Many broadcasting companies use remote media storage as a convenient way of organizing video-on-demand (VOD) streaming infrastructure. The main advantage of dedicated storage is having all files located in single repository, instead of maintaining multiple copies across all edge servers, and save costs on multiple large hard disk drives. The second advantage is ability to organize centralized backup and failure recovery and convenience of managing content, such as adding, removing or replacing media files. This is why storages like Amazon S3 are extremely popular.
Remote storage support is now available in Nimble Streamer. It works with any server, that supports file access via HTTP protocol. Nimble Streamer support HLS and DASH transmuxing of remotely stored media content. Advanced caching techniques allows Nimble to effectively stream files, those size exceeds available file system capacity.
Please, see how to install Nimble Streamer for your operating system. Or read this blog article to see the example of installation Nimble Streamer on Ubuntu virtual machine.
Set up streaming routes
For local files (available in file system), please check section "Set up streaming routes" in How to stream VOD with Nimble Streamer article from our blog.
For media files stored remotely, you can perform the following steps:
1. Check that your media is available from remote Storage via HTTP (just try to simply download any media file). In this step you should have a media URL like this http://s3-us-west-1.amazonaws.com/wmspanel/bunny.mp4 (you can use any available remote storage).
2. Navigate to "Nimble Streamer" -> "Edit Nimble Routes" menu section of WMSPanel web interface and click "Add VOD streaming route" link.
3. In the appeared dialog specify path, that is requested by your viewers via public URL and path, that requested content is taken from. Select "http://" in dropdown list and enter path to your remote files location.
4. Optionally, specify the AWS access key id and AWS secret access key if your media files are protected by Amazon.
5. Click "OK" button.
Your new route will appear in Nimble routes list.
Now if you request http://localhost:8081/s3/bunny.mp4/playlist.m3u8, then Nimble Streamer takes file http://s3-us-west-1.amazonaws.com/wmspanel/bunny.mp4, transmuxes it, and performs HLS streaming.
Test VOD streaming
Now you can test VOD streaming on a desktop and on a mobile device using HTML5 player and JWPlayer. Check "Test streaming media via multiple devices" section of How to stream VOD with Nimble Streamer article.
That's it.
Now you've set up a media server that can stream MP4 video files stored on remote HTTP Storage via HLS and MPEG-DASH protocols.
Take a look at Nimble Streamer performance tuning basics to see examples of live streaming resources usage and also learn about basic approaches to best performance.
In addition to single unit efficiency, you may create robust delivery networks by using load balancing techniques for spreading the load between several Nimble instances.
You can use "vod_cache_timeout" and "vod_cache_min_storage_time" parameters available in Nimble Streamer settings to define maximum and minimum cache lifetime periods.
Related documentation
Nimble Streamer, MP4 transmuxing to HLS VOD streaming, Create ABR VOD HLS with SMIL, HLS re-streaming set up, HLS, DASH and Icecast streaming load balancing, MPEG-DASH streaming via Nimble
Remote storage support is now available in Nimble Streamer. It works with any server, that supports file access via HTTP protocol. Nimble Streamer support HLS and DASH transmuxing of remotely stored media content. Advanced caching techniques allows Nimble to effectively stream files, those size exceeds available file system capacity.
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| Streaming remotely stored Media |
Nimble Streamer is extremely lightweight and powerful. You can use any cheap virtual machine to stream thousands of files. All you need to do is specify link to your media on remote server via WMSPanel web interface.
Install Nimble Streamer
Install Nimble Streamer
Please, see how to install Nimble Streamer for your operating system. Or read this blog article to see the example of installation Nimble Streamer on Ubuntu virtual machine.
Set up streaming routes
For local files (available in file system), please check section "Set up streaming routes" in How to stream VOD with Nimble Streamer article from our blog.
For media files stored remotely, you can perform the following steps:
1. Check that your media is available from remote Storage via HTTP (just try to simply download any media file). In this step you should have a media URL like this http://s3-us-west-1.amazonaws.com/wmspanel/bunny.mp4 (you can use any available remote storage).
2. Navigate to "Nimble Streamer" -> "Edit Nimble Routes" menu section of WMSPanel web interface and click "Add VOD streaming route" link.
3. In the appeared dialog specify path, that is requested by your viewers via public URL and path, that requested content is taken from. Select "http://" in dropdown list and enter path to your remote files location.
4. Optionally, specify the AWS access key id and AWS secret access key if your media files are protected by Amazon.
5. Click "OK" button.
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| Remote HTTP storage set up for VOD |
Now if you request http://localhost:8081/s3/bunny.mp4/playlist.m3u8, then Nimble Streamer takes file http://s3-us-west-1.amazonaws.com/wmspanel/bunny.mp4, transmuxes it, and performs HLS streaming.
Test VOD streaming
Now you can test VOD streaming on a desktop and on a mobile device using HTML5 player and JWPlayer. Check "Test streaming media via multiple devices" section of How to stream VOD with Nimble Streamer article.
That's it.
Now you've set up a media server that can stream MP4 video files stored on remote HTTP Storage via HLS and MPEG-DASH protocols.
Take a look at Nimble Streamer performance tuning basics to see examples of live streaming resources usage and also learn about basic approaches to best performance.
In addition to single unit efficiency, you may create robust delivery networks by using load balancing techniques for spreading the load between several Nimble instances.
You can use "vod_cache_timeout" and "vod_cache_min_storage_time" parameters available in Nimble Streamer settings to define maximum and minimum cache lifetime periods.
Related documentation
Nimble Streamer, MP4 transmuxing to HLS VOD streaming, Create ABR VOD HLS with SMIL, HLS re-streaming set up, HLS, DASH and Icecast streaming load balancing, MPEG-DASH streaming via Nimble