{"id":8191,"date":"2023-04-17T12:58:24","date_gmt":"2023-04-17T12:58:24","guid":{"rendered":"http:\/\/www.mslive.co.in\/blog\/?p=8191"},"modified":"2023-08-26T09:52:07","modified_gmt":"2023-08-26T09:52:07","slug":"cheap-video-streaming-server","status":"publish","type":"post","link":"http:\/\/www.mslive.co.in\/blog\/cheap-video-streaming-server\/","title":{"rendered":"Cheap Streaming Server Hosting"},"content":{"rendered":"\t\t
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HLS video streaming has taken over as king of the video formats. Once upon a time, Adobe\u2019s Flash video technology was ubiquitous. But, as quickly as night turns to day, new video standards were adopted. Now, the HLS video streaming<\/a> protocol combined with the broad use of HTML5 video<\/a> players has become the new standard for video content delivery.<\/p>

For both broadcasters and viewers, this is a mostly positive change. Firstly, HTML5 and HLS are open specifications. This means that users can modify them, and anyone can access them. Secondly, the newer HLS and HTML5 streaming protocols are safer, more reliable and faster than earlier technologies. HTML5 and HLS live streaming<\/a> technologies provide content producers of all kinds significant advantages for today\u2019s content world.<\/p>

If you aren\u2019t already, you need to get up-to-speed on these rapid changes \u2014 the quality of your content depends on it. Whether you\u2019re live event streaming<\/a> or want to stream live from your website, ensuring your content can be properly viewed across all streaming platforms with the utmost quality is vital.<\/p>

In this article, we\u2019ll delve deep into the role of HTML5 video streaming<\/a> with regard to HLS. More specifically, we\u2019ll cover streaming protocol definitions and provide you with the details you need to know. By the end, you\u2019ll be equipped with the understanding and the know-how to get you up to speed on the importance and benefits of HLS streaming<\/a> as it relates to content today.<\/p>

Did you know that Mslive is a powerful live-streaming platform<\/a> with the key features you need to get up and running quickly and effortlessly? Mslive now offers HTTP Live Streaming (HLS)<\/a> on the Akamai CDN.<\/p>

\"\"<\/p>

What Is HLS Streaming, and How Does it Work?<\/strong><\/p>

HLS is a live streaming<\/a> protocol that is considered the video delivery \u201ctechnology of now.\u201d<\/p>

HLS stands for HTTP Live Streaming. In short, HLS is a media streaming protocol for delivering visual and audio media to viewers over the internet. Apple launched the HTTP live streaming (HLS)<\/a> protocol in the summer of 2009. Apple created the protocol to coincide with the release of the iPhone 3 due to issues with accessing streaming content.<\/p>

The original iPhone and the iPhone 2 had issues accessing video content due to switching between Wi-Fi and mobile networks while people were watching video content. Before Apple released HLS, most early smartphones used Quicktime Streaming Server as their media streaming standard. Quicktime was an important tool; however, it used non-standard ports for data transfer, which resulted in firewalls blocking the Real Time Streaming Protocol (RTSP)<\/a> used for the Quicktime streaming server<\/a>.<\/p>

These limitations, combined with slow internet speeds in smartphones\u2019 early days, resulted in the end of the Quicktime Streaming Server.<\/p>

HTTP Live Streaming<\/a> protocols learned from the drawbacks of Quicktime Streaming Services, and the protocol was made so that it wouldn\u2019t get blocked by a firewall. Due to this and many other features, HTTP Live Streaming has become one of the most used streaming protocols.<\/p>

A Basic Breakdown: How Does HLS Work?<\/strong><\/p>

We\u2019ve covered the matter-of-fact definition of HLS, but before we move on to an equally technical overview of how this protocol works, we\u2019re going to go back to the basics. As we\u2019ve mentioned, HLS<\/a> is an important protocol for live streaming<\/a>. <\/p>

The live streaming process compatible with the greatest number of devices and browsers looks a little bit like this:<\/p>

1. Capturing devices (cameras, microphones, etc.) capture the content.
2. The content is sent to a live video encoder from the capturing device.
3. The encoder transmits the content to the video hosting platform<\/a> via HTTP.
4. The video hosting platform uses HLS ingest<\/a> to transmit the content to an HTML5 video player.<\/p>

This process requires two main software solutions: a live video HLS encoder<\/a> and a powerful video hosting platform.<\/p>

