The Smooth Streaming was designed to be an extension for Internet Information Services (IIS) 7.0 that enables adaptive streaming of media from Windows Server 2008 to Silverlight clients via HTTP.
Smooth Streaming dynamically detects current network and local PC conditions, and seamlessly switches the video quality of a media file that a Silverlight player receives. Consumers with high-bandwidth connections and newer hardware can experience HD quality streaming, and others with lower bandwidth speeds or older hardware receive an appropriate stream for their conditions, allowing all users to enjoy the best possible viewing experience at any moment during playback.
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Adaptive Quality Streaming is technology that uses HTTP to deliver different bitrate streams of the same video to different users, instead of sending a single high-quality stream and then applying compression, as occurs in adaptive streaming of HLS.
Streaming of HLS (H.264 with SRTP) streams require a single feed to be streamed with full quality. As different clients have a variable range of capabilities and connection speeds, HLS cannot adapt the quality of the video to compensate for different bandwidths, which results in mediocre streaming quality at slower connections.
A special player needs to be developed to handle HLS streams. The major advantage of HLS is the ability to send multiple streams. This can be done in several ways:
Single stream, HLS can be sent in different qualities, which is done by providing the client with multiple files with different levels of quality. Each of the files has the same.m3u8 extension. Different input URLs are requested by different browsers, each request loading a different stream. This is known as the single-pass or one-way adaptive approach.
Multiple streams, HLS can be sent with multiple streams in the M3U8 file, each stream being sent with a different quality. Requests are grouped for different subsets of clients, based on their abilities to receive the streams. This is known as the multiple-pass or two-way adaptive approach.
HLS is suited to video streaming since it is very easy to create high and low-quality versions.
After some research (mostly with Google), the conclusion was that Silverlight supports HLS-only, but only one of the two approaches (single-pass or multiple-pass) is supported. It is possible to do it in flash, it is possible to do it in Silverlight 3 and up. Silverlight XAP 2.0 and higher versions do not support HLS.
Adaptive Streaming Example: HLS Media Source:
HLS Media Source Description
HLS Media Source is an XML-based file format that contains multiple media streams, using the sequence ID, URL, and media type as metadata in the packet. It may consist of one or more media chunks. For example, HLS can be used to mix H.264 and MPEG-4 media streams, or H.264 with MP3. HLS provides two major characteristics:
Adaptation, in which the client provides a media URL, and the server chooses a media stream of the given URL and provides it
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Smooth Streaming is an enhancement to HTTP over which files are delivered in progressive chunks, rather than all at once. Unlike most network transfers that happen on a “client-server” basis (where server is the producer), Smooth Streaming is more like a “server-server” transfer (in that, the server is the producer), where the producer sends chunks of the file to a retailer that is the audience. A retailer will typically be a user’s media player, and client-side buffering is required for the medium to work. The retailer then stores the chunked data in a format that the client can store in local memory and playback later. The scenario works great for content delivery networks (CDNs), because browsers can cache the data for a long period of time.
The smooth-streaming.org website has much more information.
A:
There is a difference between streaming and progressive encoding. Progressive encoding is a technique to make sure all of a file can be received at a given quality, without having to re-encode the file and send it again. Streaming is a technique that reduces the quality of an file while downloading it.
To make a streaming video file, you start with your regular video file encoded into MP3, then use the smooth streaming technology to encode the audio into MPEG-4, then save the video and audio into a.ssa file which will contain encoded audio and video with varying bit rates, so that the video can be decompressed properly when downloading (notice that the audio is at the same time).
Streaming movies is slightly better than downloading a full quality version because it doesn’t need to rip it all to MP3, and if you have a poor internet connection for a longer period of time, the file won’t load entirely, or a streaming video will get slower until it buffers and become playable.
If you put the file on an http server and make a link to it with an external video player, the video will play as it begins to download the entire file.
If you download the.mp4 and then you want to put it onto your video player, you have to copy each frame into a new video file. The quicker this process the better. MP4 has the same problems as a non-streaming video.
Streaming vs Progressive is mainly a question of quality.
A:
“Streaming video” is a buzzword for
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The Smooth Streaming protocol is the latest streaming technology developed by Microsoft. It is intended as an extension for Internet Information Services (IIS) 7.0 and enables adaptive streaming of media from Windows Server 2008 to Silverlight clients via HTTP.
