What is the Best Synology NAS for a Plex Media Server?
Plex has fast become the most popular media server software for home users in 2019. With a slick user interface, smart organization, relevant media images and descriptions sourced from many online sources applied automatically and clever show recommendations and watched records, it is easy to see why Plex challenges many of the online streaming platforms such as Netflix, Amazon Instant and Hulu. Another attractive feature of Plex is that the software is available free (or a more feature-rich paid version), whereas online streaming sources have monthly subscriptions, do not let you play your own content and change/rotate available media content on a monthly basis. With Plex, you play the media that you own and it is organized in an attractive and easy way. However in order to take advantage of Plex, you need a device for your media and the Plex media server to live, and this is where the money part comes. The best means with which to host a plex media server is a Network Attached Storage device (or NAS server). One of the biggest NAS server providers in the world right now is Synology and they have a large range of NAS devices that support Plex in many, many ways (transcoding, smooth running, 4K, etc). However which Synology NAS should you buy for your Plex media server, what is transcoding on an Synology Plex media server like and what is the best Synology NAS for a Plex Media Server (PMS)?
What is Software Transcoding on a Synology Plex Media Server?
When media lives on your Synology NAS, often the device a that you are playing back your plex media (Smart TV, iPhone, Laptop, iPod) onto cannot support the media file type, the resolution or audio codec. In this case, the Plex Media Server on your Synology NAS will try to change the file to a more suitable version, on the fly, to ensure you can enjoy your media in the best way. This is known as transcoding and though the Plex application is actioning this with the software, the actual work is being done by the Synology NAS CPU. Software transcoding takes a heavy toll on the CPU and you will need a relatively powerful processor in order to support this feature. Typically the CPU will need to be:
- In Intel or AMD Based Based CPU that is 64bit (x86) in Architecture
- Higher than 1.6Ghz in Frequency
- More than 2 Cores
It is important to highlight that transcoding for Plex on a Synology NAS only really needs more power in the case of converting/changing video files. Audio and Image files will not require much support from the NAS.
Choosing the Right Synology NAS for a Plex Media Server
When it comes to choosing the right Synology NAS for your Plex Media Server, below I have broken down the entire currently available NAS you can buy. I have broken them down into the following areas:
Model ID – This is the Name of the Synology NAS Device
CPU – This is the central processor of the Synology NAS server and this will be what decides the performance of your Plex Media Server
SD 480p / 576p –Most likely the lowest point at which you will need transcoding of a video media file, 480p was used for many early Plasma televisions, whereas 576p is considered Standard Definition in many countries worldwide
HD 720p – Otherwise known as ‘HD Ready’ or ‘Standard HD’, it is generally considered the lowest starting point for watching HD media and starts at 1280×720
HD 1080p – Widely regarded at ‘Full-HD’, it arrives at 1920×1080. Most media listed at high definition in 2019 will be 1080P
4K SDR 2160p – 4K SDR is the entry point into 4K Media. An SDR 2160p supported TV has around 4,000 lines of resolution (the lines across the screen that form the rows of pixels) but is not capable of completely showing the depth and richness of colours spectrum and contrast of 4K HDR. It is by no means a compromise and still an excellent picture, but rather this is due to the physical differences in the construction of the screen and not just how the images are processed, just like the differences between and SD and HDTV.
4K UHD HDR 2160p – The current top end of 4K Media file formats in popular commercial media. A 4K HDR TV has the same 4000 lines of resolution as those that support 4K SDR 2160p, but is physically capable of rendering an image with increased contrast and richer colours\separation thanks to the physical build superiority.
Be sure to check the kind of media you own (or plan on streaming from your Synology NAS), as well as the devices you will be playing back on for a better idea of what kind of plex media transcoding support you will need from your NAS server from Synology. Be sure to check the supported file types (most common modern files types you find for 1080p and 4K are .MKV .MP4 .MOV and .AVI).Below is the entire current Synology NASrange and how well they perform in the Plex Media Server Application with a single Stream.
