). &nbsp;</li><li>Real-time and low-latency applications: With the popularity of real-time video communication and gaming, multi-format codecs need to meet the demands of real-time and low-latency. To this end, many codecs consider real-time performance in their design, such as H.264's low-latency mode. &nbsp;</li><li>High resolution and high quality: The popularization of 4K and 8K high-resolution videos requires multi-format codecs to have higher compression performance and quality. To this end, emerging codec formats such as H.265 and AV1 have made significant progress in compression performance and quality.</li></ol>In summary, the current development status of multi-format codecs in the audio and video industry presents characteristics of diversification, hardware acceleration, open-source, cross-platform, real-time, and high quality. With the continuous development of technology, multi-format codecs will continue to adapt to new challenges and demands.<h2 id="Principle-of-Multi-Format-Codec">Principle of Multi-Format Codec</h2>The implementation principle of Multi-Format Codec involves audio and video encoding and decoding technology. Conceptually, a multi-format codec is actually the integration of multiple independent codecs into a framework or library to support various audio and video formats. The following are the general implementation principles of multi-format codecs:<ol><li>Codec registration and management: Multi-format codecs need to implement a set of registration and management mechanisms to dynamically load and unload different codecs during runtime. This usually involves codec initialization, resource allocation, and release operations. &nbsp;</li><li>Data demuxing and muxing: Multi-format codecs need to handle various audio and video container formats, such as MP4, MKV, and WebM. This involves demuxing input data, extracting audio and video streams, and then muxing decoded data to generate output files. &nbsp;</li><li>Codec scheduling and adaptation: Multi-format codecs need to automatically select the appropriate codec for processing based on the input data format and user requirements. This usually involves balancing factors such as codec priority, performance, and compatibility. &nbsp;</li><li>Codec implementation: Multi-format codecs usually include multiple independent codec implementations, such as H.264, H.265, VP9, AV1, etc. These codecs implement their respective format encoding and decoding algorithms, such as predictive coding, transform coding, entropy coding, etc. &nbsp;</li><li>Hardware acceleration support: To improve audio and video processing efficiency, multi-format codecs may need to support hardware acceleration technologies, such as Intel Quick Sync Video, NVIDIA NVDEC/NVENC, and Apple VideoToolbox. This involves adapting to the interfaces and protocols of hardware accelerators. &nbsp;</li><li>API and framework: Multi-format codecs usually provide a unified API and framework for easy use by users and applications. This involves the design and implementation of codec configuration, control, error handling, and other functions.</li></ol>In summary, the implementation principle of multi-format codecs involves aspects such as codec registration and management, data demuxing and muxing, codec scheduling and adaptation, codec implementation, hardware acceleration support, and API and framework. By integrating these technologies into a framework or library, multi-format codecs can support the processing and playback of various audio and video formats.&nbsp;<h2 id="Advantages-and-Disadvantages-of-Multi-Format-Codec">Advantages and Disadvantages of Multi-Format Codec</h2><h3>Advantages:</h3><ol><li>Compatibility: Multi-format codecs can handle various audio and video formats, ensuring compatibility across different devices and platforms. &nbsp;</li><li>Efficiency: Multi-format codecs can achieve high-quality encoding and decoding with lower computational resource consumption. &nbsp;</li><li>Ease of use: Multi-format codecs usually have a simple user interface and easy-to-use operation methods. &nbsp;</li><li>Scalability: Multi-format codecs can add new encoding and decoding algorithms as needed to adapt to the constantly evolving audio and video technology.