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Joined 2 years ago
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Cake day: June 9th, 2023

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  • Cool, well then I can at least share what I went with that has worked really well: GMKtech N100 NUC from Aliexpress with 16 GB of RAM.

    It’s hosting Jellyfin with transcoding, PiHole, Home Assistant, Heimdal, a Valheim server and loads of other small LXC’s in Proxmox.
    I don’t think I’ve ever seen it break a sweat.
    The NAS holds the .arr stack and Qbit, but that’s it.

    I cannot speak to the longevity of it, but I repasted the CPU once I got it and it’s chilling below 45 degrees all day long, so I expect it to last for many years. I also enabled C-states to get idle consumption as low as possible, around 7-8W.

    Best of luck with whatever setup you end up with mate!


  • I run a 4 bay and a N100 NUC.

    The Synology is almost a pure storage machine. Works really well with Proxmox on the side. Not a single file has made it kneel yet, and I’ve thrown some high bitrate badboys on it.

    Is not upgrading the drives an alternative?

    I feel like you sacrifice a lot of practicality removing the NAS, such as automatic backup from phones and very easy remote access.
    Personally I also prefer separating data and software, so I don’t lose it all if a component fails.

    Just my .02




  • That would be a mirror of my setup. GMKtec N100 with 16 Gb of RAM doing all the heavy lifting with Jellyfin (transcoding), game servers, HomeAssistant and so forth. Not once has it had a hickup.

    It’s a brilliant little thing for really very little money.

    Remember to activate C-states in BIOS to achieve the super low idle TDP people talk about, around 6-8W.

    Good luck on your journey!




  • Yeah it makes no sense, yet it’s so much fun when stuff finally works like it should!

    Everybody loves using Jellyfin at home, but they think I’m mad for spending countless hours setting up everything the first time, then a second time to improve, then a third time as I migrated HW.

    Keep having fun with it mate! The possibilities are endless


  • Most of Norway (my house included) is still stuck on IT, so 230V phase/phase.
    The only place it really sucks is for modern induction hobs where 25A @ 230V is a bit low (5,75 kW, max on mine is 7,2 kW) and the EV charge box (3,6 kW or 7,2 kW max instead of 11 or 22 kW).

    They are however changing to TN for new areas.

    Upside is that the earth current will be very small when you have a fault, so the system can function with it. I believe this is why critical institutions like hospitals run IT and not TN/TT.


  • Yeah I mean, there are ish 130 million households in the US. If your way of doing up wiring was so bad, you’d have fires everywhere all the time.
    It’s just a different way of doing it. Not better or worse, inherently.

    The only thing I thoroughly dislike that you guys do are wire nuts. I know I will piss of some American sparkies, but holy fudge they are crappy. When even the professionals can mess it up by twisting poorly/wrong, it’s bound to cause issues for less experienced people. Just use WAGO’s.

    #SorryNotSorry!!


  • Comprehensive write up. Thanks for this!

    The main reason I went for it now was that the panel has been out a few years and the price is more in line with what I’d like to spend. I’m guessing this new tech will be quite costly to begin with?
    The early adopter tax thankfully no longer gives me a high, but I will read up on these and maybe they will be relevant next time around.
    Seems like interesting tech, for sure!