If you choose to stream with HLS, you\u2019ll want to ensure that both software offers the protocols and features we mentioned. HTML5 video players powered by HLS are great for reaching the largest audience since this duo is practically universal. Mslive is a feature-rich live video streaming<\/a> solution that includes HLS streaming<\/a> and a customizable, white-label HTML5 video player.<\/p>

Key Benefits of HLS Streaming<\/strong><\/p>

\"\"<\/p>

HLS streaming<\/a> is laden with benefits for professional broadcasters and newcomers to the live and on-demand video content world alike.<\/p>

Many vital benefits come with utilizing HLS streaming, including:<\/p>

Wide Compatibility<\/strong> <\/p>

A key benefit of this protocol is its compatibility features. Unlike other streaming formats, HLS is compatible with many devices and firewalls. However, latency (or lag time) tends to be in the 15-30 second range with HLS live streams. You need to use other tools to get quick HLS streaming<\/a>.<\/p>

That\u2019s certainly an essential factor to keep in mind. Mslive now offers an HLS direct low latency streaming<\/a> feature, which works with any HLS-compatible encoder. With a low latency streaming feature, you can overcome the long latency associated with HLS streaming.<\/p>

Encoding at Multiple Quality Settings<\/strong> <\/p>

Versatility makes HLS video streaming<\/a> stand out from the pack. On the server side, content creators often have the option to encode the same live stream at multiple quality settings. In turn, viewers can dynamically request the best option available, given their specific bandwidth at any given moment. In other words, the data quality can differ from chunk to chunk to fit different streaming device capabilities.<\/p>

That\u2019s known as multi-bitrate streaming<\/a> and is a tool that helps enhance one\u2019s viewing experience and results in happier viewers of your content.<\/p>

That\u2019s best explained with an example. Let\u2019s say, in one moment, you\u2019re sending a full high-definition video. Moments later, a mobile user encounters a \u201cdead zone\u201d in which their quality of service declines. With HLS streaming<\/a>, this is not an issue. The player will detect this decline in bandwidth and instead deliver lower-quality movie chunks at this time. HLS streaming allows you to provide the best viewing experience to your viewers. HLS also supports closed captions embedded in the video stream.<\/p>

To learn more about the technical aspects of HLS, we recommend the extensive documentation and best practices provided by Apple.<\/p>

Scalability<\/strong><\/p>

HLS is highly scalable for delivering live streams and video content across global content delivery networks (CDNs) using ordinary web servers<\/a>. CDNs share the workload across a network of servers to accommodate a spike in viewership and larger-than-expected live audiences.<\/p>

CDNs also cache video and audio segments to help deliver a high-quality video streaming experience and improve the viewer experience.<\/p>

Other benefits of HLS streaming<\/a> include ad insertion through the VPAID and VAST interfaces, cross-device compatibility, and piracy protection with extensive support for DRM technologies.<\/p>

Comparing HLS Streaming to Other Video Streaming Protocols<\/strong><\/p>

Over the years, tech companies have introduced several new streaming solutions into the market through media streaming protocols. Generally, each of these solutions aims to expand video streaming<\/a> possibilities.<\/p>

However, industry conflicts can arise similar to the HD-DVD vs. Blu-Ray format wars or the even older Betamax vs. VHS showdown. HLS is currently the best option for streaming media protocols, but it wasn\u2019t always that way\u2014nor will it remain so forever. Let\u2019s review several past and current streaming protocols to understand better the innovations of the HLS streaming<\/a> protocol offers today.<\/p>

1. Real-Time Messaging Protocol (RTMP)<\/strong><\/p>

Macromedia developed RTMP (Real-Time Messaging Protocol)<\/a> in the mid-2000s. Many know this protocol simply as Flash, designed for audio and video streaming. Macromedia later merged with Adobe, which now develops RTMP as a semi-open standard. RTMP streams media over TCP or UDP protocols, unlike HLS, which uses the HTTP protocol. RTMP is no longer the standard for live video streaming<\/a>, but it still has a place in the process and is mainly used behind the scenes.<\/p>

For much of the past decade, RTMP was the default video streaming method on the internet. But with the recent rise of HLS, we\u2019ve seen a decline in the usage of RTMP.<\/p>

Even today, most streaming video hosting services<\/a> work with RTMP encoders to ingest live streams via HLS.<\/p>