</li></ol><h3>Disadvantages:</h3><ol><li>Complexity: Due to the need to support multiple formats, the implementation of multi-format codecs is relatively complex. This may result in higher development costs and maintenance difficulties. &nbsp;</li><li>Performance overhead: Multi-format codecs need to detect and select the appropriate codec during runtime. This may cause additional performance overhead, especially on resource-constrained devices. &nbsp;</li><li>Latency: Due to the need to process multiple formats, multi-format codecs may introduce more latency. This may be an issue for real-time communication and low-latency applications. &nbsp;</li><li>Integration challenges: Integrating multiple codecs into a single system may pose challenges. This may require more memory and processor resources, as well as better resource management strategies. &nbsp;</li><li>Copyright and licensing issues: Different codecs may involve different copyrights and licensing agreements. Using multi-format codecs may mean dealing with multiple licenses, which may increase legal risks and business costs. &nbsp;</li><li>Quality differences: Due to the support of numerous formats, multi-format codecs may not perform as well in terms of quality and performance for certain specific formats as codecs optimized specifically for that format. &nbsp;</li><li>Updates and maintenance: With the emergence of new codecs and formats, multi-format codecs need to be constantly updated and maintained to maintain their compatibility. This may bring additional costs and workload.</li></ol>To overcome these disadvantages and bottlenecks, the following strategies can be adopted:<ol><li>Optimize algorithms and architectures to reduce performance overhead and latency.</li><li>Use efficient resource management strategies to reduce memory and processor resource occupation.</li><li>Choose high-quality codecs to improve compatibility and performance.</li><li>Follow open standards and open-source licenses to simplify licensing and legal issues.</li></ol><h2 id="Common-Multi-Format-Codecs-and-Comparisons">Common Multi-Format Codecs and Comparisons</h2><figure class="table" style="width:97.88%;"><table class="ck-table-resized" style="border:1px solid hsl(0, 0%, 0%);"><colgroup><col style="width:13.86%;"><col style="width:39.08%;"><col style="width:47.06%;"></colgroup><tbody><tr><td style="background-color:hsl(0, 0%, 90%);border:1px solid hsl(0, 0%, 0%);padding:8px;">Multi-Format Codecs</td><td style="background-color:hsl(0, 0%, 90%);border:1px solid hsl(0, 0%, 0%);padding:8px;">Advantages</td><td style="background-color:hsl(0, 0%, 90%);border:1px solid hsl(0, 0%, 0%);padding:8px;">Disadvantages</td></tr><tr><td style="background-color:hsl(0, 0%, 90%);border:1px solid hsl(0, 0%, 0%);padding:8px;">FFmpeg</td><td style="border:1px solid hsl(0, 0%, 0%);padding:8px;">Open-source, supports numerous audio and video codecs, cross-platform, powerful features, widely used in audio and video processing, transcoding, and streaming media fields.</td><td style="border:1px solid hsl(0, 0%, 0%);padding:8px;">For beginners, there may be a learning curve.</td></tr><tr><td style="background-color:hsl(0, 0%, 90%);border:1px solid hsl(0, 0%, 0%);padding:8px;">GStreamer</td><td style="border:1px solid hsl(0, 0%, 0%);padding:8px;">Open-source, supports multiple audio and video codecs, cross-platform, plugin-based architecture, easy to expand, widely used in media players and streaming media servers.</td><td style="border:1px solid hsl(0, 0%, 0%);padding:8px;">Compared to FFmpeg, it has a lower market share.</td></tr><tr><td style="background-color:hsl(0, 0%, 90%);border:1px solid hsl(0, 0%, 0%);padding:8px;">VLC Media Player</td><td style="border:1px solid hsl(0, 0%, 0%);padding:8px;">Open-source, built-in multiple audio and video codecs, supports various file formats, cross-platform, easy to use.</td><td style="border:1px solid hsl(0, 0%, 0%);padding:8px;">Mainly used for playback and simple transcoding tasks, not suitable for complex audio and video processing and development.</td></tr><tr><td style="background-color:hsl(0, 0%, 90%);border:1px solid hsl(0, 0%, 0%);padding:8px;">MediaCodec (Android platform)</td><td style="border:1px solid hsl(0, 0%, 0%);padding:8px;">Official support, supports various audio and video codecs, compatible with Android device hardware acceleration, suitable for Android application development.</td><td style="border:1px solid hsl(0, 0%, 0%);padding:8px;">Only applicable to the Android platform.