Network messages are managed by the Media Server and sent as either Broadcast or Unicast messages, with the default being Unicast to optimize the amount of ‘traffic’ and minimise the load of the receiver. That processor is very inexpensive to ensure a low cost duplication for the manufacturers. A small micro controller is used to implement the support of the few network messages exchanged with the Media Server. In order to allow auto configuration of display devices, some intelligence needs to be added to standard LED devices. Added Intelligence = Simplicity = Economy And since the Media Server does all the work, your video can play at a smooth 60 FPS. Once a device is registered to a Media Server, it will start receiving video frames, as mapped by the user onto the Media Server’s display, in real-time.īecause the Media Server performs the image clipping and transformation then outputs the correct pixel format, the work to be done by the display device is minimal. ![]() This makes the whole process extremely fast and easy, while minimising the potential for mistakes! The Media Server can then read and change parameters from the device. Kling-Net’s auto configuration capabilities allow a large range of devices to be controlled by the same Media Server, thus avoiding the painful process of creating and matching profiles between the Media Server and each individual device.Īt power up, the LED devices are detected and configured automatically by Kling-Net before sending their resolution and pixel format to the Media Server.
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