In other words, broadcasters deliver their streams to their chosen video platform in RTMP stream format. Then, the OVP usually delivers those streams to viewers via HLS, including in-China video hosting<\/a>, which Mslive now offers. Even this legacy use of RTMP streams<\/a> is beginning to fade in recent years. More and more CDNs (Content Delivery Networks) are beginning to depreciate RTMP support.<\/p>

2. Dynamic Adaptive Streaming over HTTP (MPEG-DASH)<\/strong><\/p>

The newest entry in the streaming protocol format wars is MPEG-DASH. The DASH stands for Dynamic Adaptive Streaming (over HTTP)<\/a>. MPEG-DASH<\/a> comes with several advantages. First, it is the first international standard streaming protocol based on HTTP. This feature has helped to quicken the process of widespread adoption.<\/p>

For now, MPEG-DASH is a relatively new protocol and isn\u2019t widely used across the streaming industry. However, like the rest of the industry, we expect MPEG-DASH to become the de facto standard for streaming<\/a> within a couple of years. One major advantage of MPEG-DASH is that this protocol is \u201ccodec agnostic.\u201d Simply put, this means that the video or media files sent via MPEG-DASH can utilize a variety of encoding formats.<\/p>

These encoding formats include supported standards like H.264 (as with the HLS streaming protocol) and next-gen video formats like HEVC\/H.265 and VP10. And like HLS, MPEG-DASH is an adaptive bitrate streaming video method.<\/p>

So, who wins the MPEG-DASH vs. HLS battle? The truth is that there\u2019s not much difference between the two. Both can deliver high-quality HD streaming, which is the priority for broadcasters. They also support higher resolution video, including 4k video resolution. However, HLS<\/a> gets an edge over MPEG-DASH because it offers wider compatibility. HLS provides the features and compatibility you need along.<\/p>

But we\u2019ve mentioned that MPEG-DASH<\/a> is a relatively new protocol, so maybe we should give it time. Despite its wide adoption and support, HLS has not been published as an international standard. MPEG-DASH is an international standard.<\/p>

3. Real-Time Streaming Protocol (RTSP)<\/strong><\/p>

Real-time streaming protocol<\/a>, or RTSP for short, is a protocol that helps manage and control live stream content rather than transmitting the content. It is considered a \u201cpresentation layer protocol.\u201d It is a pretty old protocol, initially developed in the late 1990s. RTSP<\/a> was developed in collaboration with Columbia University, Real Network, and Netscape.<\/p>

RTSP is known for having extremely low streaming latency, which is undoubtedly a plus. Unfortunately, this protocol comes with a slew of limitations.<\/p>

Because of its low streaming latency, RTSP<\/a> requires a constant and stable network connection. Unstable networks will result in dropped frames, macro blocking, and other visual artifacts. Android and iOS devices also don\u2019t have RTSP-compatible players, hence rarely used.<\/p>

Additionally, RTSP also cannot easily be cached for widespread distribution. That\u2019s why it\u2019s rarely used for internet-based content streaming. It\u2019s best suited for networks where the operator has end-to-end control of the network environment. RTSP remains standard in many surveillance and closed-circuit television (CCTV)<\/a> architectures because RTSP support is still ubiquitous in IP cameras.<\/p>

4. Web Real-Time Communication (WebRTC)<\/strong><\/p>

Web Real-Time Communication (WebRTC)<\/a> is a free, open-source technology released by Google and Ericsson in 2011 to enable real-time video, audio, and data communication without plugins. It\u2019s used to allow real-time video and audio communication inside web pages. While still a relatively new protocol, WebRTC has gained the support of major players in the industry, such as Microsoft, Opera, Mozilla, and even Apple, among others.<\/p>

Its adoption on mobile platforms and in the IoT space has been increasing steadily.<\/p>

But WebRTC<\/a> still lacks the scalability that HLS offers. The intense bandwidth configuration required to support multiple peer connections cannot go beyond a few thousand connections.<\/p>

5. Secure Reliable Transport (SRT)<\/strong><\/p>

Like WebRTC, SRT is a relatively new streaming protocol. It was developed by Haivision, a leading player in the online streaming<\/a> space, in 2017. It\u2019s an open-source technology that aims to minimize the effects of jitter, bandwidth changes, and packet loss to optimize the streaming experience. Industry experts consider it the future of live streaming due to its security, reliability, and low latency streaming<\/a>.<\/p>

Haivision created the SRT Alliance, a group of companies in the tech and telecommunications industry, to help bring SRT into the mainstream live-streaming<\/a> space. Currently, the best way to access SRT<\/a> is by using technology founded by or backed by any SRT Alliance members.<\/p>