</td></tr><tr><td style="background-color:hsl(0, 0%, 90%);border:1px solid hsl(0, 0%, 0%);padding:8px;">VideoToolbox (iOS/macOS platform)</td><td style="border:1px solid hsl(0, 0%, 0%);padding:8px;">Official support, supports various audio and video codecs, compatible with Apple device hardware acceleration, suitable for iOS and macOS application development.</td><td style="border:1px solid hsl(0, 0%, 0%);padding:8px;">Only applicable to iOS and macOS platforms.</td></tr><tr><td style="background-color:hsl(0, 0%, 90%);border:1px solid hsl(0, 0%, 0%);padding:8px;">Intel Quick Sync Video</td><td style="border:1px solid hsl(0, 0%, 0%);padding:8px;">Hardware acceleration, supports various audio and video codecs, compatible with Intel processors, improves audio and video processing and playback efficiency.</td><td style="border:1px solid hsl(0, 0%, 0%);padding:8px;">Only applicable to devices with Intel processors.</td></tr><tr><td style="background-color:hsl(0, 0%, 90%);border:1px solid hsl(0, 0%, 0%);padding:8px;">NVIDIA NVDEC/NVENC</td><td style="border:1px solid hsl(0, 0%, 0%);padding:8px;">Hardware acceleration, supports various audio and video codecs, compatible with NVIDIA graphics cards, improves audio and video processing and playback efficiency.</td><td style="border:1px solid hsl(0, 0%, 0%);padding:8px;">Only applicable to devices with NVIDIA graphics cards.</td></tr></tbody></table></figure>&nbsp;In general, these multi-format codecs differ in functionality, platform compatibility, and hardware acceleration. When choosing a multi-format codec, you need to weigh the actual needs and application scenarios.<h2 id="Future-Development-Trends-of-Multi-Format-Codec">Future Development Trends of Multi-Format Codec</h2><img src="https://mps.live/media/f27c019a-ea99-47ec-859f-7344ff1f8c0e.jpg" alt="toward the future">With the continuous development of digital media technology, the future trends of Multi-Format Codec mainly reflect the following aspects:<ol><li>More efficient encoding and decoding algorithms: With the popularization of high-resolution videos such as 4K, 8K, and VR, future multi-format codecs need to support more efficient encoding and decoding algorithms to achieve higher compression performance and better video quality. For example, emerging H.266/VVC, EVC, and LCEVC encoding and decoding standards have already explored this area. &nbsp;</li><li>Stronger hardware acceleration: To improve audio and video processing efficiency, future multi-format codecs need to support stronger hardware acceleration. This not only includes traditional CPU and GPU acceleration but may also include emerging AI chips and FPGA hardware acceleration. &nbsp;</li><li>Wider open-source and standardization: The open-source and standardization movement will continue to promote the development of multi-format codecs. By being open-source and standardized, it can lower technical barriers, promote technological innovation, and improve market competitiveness. &nbsp;</li><li>Deeper AI integration: Artificial intelligence (AI) technology is gradually being applied to the field of audio and video encoding and decoding. Through AI technology, more intelligent encoding decisions, more efficient compression, and better video quality can be achieved. For example, AV1 has begun to explore content-adaptive encoding using AI. &nbsp;</li><li>Stronger real-time and low-latency: With the development of 5G and edge computing, applications such as real-time video communication and cloud gaming have increasingly higher demands for real-time and low-latency. Future multi-format codecs need to meet the demands of these applications, providing stronger real-time and low-latency capabilities.</li></ol>In summary, the future trends and development prospects of multi-format codecs are very broad. With the continuous advancement of technology, multi-format codecs will continue to play an important role in the field of audio and video processing and playback.

Multi-Format Codec: Compatible, efficient, flexible, integrated

Encoding