| 2nd Place
| 3rd Place
|Brand||Model ID||CPU||Software Transcoding|
|SD 480p / 576p||HD 720p||HD 1080p||4K SDR 2160p||4K UHD HDR 2160p|
|Synology||DS218+||x64 (Celeron J3355) 2.0-2.5 Ghz||Yes||Yes||Some||No||No|
|Synology||DS418play||x64 (Celeron J3355) 2.0-2.5 Ghz||Yes||Yes||Some||No||No|
|Synology||DS718+||x64 (Celeron J3455) 1.5-2.3 Ghz||Yes||Yes||Some||No||No|
|Synology||RS818+ / RS818RP+||x64 (Atom C2538) 2.4 Ghz||Yes||Some||Some||No||No|
|Synology||DS918+||x64 (Celeron J3455) 1.5-2.3 Ghz||Yes||Yes||Some||No||No|
|Synology||DS1517+||x64 (Atom C2538) 2.4 Ghz||Yes||Some||Some||No||No|
|Synology||DS1817+||x64 (Atom C2538) 2.4 Ghz||Yes||Some||Some||No||No|
|Synology||FS2017||x64 (Xeon D-1541) 2.1-2.7 Ghz||Yes||Yes||Yes||Some||No|
|Synology||FS3017||x64 (Xeon E5-2620 v3) 2.4 Ghz||Yes||Yes||Yes||Some||No|
|Synology||DS3617xs||x64 (Xeon D-1527) 2.2-2.7 Ghz||Yes||Yes||Yes||Some||No|
|Synology||RS3617xs||x64 (Xeon E3-1230 v2) 3.3 Ghz||Yes||Yes||Yes||Some||No|
|Synology||RS3617RPxs||x64 (Xeon E3-1521) 2.4-2.7 Ghz||Yes||Yes||Yes||Some||No|
|Synology||RS3617xs+||x64 (Xeon D-1531) 2.2-2.7 Ghz||Yes||Yes||Yes||Some||No|
|Synology||RS4017xs+||x64 (Xeon D-1541) 2.1-2.7 Ghz||Yes||Yes||Yes||Some||No|
|Synology||RS18017xs+||x64 (Xeon D-1531) 2.2-2.7 Ghz||Yes||Yes||Yes||Some||No|
|Synology||DS116||ARMv7 (Armada 385) 1.8GHz||No||No||No||No||No|
|Synology||DS216||ARMv7 (Armada 385) 1.3GHz||No||No||No||No||No|
|Synology||DS216+||x64 (Celeron N3050) 1.6GHz||Yes||Yes||Some||No||No|
|Synology||DS216+II||x64 (Celeron N3060) 1.6GHz||Yes||Yes||Some||No||No|
|Synology||DS216j||ARMv7 (Armada 385) 1.0GHz||No||No||No||No||No|
|Synology||DS216play||ARMv7 (STM STiH412) 1.5GHz||No||No||No||No||No|
|Synology||DS216se||ARMv7 (Armada 370) 0.8GHz||No||No||No||No||No|
|Synology||DS416||ARMv7 (Alpine AL-212) 1.4GHz||No||No||No||No||No|
|Synology||DS416j||ARMv7 (Armada 385) 1.3GHz||No||No||No||No||No|
|Synology||DS416play||x64 (Celeron N3060) 1.6GHz||Yes||Yes||Some||No||No|
|Synology||DS416slim||ARMv7 (Armada 385) 1.0GHz||No||No||No||No||No|
|Synology||DS716+||x64 (Celeron N3150) 1.6GHz||Yes||Yes||Some||No||No|
|Synology||DS716+II||x64 (Celeron N3160) 1.6GHz||Yes||Yes||Some||No||No|
|Synology||RS816||ARMv7 (Armada 385) 1.8GHz||No||No||No||No||No|
|Synology||DS916+||x64 (Pentium N3710) 1.6GHz||Yes||Yes||Some||No||No|
|Synology||RS18016xs+||x64 (Xeon E3-1230 v2) 3.3Ghz||Yes||Yes||Yes||Some||No|
|Synology||RS2416+/ RP+||x64 (Atom C2538) 2.4GHz||Yes||No||No||No||No|
|Synology||DS115j||ARMv7 (Armada 370) 0.8GHz||No||No||No||No||No|
|Synology||DS215+||ARMv7 (Alpine AL-212) 1.4GHz||No||No||No||No||No|
|Synology||DS215j||ARMv7 (Armada 375) 0.8GHz||No||No||No||No||No|
|Synology||DS415+||x64 (Atom C2538) 2.4GHz||Yes||Some||Some||No||No|
|Synology||DS415play||x86 (Atom CE5335) 1.6GHz||Yes||Some||No||No||No|
|Synology||DS715||ARMv7 (Alpine AL-314) 1.4GHz||No||No||No||No||No|
|Synology||DS1515||ARMv7 (Alpine AL-314) 1.4GHz||No||No||No||No||No|
|Synology||DS1515+||x64 (Atom C2538) 2.4GHz||Yes||Some||Some||No||No|
|Synology||DS1815+||x64 (Atom C2538) 2.4GHz||Yes||Some||Some||No||No|
|Synology||DS2015+||ARMv7 (Alpine AL-514) 1.4GHz||No||No||No||No||No|
|Synology||DS3615xs||x64 (Core i3-4130) 3.4GHz||Yes||Yes||Yes||No||No|
|Synology||DS114||ARMv7 (Armada 370) 1.2GHz||No||No||No||No||No|
|Synology||DS214||ARMv7 (Armada XP) 1.066GHz||No||No||No||No||No|
|Synology||RS214||ARMv7 (Armada 370) 1.33GHz||No||No||No||No||No|
|Synology||DS214+||ARMv7 (Armada XP) 1.33GHz||No||No||No||No||No|
|Synology||DS214play||x86 (Atom CE5335) 1.6GHz||Yes||Some||No||No||No|
|Synology||DS214se||ARMv7 (Armada 370) 0.8GHz||No||No||No||No||No|
|Synology||DS414||ARMv7 (Armada XP) 1.33GHz||No||No||No||No||No|
