Adobe HDS Streaming is a technology that allows live and on-demand streaming of high-quality video content over the Internet. It provides a more reliable streaming experience than traditional HTTP streaming, and it can scale to support large audiences. Besides live and on-demand streaming, Adobe HDS can also be used for content protection and deliver video to devices that do not have an Adobe Flash Player installed.
In this blog post, we will explain what Adobe HTTP Dynamic Streaming is and how it can benefit your business.
What is HTTP dynamic streaming (HDS)?
HDS or HTTP Dynamic Streaming is a streaming protocol developed by Adobe. It uses standard web protocols to deliver streaming media content. HDS splits live streaming video into small fragments and delivers them to the player over the Internet.
This allows for adaptive bitrate streaming, meaning that the quality of the video will automatically adjust to match the player’s network conditions and internet speed.
How does Adobe HDS Streaming Work?
Adobe HDS streaming is a technology used to deliver video content over the Internet. The content is encoded in the H.264 format and then divided into shorter segments a few seconds in length. This makes adaptive bitrate streaming possible, which means that the quality of the video will change depending on the device requesting it and the internet connection speed. The segments are then pushed out to the client device, and the manifest file is used as a reference for assembling and playing the video.
This technology is advantageous because it allows for high-quality streaming without buffering or interruptions. However, it does require that the content be encoded beforehand in the H.264 format, which can be time-consuming. Additionally, the manifest file must be accurate for the video to play correctly. If there are any errors in the manifest file, the video may not play properly or may suffer from poor quality. Overall, Adobe HTTP Dynamic Streaming is a reliable and high-quality option for streaming video content over the Internet.
Why Should You Choose Adobe HDS Streaming?
Robust and scalable delivery
Adobe HDS Live Streaming enables you to deliver on-demand and live content on a large scale with maximum quality. It uses existing caching infrastructures and standard HTTP server hardware so that you can get up and running quickly and easily. Plus, with its robust scalability, you can be sure that your content will reach a large audience without any hiccups. So if you’re looking for a reliable, scalable, and efficient streaming solution, Adobe HDS Streaming is worth considering.
Unparalleled Audience Reach
Using Adobe HDS Streaming, you can reach the widest possible audience by delivering content to Adobe Flash Player or Adobe AIR applications, allowing users to stream premium content to multiple devices, browsers, and operating systems like Mac OS Windows, Linux desktops, or Apple devices. With support for various video codecs, you can deliver high-quality video at any bitrate, ensuring that your audience can always enjoy the best possible viewing experience. And because Adobe HDS Streaming is built on top of the industry-leading Adobe Flash Platform, you can be sure that your content will reach the widest possible audience. Contact us today to learn more about how Adobe HDS Streaming can help you deliver the best possible video experience to your audience.
Open Source File Specifications
It uses the MP4 fragment format, the industry standard for adaptive bitrate delivery, and includes open file format specifications for the media and manifest formats. It means that you can achieve a high-quality live streaming experience and be very reliable with an HDS stream.
ABR- Adaptive Bitrate Streaming
Adobe HDS Streaming supports adaptive bitrate streaming. The server will detect the client’s bandwidth and computer resources and serve them content fragments encoded at the most appropriate bitrate. It ensures that viewers always have the best possible experience over the regular HTTP connections, regardless of their connection speed or device capabilities.
Support Live & Video On-Demand Streaming
Adobe HDS Streaming offers live and on-demand streaming support. You can deliver live and video-on-demand (VOD) content over standard HTTP connections. Live delivery uses Adobe Media Server streaming workflows supporting Real Time Messaging Protocol (RTMP), while VOD requires a simple processing step to prepare and protect files for HTTP Dynamic Streaming.
Multiple Video Codecs
HDS Streaming supports multiple video codecs to encode your content. You can use high-quality Flash Player compatible codecs (VP6/MP3, H.264/AAC) to encode your content or a simple processing step to create fragmented files for HTTP Dynamic Streaming delivery automatically.
HD Quality Video
HTTP live streaming is the most popular way to deliver high-quality video content over the Internet. It can handle videos up to 1080p resolution, with bitrates ranging from 700kbps to 6Mbps. Additionally, it supports both the H.264 and VP6 video codecs and AAC and MP3 audio codecs.
Adobe Access Server Ensures Protected Streaming Content
Adobe HDS supports a number of features that make video streaming more seamless for the viewer. These features include file encryption and fast play start. This allows you to protect your valuable content while still providing a smooth experience for the viewer. You control your content throughout the production workflow, ensuring that your viewers see exactly what you want them to see.
Adobe HDS live streaming is a reliable, scalable, and efficient streaming solution built on top of the industry-leading Adobe Flash Platform. It supports various video codecs, ensuring that your audience can always enjoy the best possible viewing experience. Additionally, it supports adaptive bitrate streaming and multiple video codecs to encode your content. Adobe HDS Streaming is the best way to deliver high-quality video content over the Internet. Since various HTTP streaming protocols are available like HDS, HLS and MPEG DASH, etc., choose wisely what best suits your need.