SRT supports all types of video and audio codecs. It also supports all transport and package formats. However, Haivision does not specify playback support and the segment duration for SRT.<\/p>

If you want to be on the cutting edge of video streaming<\/a> protocols, consider adapting SRT. It is considered the future of streaming alongside HLS, WebRTC, and MPEG-DASH. SRT makes it easy to traverse firewalls without needing help, and it\u2019s economical to deploy over the existing network infrastructure.<\/p>

One Drawback of HLS Streaming<\/strong><\/p>

HLS streaming<\/a> does have one disadvantage, which we mentioned above. Namely, it has a relatively higher latency than some other protocols. That means that HLS streams are not quite as \u201clive\u201d as the term live streaming<\/a> suggests. Generally, with HLS, viewers can experience delays of up to 30 seconds (or more, in some cases). That means that if you\u2019re streaming a video, it\u2019ll take 30 seconds to reach the viewer, so they see the content as close to live as possible.<\/p>

That can be an issue if you are streaming something like a sporting event, where people may be commenting on the event, and you don\u2019t want a large delay between what is happening and when your viewers see the content.<\/p>

However, this delay is manageable with many live streams, such as a conference or a graduation ceremony. That said, this isn\u2019t a problem for most broadcasters. Most live streams can handle that delay without causing user dissatisfaction. One protocol that works well to reduce latency with HLS video streaming<\/a> is Low-Latency<\/a> CMAF for DASH. This protocol works with the content delivery network and HTML5 video<\/a> player to carry the weight where HLS streaming is lacking.<\/p>

If you\u2019re streaming something such as live sports, you should use this; if you don\u2019t want a long delay, you should use this. Using tools such as CMAF allow you to overcome one of the few drawbacks of using HLS video streaming.<\/p>

Another (minor) drawback worth noting is that HLS streaming<\/a> requires at least three segments to remain in the queue before it allows video playback.<\/p>

HTML5 Video Streaming With HLS<\/strong><\/p>

\"\"<\/p>

HTML5 video players are essentially the universal, all-device video player.<\/p>

The HLS protocol<\/a> has become the go-to approach for streaming content with HTML5 video players. If you\u2019re not familiar with HTML5 video streaming<\/a>, it\u2019s one of the three main approaches to video streaming today. With HTML5, the content-hosting website uses native HTTP to stream the media directly to viewers. Content tags (e.g., <video> tag) are included as part of the HTML code. As a result, the <video> tag creates a native HTML5 video player within your browser.<\/p>

These tags provide direction to the HTTP protocol (HLS)<\/a> and what to do with this content. HTTP displays the text, and an audio player plays audio content.<\/p>

Like HLS, HTML5 is customizable for broadcasters and free for viewers. To learn more, you can check out our related post on optimizing HTML5 video players with HLS. We\u2019ve also written extensively about the transition from Flash-based video (usually delivered via RTMP) to HTML5 video<\/a> (usually delivered using HLS). Check out our \u201cFlash is Dead\u201d RTMP-focused blog post for more on that subject, including why it\u2019s important to use an HTML5 video player.<\/p>

If you\u2019re streaming over the Mslive<\/a>, you\u2019re already using a fully compatible HTML5 video player. Content delivered via Mslive defaults to HTML5 delivery.<\/p>

However, it\u2019ll use Flash as a backup method if HTML5 is not supported on a given device or browser. That means that even older devices with flash will have no problem playing your content over your Mslive account. Of course, some broadcasters may prefer to use a custom video player. Luckily, it\u2019s quite simple to embed your HLS stream<\/a> within any video player.<\/p>

For example, if you\u2019re using JW Player, insert the M3U8<\/a> reference URL into the code for your video player. Here\u2019s a visual example: var playerInstance = jwplayer(\u201cmyElement\u201d); playerInstance.setup({ file: \u201c\/assets\/myVideoStream.m3u8\u201d, image: \u201c\/assets\/myPoster.jpg\u201d });<\/p>

Another note about using HLS and an HTML5 video<\/a> player with Mslive is that Mslive uses the THEOplayer. THEOplayer is a universal video player that can be embedded in websites, mobile apps, and any platform you can think of. As mentioned before, compatibility is critical when choosing video players and protocols since you want to reach the most people possible.<\/p>