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Over-the-top (OTT) broadcasting has become an increasingly popular mode of content delivery, allowing users to access their favorite movies, TV shows, and live events via the internet. As the OTT landscape continues to evolve in 2024, it's essential to understand how it works, the different types of streaming. In this article, we'll also discuss how to choose the right OTT broadcasting platform and provide a brief overview of some top OTT service providers.<img src="https://mps.live/media/5bb0fb2d-a866-440a-ad91-34c86323b42b.jpg" alt="TV 1.jpg"><h2 id="What-is-OTT-Broadcasting?" id="What-is-OTT-Broadcasting?" id="What-is-OTT-Broadcasting?" style="margin-left:0pt;">What is OTT Broadcasting?</h2>OTT broadcasting refers to the delivery of video and audio content over the internet, bypassing traditional cable or satellite television systems. This allows users to access content on-demand, providing greater flexibility and control over their viewing experience.<h2 id="How-Does-OTT-Broadcasting-Work?" id="How-Does-OTT-Broadcasting-Work?" id="How-Does-OTT-Broadcasting-Work?">How Does OTT Broadcasting Work?</h2>OTT&nbsp;broadcasting&nbsp;works&nbsp;by&nbsp;streaming&nbsp;content&nbsp;through&nbsp;the&nbsp;internet&nbsp;directly&nbsp;to&nbsp;users'&nbsp;devices,&nbsp;such&nbsp;as&nbsp;smartphones,&nbsp;tablets,&nbsp;or&nbsp;smart&nbsp;TVs.&nbsp;Content&nbsp;providers&nbsp;create&nbsp;and&nbsp;store&nbsp;their&nbsp;media&nbsp;on&nbsp;servers,&nbsp;which&nbsp;are&nbsp;then&nbsp;accessed&nbsp;by&nbsp;users&nbsp;via&nbsp;OTT&nbsp;platforms&nbsp;or&nbsp;applications.&nbsp;These&nbsp;platforms&nbsp;use&nbsp;adaptive&nbsp;bitrate&nbsp;streaming&nbsp;to&nbsp;ensure&nbsp;a&nbsp;smooth&nbsp;and&nbsp;high-quality&nbsp;viewing&nbsp;experience,&nbsp;even&nbsp;with&nbsp;varying&nbsp;internet&nbsp;speeds.<h2 id="Different-Types-of-OTT-Streaming" id="Different-Types-of-OTT-Streaming" id="Different-Types-of-OTT-Streaming" style="margin-left:0pt;">Different Types of OTT Streaming</h2>1. Subscription&nbsp;Video&nbsp;on&nbsp;Demand&nbsp;(SVOD)Subscription Video on Demand (SVOD) is a video content delivery model where users pay a recurring fee, typically on a monthly basis, to access a library of video content. This model is used by popular streaming services like Netflix, Amazon Prime Video, and Hulu, where subscribers can access a vast library of movies, TV shows, and other video content for a fixed monthly fee. SVOD services allow users to watch content on-demand, without the need for a traditional cable or satellite TV subscription.2. Transactional&nbsp;Video&nbsp;on&nbsp;Demand&nbsp;(TVOD)Transactional Video on Demand (TVOD) is a video content delivery model where users pay for individual pieces of video content, such as a movie or TV show episode, on a one-time basis. This model is commonly used by online video rental services like iTunes, Google Play, and Amazon Video, where users can rent or purchase individual movies or TV show episodes for a fee. With TVOD, users only pay for the content they want to watch, rather than subscribing to a service with a fixed monthly fee.3.&nbsp;Advertising-based&nbsp;Video&nbsp;on&nbsp;Demand&nbsp;(AVOD)Advertising-based Video on Demand (AVOD) is a video content delivery model where users can access video content for free, but with advertising included. This model is commonly used by streaming services like YouTube, where users can watch a wide range of videos for free, but with ads displayed before, during, or after the video content. AVOD services generate revenue through advertising, rather than through subscription fees or individual content purchases.4.&nbsp;Live&nbsp;StreamingLive streaming refers to the broadcasting of live video content over the internet to an audience in real-time. This can include live events, such as sports games, concerts, and conferences, as well as live streaming of video game play, known as "streaming" or "live streaming." With live streaming, viewers can watch events as they happen, rather than watching pre-recorded content. Live streaming can be done through various platforms, including social media platforms like Facebook and Instagram, as well as dedicated live streaming services like Twitch and YouTube Live.<h2 id="What-is-OTT-Streaming-Services?" id="What-is-OTT-Streaming-Services?" id="What-is-OTT-Streaming-Services?" style="margin-left:0pt;">What is OTT Streaming Services?