Alternatively, a controller, such as a tablet or smartphone, could discover the content on the PC and tell the TV to play it back. Your DLNA-certified player-a TV or game console, for example-would be able to browse the content on the PC and stream it. In a typical scenario, you might have a PC running DLNA-certified software that transforms it into a media server. When you connect one to your router, it should automatically appear on any other DLNA-certified component’s menu without needing you to perform any setup. This may have been due to exiting while the program was still scanning folders when the media library was still enabled, but it's stupid Java, so who knows.A modern AV receiver that supports DLNA can stream movies, music, and digital photos from a storage device attached to your home network to your smart TV.Īll DLNA-certified devices use Universal Plug and Play (UPnP) to discover and talk to each other on the network. One time so far the javaw.exe process stayed stuck in memory on exit, consuming over a GB of RAM. And it doesn't mention that the server has to be restarted to recognize this change. I had to disable transcoding of mp4 and others, because it was transcoding most files even though my WDTVLive device supports them directly just fine. I disabled and forego the media library to avoid this. Only caveats I've found: - The database size it creates for a modest media library it rather large, and takes forever to scan. But the program is nicely configurable, and does work rather well. Well, it's still a thing made with yucky Java, but at least now it includes its own runtime of it, so there's no ancient security risk, system polluting, full Java install required anymore! Of course, being Java, it's a RAM, CPU, and disk space hog.
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