![]() RAIDz1 arrays for the bulk of the media, RAIDz2 on the more unique and troubling to lose stuff like photos and emails seems like a good trade off in terms of balancing capacity vs parity and losable disks.Īs far as the rest of the system goes, I'm leaning towards some of the more recent AMD workstation level stuff, with an eye to initially get a entry level Threadripper and be able to grab a much higher end one in a few years if my needs evolve and more CPU grunt will benefit. I'll probably look to have a couple very large rust drives as internal local backup, for quick restores if I need it (but of course stuff I'd actually be troubled by losing if the place burnt down of course still gets backed up off site as well).Īt this point I'm 99% sold on ZFS being the way to do for all the storage, particularly for snapshots and being able to use them for incremental backup both locally and remotely. About 6-6.5TB is media served through Plex, so I figure when I pull the trigger on all this I'll have an array of SATA SSDs for that, and use NVMe disks for the rest (photos, the email backend, HomeAssistant, InfluxDB). So currently I'm using about 8TB of data on 10TB of disks. One of the key goals is to replace my rust drives entirely with flash, which is probably why this planning just keeps stretching on and on. I've been planning to move from my Mac Mini 2012 attached to a Drobo to a more. Just don't expect to transcode 4K content.Hey all, long time lurker and finally made myself an account to engage here. The Raspberry Pi is probably the best solution. The web is full of users looking for advice on the best cheap device to use as a Plex media server in hotels and offices. However, the Raspberry Pi also has some massive upsides, the most notable of which is portability. That's well short of Plex's recommended requirements for the Media Server app: an Intel Core i3 processor and at least 2GB of RAM. The Raspberry Pi 3 uses a 1.2GHz ARM Cortex-A53 CPU and 1GB of RAM. The Raspberry Pi 2 has a 900 MHz quad-core Cortex-A7 CPU along with 1GB of RAM. The most notable downside is the lack of CPU power. Raspberry Pi devices have some very unique advantages and disadvantages when you're using them with the Plex Media Server app. Some complain about insufficient space for streaming in 4K, while others say thumbnail generation chews through the memory. Several users have reported that this device is unsuitable for very large libraries. Unfortunately, the Nvidia Shield has one potential drawback. You don't need to move your library onto the Nvidia Shield itself. You don't want to be in the middle of working on an important document only for your fan to kick in because your wife and kids are all watching Plex on different screens.Īnd because both the regular Nvidia Shield and the Pro version both have USB ports, you can easily connect an external hard drive which contains all your movies and TV shows and stream the contents. The same caveat about using your primary machine applies, however. If you're expecting several people to access your Plex media server at the same time, it is probably the best solution. Even a mid-spec desktop computer will comfortably be able to handle everything Plex can throw at it. The most significant benefit of using a desktop is power. If you're using an old laptop, make sure you buy a cooling stand. Overheating could quickly become an issue. It's not recommended to run Plex on your main laptop. However, if you've got a semi-old device lying around, it's worth considering. If there isn't enough available, your server is going to struggle to transcode videos and will be unable to handle simultaneous users.Īs such, ancient, underpowered laptops might not be suitable. One of the most important things needed by the Plex Media Server is CPU power. ![]()
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