Final Thoughts<\/strong><\/p>

There\u2019s no doubt about it, HLS<\/a> is the new standard. It\u2019s widely supported, provides high-quality video delivery and it\u2019s robust. It runs on almost any server and can be viewed on most devices. It\u2019s a dream for businesses, organizations, and content creators of all kinds.<\/p>

Now you should have a better grasp of what HLS is, its benefits, and when to use it. Further, you should now better understand HLS streaming<\/a> technology and its future. Overall, It provides creators and viewers with a vast array of tools for live streaming such as live broadcasting over Mslive\u2019s live streaming platform<\/a>.<\/p>

On that, consider delivering your first HLS live stream<\/a> today with Mslive\u2019s powerful video streaming<\/a> solution. Try it today. It\u2019s risk-free.<\/p>

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HLS video streaming has taken over as king of the video formats. Once upon a time, Adobe\u2019s Flash video technology was ubiquitous. But, as quickly as night turns to day, new video standards were adopted. Now, the HLS video streaming protocol combined with the broad use of HTML5 video players […]<\/p>\n","protected":false},"author":1,"featured_media":3517,"comment_status":"open","ping_status":"open","sticky":false,"template":"","format":"standard","meta":[],"categories":[254],"tags":[778,913,805,953,808,958,797,941,80,940,754,878,739,860,83,933,755,884,713,829,801,947,716,832,750,874,762,891,804,951,90,896,783,918,764,894,784,919,792,934,795,937,737,858,748,871,709,825,96,957,723,841,757,886,743,865,768,899,711,827,793,935,101,908,103,821,729,849,105,930,763,893,106,909,109,880,799,943,111,938,112,842,738,859,789,928,712,828,803,949,120,901,70,121,883,811,124,926,717,833,125,960,813,123,882,72,892,751,875,71,127,910,843,559,944,721,838,733,853,766,897,747,870,810,961,706,819,790,931,735,855,726,846,745,867,740,861,782,917,731,851,734,854,780,915,720,837,794,936,139,950,786,923,502,836,776,911,719,835,796,939,705,818,758,887,746,869,791,932,759,888,730,850,741,863,714,830,704,816,777,912,157,881,167,769,900,820,742,864,171,920,787,924,736,856,725,845,174,857,773,905,765,895,753,877,772,904,728,848,744,866,802,948,788,927,708,724,844,823,722,839,781,916,184,929,703,812,727,847,188,185,922,824,815,774,906,771,903,807,955,779,914,187,952,715,831,732,852,775,907,806,954,196,809,959,198,840,767,898,197,879,817,707,822,199,945,760,889,756,885,202,868,752,876,212,956,798,942,785,921,215,873,702,814,749,872,710,826,761,890,800,946,718,834,770,902,224,925,228,862],"_links":{"self":[{"href":"http:\/\/www.mslive.co.in\/blog\/wp-json\/wp\/v2\/posts\/8191"}],"collection":[{"href":"http:\/\/www.mslive.co.in\/blog\/wp-json\/wp\/v2\/posts"}],"about":[{"href":"http:\/\/www.mslive.co.in\/blog\/wp-json\/wp\/v2\/types\/post"}],"author":[{"embeddable":true,"href":"http:\/\/www.mslive.co.in\/blog\/wp-json\/wp\/v2\/users\/1"}],"replies":[{"embeddable":true,"href":"http:\/\/www.mslive.co.in\/blog\/wp-json\/wp\/v2\/comments?post=8191"}],"version-history":[{"count":6,"href":"http:\/\/www.mslive.co.in\/blog\/wp-json\/wp\/v2\/posts\/8191\/revisions"}],"predecessor-version":[{"id":10808,"href":"http:\/\/www.mslive.co.in\/blog\/wp-json\/wp\/v2\/posts\/8191\/revisions\/10808"}],"wp:featuredmedia":[{"embeddable":true,"href":"http:\/\/www.mslive.co.in\/blog\/wp-json\/wp\/v2\/media\/3517"}],"wp:attachment":[{"href":"http:\/\/www.mslive.co.in\/blog\/wp-json\/wp\/v2\/media?parent=8191"}],"wp:term":[{"taxonomy":"category","embeddable":true,"href":"http:\/\/www.mslive.co.in\/blog\/wp-json\/wp\/v2\/categories?post=8191"},{"taxonomy":"post_tag","embeddable":true,"href":"http:\/\/www.mslive.co.in\/blog\/wp-json\/wp\/v2\/tags?post=8191"}],"curies":[{"name":"wp","href":"https:\/\/api.w.org\/{rel}","templated":true}]}}