![]() ![]() The cookies is used to store the user consent for the cookies in the category "Necessary". This cookie is set by GDPR Cookie Consent plugin. The cookie is set by GDPR cookie consent to record the user consent for the cookies in the category "Functional". The cookie is used to store the user consent for the cookies in the category "Analytics". These cookies ensure basic functionalities and security features of the website, anonymously. The master then sends these segments to the client and the video is played back just like normal.Necessary cookies are absolutely essential for the website to function properly. The transcode slave invokes the true Plex New Transcoder binary, does the (trans|en)coding and saves the video segments to a network mounted shared filesystem on the master. This wrapper allows us to intercept the transcode request on the master node and send it to a transcode slave node. The way this works is by replacing the default Plex New Transcoder binary on the master PMS with a wrapper. Since transcoding is typically the most processor intensive aspect of PMS, it makes sense to be able to distribute this workload among all available computing resources. In this setup there is only ever one PMS installation (the master node), but there can be any number of transcode hosts (slave nodes). This project takes a different, and arguably easier approach that simply involves running the Plex New Transcoder on a remote host. There have been quite a few projects attempting to load balance a Plex server, most of which involve proxying HTTP requests between multiple Plex Media Server (PMS) installations. Īdditionally, for proposed features and some current limitations, check out > this page. Please help by reporting bugs, pull-requests or feature requests!įor those interested in testing this out quickly, there is a step by step guide for getting this working on two Ubuntu machines. With that said…I stumbled across someone trying to develop a distributed Plex Remote TranscoderĪ distributed transcoding backend for Plex. Transcoding on a RPi isn’t recommended, the ARM processor just doesn’t have the oomph needed to transcode (now preoptimizing for a direct stream might be a good way…but on a RPi will take AGES!) ![]() One should NEVER encode to a SDcard or non spinning media…the writes alone will kill it in short measure!īut that is for a single stream…multiple streams will completely thrash it… Usually for a single video it’s about the same size as the video being encoded…max is 2-4G I see the video leaves /tmp on default size (this would be 512 MiB), but I’ve seen much larger transcode dirs. Would be great if you guys could print some sizes your transcode dir gets, so we get an overview how much RAM would be required. I’d use a dedicated tmpfs/zram mount btw so that it does not break regular /tmp usage, which is intended for much smaller files. Then we could add some little code/tool (or add to dietpi-drive_manager) that allows to easily mount a tmpfs there (in case on lets say 2 GiB+ devices) and indeed as WarHawk suggested make use of zram. 99% of cases this will be faster (even regular HDD) and will not kill your SDcard. Best for now IMO is to move the transcode dir to /mnt/dietpi_userdata/… so that it can be easily (which is always recommended!) moved to an external drive. Got my attention on this topic a few weeks ago and aim to find a good generic solution. But this is exactly as well a reason why it should never be on a SDcard. ![]() Indeed, default transcode dir is on disk because for video transcoding it can easily eat some GiB. ![]()
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