#Download live media player for mac mac

IE, Edge, Mac Safari browsers if Flash Player is installed and when low latency is crucialĬhrome, Firefox, Opera browsers on mobile devices and desktops on Android and when real-time playback is crucial.īrowsers that lack support for Flash and WebRTC, but the task requires low to medium latency.Īny browser as long as latency is not important. Legacy Flash, Flex or Adobe Air applications that require low latency IE, Edge, Mac Safari browsers if Flash Player is installed Legacy Flash, Flex or Adobe Air applications Let’s put the results together into a summary table: Operation of the player with the RTSP stream looks as follows:

#Download live media player for mac install

You can download the source code of the player for iOS here.Īnd you can install the test application that uses the above code chunks from App Store. Options.urlServer = *session = įPWCSApi2StreamOptions *options = init] The Objective-C code of the player looks as shown below: FPWCSApi2SessionOptions *options = init] Just like its Android brethren, the iOS application fetches a video stream from the server via WebRTC. Here is how RTSP stream playback via WebRTC looks on Asus Android tablet: Stream playStream = session.createStream(streamOptions) Ī test mobile app of the player can be installed from Google Play, and the sources of the application can be downloaded from here. StreamOptions streamOptions = new StreamOptions('rtsp://192.168.88.5/live.sdp') Session session = Flashphoner.createSession(sessionOptions) The Java-code of the player for Android is here and looks like this: SessionOptions sessionOptions = new SessionOptions('wss://192.168.88.59:8443') To goal of the server here is to convert RTSP to WebRTC and feed the result to the mobile application. The application retrieves the stream from the server via WebRTC. The source code of the player can be downloaded here. When RTSP is converted to HLS, a video stream is divided to segments that are happily downloaded from the server and displayed in the HLS player.Īs an HLS player we use video.js. Here is how an RTSP stream rendered on Canvas in the iOS Safari browser looks like: Here, we have a JavaScript application under HTML5 that fetches data via Websockets, decodes them and renders them on Canvas in multiple threads. This is somewhat similar to the Flash-based methods when the swf element lies under HTML5. Var session = Flashphoner.createSession().play() In this variant the flash is loaded to the HTML page only to display picture and play sound. So, there is a method with an HTML wrapping that allows controlling the RTMP player from JavaScript. It is hard to find those willing to keep coding on Action Script 3 these days.

Rtsp://192.168.88.5/live.sdp – is the RTSP address of the camera.Ī little bit superfluous variant of the player on Flex and AS3 is available here. Rtmp://192.168.88.59/live – is the address of the intermediate server that fetches the RTSP video stream from the camera and converts it to RTMP. Var subscribeStream:NetStream = new NetStream(nc) The code of the player is built on Action Script 3 and looks as follows: var nc:NetConnection = nc.connect('rtmp://192.168.88.59/live',obj) In this article we demonstrate 7 technologically different ways to display a video stream from an IP camera with RTSP support on a web page in a browser.Īs a rule, browsers do not support RTSP, so the video stream is converted for a browser using an intermediate server.īrowsers do not support the RTMP protocol, but guess who does? The old faithful Flash Player that works enough well even though it does not support all browsers, so it can display the video stream.