Of course the hardware configuration methods mentioned above may allow you to extend that runtime with minimal effort.Īnd you'll also want to run some tests to determine the actual current draw for your application (rather than the one-size-fits-all estimate provided by The Organization) it could be significantly more than the 150 mA cited in the link above. If that's enough runtime to meet your requirements, then you'll not need to invest time and effort into a custom OS. Rather than starting from an assumption that a "better, slimmer OS" will meet your expectations for battery runtime, why not generate some estimates of runtime before you invest time and effort in another or customized version of the OS?įor example, using these figures for RPi power consumption (150 mA), and these specs for a LiPo battery (2 Ah), I'd estimate that you'll get 9.3 hours of battery life.
UMS was started by SubJunk, an official developer of PMS, in. The balance of my "answer" to your question is more along the lines of a suggestion to consider an alternate approach to your design. Universal Media Server 10.2.0 Razvan Serea 05:10 EST 1 Universal Media Server is a DLNA-compliant UPnP Media Server. Another link on that subject Also "media server" sounds like a fairly demanding app, power-wise. You may wish to look into some hardware configuration methods to reduce power consumption. Update the maven-assembly plugin to version 3.4.0.ĭownload: Universal Media Server 11.2.0 | 161.I suspect that a "better, slimmer OS" will offer only small reductions in power consumption.Update the h2 database to version 2.1.214.Update the control style to version 10.3.1.Fixed sound playback in the web interface.The Media Library Movies folders ignore files that are less than 40 minutes long.Added netbeans git exceptions for developers.Added SendDateMetadataYearForAudioTags renderer option.
Added release for Apple ARM processors (Apple Silicon, M1/M2) to speed up transcoding by 3x.There are also a bunch of other fixes and improvements. Users of this build can expect approximately 3x transcoding speed/efficiency. This release adds a build for Apple ARM devices, which has been our most requested feature recently.
To see a comparison of popular media servers, click here. Since it is written in Java, Universal Media Server supports all major operating systems, including versions for Windows, Linux, and Mac OS X. It runs on MEncoder, FFmpeg, tsMuxeR, AviSynth, MediaInfo and others which together provide support for a wide range of media formats. The program streams or transcodes many different media formats with little or no setup. UMS was launched by SubJunk, the official developer of PMS, to provide more stability and file compatibility. Universal Media Server is a DLNA compliant UPnP Media Server.
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