HttpPipeline includes two mechanisms which are responsible for distributing media files to clients: the Media Services Adaptive Bit-rate (MAB) module and the Smooth Streaming module. Both modules are controlled by a HttpCache module. The client-side Smooth Streaming component is called Silverlight Media Player.
Smooth Streaming Software
SMARTEDIA
The SMARTEDIA soft-ware consists of two components: Smooth-streaming Administration Server (SSAS) and Smooth-streaming Client Agent (SSCA). Smartedia ensures that the SWF/SWZ clients play back Smooth-streaming adaptive streaming media securely.
For more information about Smartedia, please visit:
Smooth Streaming
Smooth Streaming (SMS) is a technology for streaming audio and video over the internet based on adaptive bitrate streaming.
Download Smooth Streaming for your Windows PC
1. Download and install the SMARTEDIA software. You need SMARTEDIA Server 7.5, SMARTEDIA Server 7.0 and SMARTEDIA Server 6.0
2. In the SMARTEDIA Server 7.5, open the Admin Console, and click on Settings.
3. Select File Sharing & Stream Services and click on Node Services.
4. Under the Configuration section, click on the Network Service.
5. Click on the Advanced Settings tab and click on the Advanced Settings button.
6. Enter the following settings, refer to the screenshots:
General Settings:
(a) Set the following parameters:
File Sharing & Stream services:
(a) Do not enable “Receive the raw stream if the HTTP streaming protocol is used”.
(b) “Allow connections from all websites”
7. Click on the Save Changes button to save the settings.
8. In the SMARTEDIA Server 7.0, open the Admin Console and click on Settings.
9. Select Network Services and click on Network Configuration
What’s New In?
Introduction
If you are building a Microsoft Silverlight application for the Internet, you might consider using Smooth Streaming for the delivery of your media content. Silverlight is an open platform for creating engaging digital media experiences for the Web. Smooth Streaming is designed to be an extension for Internet Information Services (IIS) 7.0 that enables adaptive streaming of media from Windows Server 2008 to Silverlight clients via HTTP.
User Experience
Netflix announced the first Silverlight app that used Smooth Streaming to deliver video using their servers and users said how smooth it was to watch videos in Silverlight. In fact, Silverlight users liked the experience so much that now Netflix has introduced a simple and easy way to turn on the server Smooth Streaming protocol with just a couple of settings in the Silverlight app.
If you try to run your Silverlight app, you will get a message telling you to use the Silverlight Media Extensions to use Smooth Streaming technology. If you tap on the link to the Media Extensions, you will have to use Microsoft’s website to download the Silverlight Media Extensions manually or you can wait for them to be installed automatically as part of the installation of the Silverlight plugin for your browser.
What’s the difference between Smooth Streaming and Silverlight Media Extensions?
The Smooth Streaming is an extension and Silverlight Media Extensions is an application.
Smooth Streaming
The Smooth Streaming protocol is built to work on top of the IIS Smooth Streaming. Smooth Streaming is designed to be a lightweight protocol that only requires a Media Server and a client to work. Also, it requires an understanding of HTTP.
Silverlight Media Extensions
Silverlight Media Extensions is a plugin for IE9 or Firefox and it only requires a client to work. It is not an extension for IE8 and IE7.
The initial Silverlight Media Extensions required a Silverlight plug-in to be installed. The Silverlight plug-in was a part of Silverlight plug-in 3.0 and later.
Figure 1.1 IIS Smooth Streaming overview
As you can see from Figure 1.1, a Smooth Streaming server does the following.
Transcoding (talks to the host server and transmits a bitrate command to the server).
The Media Server only supports the HTTP protocol. A Media Server can also support the RTSP protocol with the remote control (RC) command if you want to do that. However, it is not done by default and you would
System Requirements:
Windows 7, 8.1 or 10
Intel Core 2 Duo processor or equivalent
2 GB RAM
Graphics card with Shader model 2.0
DirectX 9.0 compatible video card
Can use both 32-bit and 64-bit versions of the game.
You need to have a PC with enough power to run the game. If you’re not sure, you can always just start a game and see if it works or not. If it’s too slow, you might have a lower quality game.
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