</h2>OTT Streaming Services refer to video content delivery services that use the Over-the-Top (OTT) model to distribute video content over the internet, bypassing traditional cable or satellite TV providers. These services include popular streaming platforms like Netflix, Hulu, Amazon Prime Video, Disney+, and HBO Max, among others. OTT Streaming Services offer a wide range of video content, including movies, TV shows, and original programming, which can be accessed on-demand by subscribers. OTT Streaming Services can be accessed via a variety of devices, including smartphones, tablets, smart TVs, gaming consoles, and streaming devices like Roku and Apple TV.The following are some of the top OTT streaming services:1. <a href="https://www.netflix.com/hk-en/">Netflix</a><img src="https://mps.live/media/9ac6806a-b055-4aa9-ba37-b56c6de9e793.jpg" alt="NETFLIX.jpg"> Netflix remains a giant in the OTT streaming space, renowned for its vast library of films, TV shows, documentaries, and original content. With its user-friendly interface, high-quality streaming, and availability across various devices, Netflix continues to be a top choice for consumers worldwide.2. <a href="https://www.primevideo.com/region/fe/offers/nonprimehomepage/ref=atv_nb_lcl_en_US">Amazon Prime Video</a><img src="https://mps.live/media/b3fae4e9-2b5c-48d9-a029-cdebaf9881e4.jpg" alt="Amazon Prime Video.jpg"> Amazon Prime Video has made significant strides in the OTT streaming market, offering a wide variety of content, including movies, TV shows, and critically acclaimed original series. Additionally, Prime Video provides exclusive access to a host of Amazon Originals, live sports, and a vast library of popular films and television series.3. <a href="https://www.disneyplus.com/en-hk">Disney+</a><img src="https://mps.live/media/49db0683-7674-445b-b0ce-4d082d9e4365.jpg" alt="Disney+.jpg"> Disney+ has quickly risen in the ranks of OTT streaming services, thanks to its extensive library of Disney, Pixar, Marvel, Star Wars, and National Geographic content. It also offers a host of original series and films, making it a favorite among families and fans of these popular franchises.4. <a href="https://www.hulu.com/welcome">Hulu</a><img src="https://mps.live/media/a363df43-2894-4652-9fdf-0e104bd79142.jpg" alt="hulu.jpg"> Hulu stands out with its blend of on-demand content and live TV. Users can access a vast library of TV shows, movies, and Hulu Originals, as well as over 60 live and on-demand TV channels. Hulu also offers add-on features like HBO, Showtime, and Cinemax for additional content.5. <a href="https://www.max.com/geo-availability">HBO Max</a><img src="https://mps.live/media/ca8f901c-10ab-477c-9da1-f809d3893014.jpg" alt="HBOmax copy.jpg"> HBO Max combines all of HBO's content with a host of additional movies, shows, and Max Originals. From blockbuster films and documentaries to a vast selection of exclusive content, HBO Max offers a rich and diverse catalog for viewers of all tastes.<h2 id="Choose-an-OTT-Broadcasting-Platform" id="Choose-an-OTT-Broadcasting-Platform" id="Choose-an-OTT-Broadcasting-Platform" style="margin-left:0pt;">Choose an OTT Broadcasting Platform</h2>Choosing an OTT Broadcasting Platform can be a complex process. Here are some key factors to consider when choosing an OTT Broadcasting Platform:1. Content: Consider the type and quality of content offered by the platform, as well as its relevance to your target audience. 2. Features: Look for features such as live streaming, video-on-demand, user engagement tools, and analytics to help you manage and grow your audience. 3. Monetization: Consider the platform's monetization options, such as subscription-based models, advertising-based models, or transactional-based models. 4. User Experience: Look for a platform that provides a seamless and intuitive user experience across different devices. 5. Technical Requirements: Consider the platform's technical requirements, such as bandwidth, storage, and encoding capabilities, to ensure that your content is delivered smoothly and efficiently. 6. Support: Look for a platform that offers reliable technical support and customer service to help you resolve any issues that may arise. 7. Cost: Consider the costs associated with using the platform, including setup fees, transaction fees, and ongoing subscription or usage fees.