|Synology||DS414slim||ARMv7 (Armada 370) 1.2GHz||No||No||No||No||No|
|Synology||DS2314+||x64 (Atom D2700) 2.13GHz||Yes||Some||No||No||No|
|Synology||RS2414(RP)+||x64 (Atom D2700) 2.13GHz||Yes||Some||No||No||No|
|Synology||DS213j||ARMv7 (Armada 370) 1.2GHz||No||No||No||No||No|
|Synology||DS713+||x64 (Atom D2700) 2.13GHz||Yes||Some||No||No||No|
|Synology||DS1513+||x64 (Atom D2700) 2.13GHz||Yes||Some||No||No||No|
|Synology||DS1813+||x64 (Atom D2700) 2.13GHz||Yes||Some||No||No||No|
|Synology||DS2413+||x64 (Atom D2700) 2.13GHz||Yes||Some||No||No||No|
|Synology||RS10613xs+||x64 (Xeon E3-1220 v2) 3.1GHz||Yes||Yes||Yes||No||No|
|Synology||DS412+||x64 (Atom D2700) 2.13GHz||Yes||Some||No||No||No|
|Synology||DS712+||x86 (Atom D425) 1.8GHz||No||No||No||No||No|
|Synology||RS812||x64 (Atom D2700) 2.13GHz||Yes||Some||No||No||No|
|Synology||RS812+||x64 (Atom D2700) 2.13GHz||Yes||Some||No||No||No|
|Synology||DS1512+||x64 (Atom D2700) 2.13GHz||Yes||Some||No||No||No|
|Synology||DS1812+||x64 (Atom D2700) 2.13GHz||Yes||Some||No||No||No|
|Synology||RS2212+||x64 (Atom D2700) 2.13GHz||Yes||Some||No||No||No|
|Synology||RS3412xs||x64 (Core i3-2100) 3.1GHz||Yes||Yes||Yes||No||No|
|Synology||DS3612xs||x64 (Core i3-2100) 3.1GHz||Yes||Yes||Yes||No||No|
|Synology||DS411+||x86 (Atom D510) 1.6GHz||No||No||No||No||No|
|Synology||DS411+ II||x86 (Atom D525) 1.8GHz||No||No||No||No||No|
|Synology||DS1511+||x86 (Atom D525) 1.8GHz||No||No||No||No||No|
|Synology||DS2411+||x86 (Atom D525) 1.8GHz||No||No||No||No||No|
|Synology||RS2211+||x86 (Atom D525) 1.8GHz||No||No||No||No||No|
|Synology||RS2411xs||x64 (Core i3-2100) 3.1GHz||Yes||Yes||Yes||No||No|
|Synology||DS3611xs||x64 (Core i3-2100) 3.1GHz||Yes||Yes||Yes||No||No|
|Synology||DS710+||x86 (Atom D410) 1.6GHz||No||No||No||No||No|
|Synology||RS810+||x86 (Atom D510) 1.6GHz||No||No||No||No||No|
|Synology||DS1010+||x86 (Atom D510) 1.6GHz||No||No||No||No||No|
What is Accelerated Transcoding with Plex on my NAS?
Some Synology NAS arrive with a CPU that has improved rendering or graphical embedding enabled. This means that is Plex can utilize this hardware for transcoding, it will require much, much less of the CPU processing power to transcode a video file. In order to take advantage of Plex hardware transcoding on your Synology NAS, you will need to first check which NAS supports the transcoding to the extent you need by checking below. Next, you will need to upgrade your Plex Membership from the free version to the paid ‘Plex Pass’ subscription, as the option of Accelerated Transcoding with Synology NAS hardware is not included in the plex free subscription.
Below are all the current available Synology NAS and to what extent they support Hardware transcoding with a Plex Pass:
|Brand||Model ID||Hardware Transcoding|
|Synology||RS818+ / RS818RP+||No||No||No||No||No|
How to Enable Hardware Acceleration with Plex Media Server on a Synology NAS
To use Hardware Transcoding on your Synology NAS in a Plex Media Server, you need to enable it using the Plex Web access (head over to your Plex User interface on your browser.
- Open the Plex Web app.
- Navigate to Settings > Server > Transcoder to access the server settings.
- Turn on Show Advanced in the upper-right corner to expose advanced settings.
- Turn on Use hardware acceleration when available.
- Click Save Changes at the bottom.
The changes should take place straight away and there is no need to reboot your Synology NAS. Be sure to have updated to the latest version of the Plex Media Server application on your NAS and that Hardware Transcoding is listed as supported in the list above.
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