<h2 id="5-Best-OTT-Service-Providers" id="5-Best-OTT-Service-Providers" id="5-Best-OTT-Service-Providers" style="margin-left:0pt;">5 Best OTT Service Providers</h2><a href="https://mps.live/">1. Tencent MPS</a><img src="https://mps.live/media/db6f31ba-2621-463f-937c-38642717d503.jpg" alt="Tencent MPS.jpg">Tencent MPS is a well-known platform that offers broadcast-standard transcoding services, including 4k/8k, HDR, and 10bit UHD video enhancement, optimizing cinema playback for clarity and smoothness.Key features include:<ul><li>Covering over 2800 CDN acceleration nodes worldwide &nbsp;</li><li>Live streaming capabilities &nbsp;</li><li>Supports H.264, H.265, and AV1 encoding standards and ensures high video quality while reducing bandwidth costs by 50% &nbsp;</li><li>Supports real-time 4K and 8K encoding and delivers a smooth UHD viewing experience &nbsp;</li><li>End-to-end millisecond delay, with an average delay of less than 800 ms</li></ul>&nbsp;2. <a href="https://www.brightcove.com/en/">Brightcove</a><img src="https://mps.live/media/fc0906aa-4b5a-4c24-bc0e-9c43d097ffb6.jpg" alt="brightcove.jpg"> Brightcove is a OTT service provider that offers a comprehensive and user-friendly platform. With its high-quality video streaming, extensive monetization options, and robust analytics tools. Key features include:<ul><li>Adaptive bitrate streaming for optimal viewing experience &nbsp;</li><li>Customizable video player and templates&nbsp; &nbsp;</li><li>Integration with popular CDNs for fast content delivery &nbsp;</li><li>Live streaming capabilities&nbsp; &nbsp;</li><li>Advanced analytics and reporting tools</li></ul>&nbsp;3. <a href="https://corp.kaltura.com/">Kaltura</a><img src="https://mps.live/media/f629a5bf-8d46-411c-839b-a1ec8a228ebf.jpg" alt="kaltura.jpg"> Kaltura is a flexible and scalable OTT platform that provides a wide range of features, making it suitable for businesses of all sizes. With support for live streaming, video-on-demand, and a variety of monetization models, Kaltura offers a comprehensive solution for OTT services. Key features include:<ul><li>Support for multiple monetization models (SVOD, TVOD, AVOD) &nbsp;</li><li>Customizable user interface and branding options &nbsp;</li><li>Integration with third-party platforms and services &nbsp;</li><li>Powerful content management and analytics tools &nbsp;</li><li>Multi-device compatibility</li></ul>&nbsp;4. <a href="https://www.getzype.com/">Zype</a><img src="https://mps.live/media/24bfd0e2-2027-4d9d-9913-a9558ebc386f.jpg" alt="zype.jpg"> Zype is a user-friendly OTT platform that focuses on simplifying the process of launching and managing an OTT service. With its customizable templates, monetization options, and analytics tools, Zype is an excellent choice for businesses looking for an easy-to-use solution. Key features include:<ul><li>Customizable video player and templates &nbsp;</li><li>Support for multiple monetization models &nbsp;</li><li>Advanced analytics and reporting capabilities &nbsp;</li><li>Integration with popular CDNs for fast content delivery &nbsp;</li><li>Multi-device compatibility</li></ul>&nbsp;5. <a href="https://vimeo.com/">Vimeo</a><img src="https://mps.live/media/e015325a-ec7a-4df6-b61e-e64c3e319ae3.jpg" alt="vimeo.jpg"> Vimeo OTT is a comprehensive solution for businesses looking to launch their own OTT service. With its user-friendly interface, powerful content management tools, and a variety of monetization options, Vimeo OTT provides an all-in-one platform for content creators and distributors. Key features include:<ul><li>Support for multiple monetization models (SVOD, TVOD, AVOD) &nbsp;</li><li>Customizable user interface and branding options &nbsp;</li><li>Powerful content management and organization tools &nbsp;</li><li>Advanced analytics and reporting capabilities &nbsp;</li><li>Multi-device compatibility</li></ul><h2 id="FAQs" id="FAQs" id="FAQs" style="margin-left:0pt;">FAQs</h2>1.&nbsp;What&nbsp;is&nbsp;the&nbsp;difference&nbsp;between&nbsp;OTT&nbsp;and&nbsp;IPTV?OTT&nbsp;delivers&nbsp;content&nbsp;over&nbsp;the&nbsp;open&nbsp;internet,&nbsp;while&nbsp;IPTV&nbsp;uses&nbsp;a&nbsp;dedicated,&nbsp;managed&nbsp;network&nbsp;provided&nbsp;by&nbsp;a&nbsp;telecom&nbsp;operator.2.&nbsp;Can&nbsp;OTT&nbsp;streaming&nbsp;services&nbsp;be&nbsp;accessed&nbsp;worldwide?While&nbsp;most&nbsp;OTT&nbsp;streaming&nbsp;services&nbsp;are&nbsp;available&nbsp;globally,&nbsp;some&nbsp;may&nbsp;have&nbsp;regional&nbsp;restrictions&nbsp;due&nbsp;to&nbsp;licensing&nbsp;agreements&nbsp;or&nbsp;regulatory&nbsp;requirements.

 OTT Broadcasting - 5 best OTT Service Providers in 2024

OTT Broadcasting: Detailed introduction and Platform Selection

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