Use redis and it will feel smoother.
Use redis and it will feel smoother.
https://wiki.debian.org/DebianUpgrade
Because those steps need manual review. Things change, packages get removed, packages get upgraded, config files need to get manual reviewed and merged etc.
On a simple System without much configuration that stuff does not matter, but when you use different package repositories and backports you need to be careful. I am not sure how introducing a new command does solve those complex issues. Imo only the system admin can decide what the best steps are.
Debian releases a migration guide with every new version release. And sorry but if you have trouble updating your system then replacing the source.list file and then updating your system again, you should reconsider running a server yourself, imho.
Would recommend dockge over portainer if you only need a web gui for docker-compose. Faster, snappier, compatible with cli, simple file structure etc.
The out of the box experience of the containerized nextcloud is actually really bad. Had it running bare metal with apache and it was way faster.
But have you tried the official AIO docker compose file? Basically copy the redis stuff from there and you are good to go.
Thank you. Would love to see the true idle. The difference between idle and light load is often not that high. I imagine the CPU supports virtualization?
And would also love to know some more specs of the NUC.
Pls, provide some proof for those numbers. The ‘under 5W mark’ gets often claimed but i still have not seen a valid proof (a simple measurement with a wattmeter) of it other than some spec sheet.
The overhead does not matter really. USB 5V power supplies are cheap and efficient these days, yes you need to look out for an efficient one but even one with only 50% efficiency (which is really really bad) would only add 1W to the (lower than) 2W power in idle. That would still result in lower power in idle.
Thanks for providing those numbers. Pretty much what i expected
My guess is, that those 5-6W on idle that gets thrown around in so many blog posts is probably just the CPU in idle state and not the whole board with io and other stuff.
As i said. The RPi (and other SBC) remains king for low power and low load applications like for example smart home. Especially in counties like germany with high energy prices. But honestly i am always surprised what can be run off a RPi.
And i just looked. The price for a RPi is actually not.that bad anymore, just saw a ebay listing for 3 * 3B+ for 100€.
For other low power usage where arm is not feasible those intel embedded based thin clients are an excellent choice.
Never have seen a thin client that goes below 7ish Watt on idle. Basically every RPi does. https://www.pidramble.com/wiki/benchmarks/power-consumption
Just as a rule of thumb: 1W of constant power costs is at most 25cents (40cent/kwh, which is even high for Germany).
The cost for a year is 1W24h365=8.76kWh which are at 0.4€/kWh 3.504€.
So with a difference of 3-4W you pay in a year between 10.5-14€ more than for the pi.
And i often heard the claim of thin clients idling around 5-6W, but i never got proof. Most things i saw are around 10W. Can you provide a picture? I would be really interested, honestly.
You can get your 3b+ (and 3 even lower) to under 2W easily on idle. 3-4 is a lot. Check out some guides, basically disable BT, display out and WiFi.
RPis are still unbeaten in terms of power usage, but the difference to a low end thin client is small.
Not even close when it comes to tuned idle power usage.
Or if you do not care about power consumption.
It does not matter to me if it is still there or not. The point that this was in a release makes me question their code and release practices.
I never ran it since i got scared by the shit they done with ‘wayland support’ which smells like really bad code practices. Patch
But i still somewhat want to use it since it seems much less hassle then teamviewer and anydesk these days.
Yeah. Imagine, before you can get going with your project you even have to ‘boot it up’. A real deal breaker.
Even in FOSS, parts can be so cryptically written, that no one really understands the code. There is even a tournament about that. When the shady person is the maintainer, it is even easier to implement a backdoor that way.
(Not saying there is or is not)
You could just use syncthing to sync between devices. Works like a charm.
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Because there is no stable release. Any update can have breaking changes since it is beta software like immich itself.
So you do not trust the syncthing encryption when it goes through someones server but when it goes through someones (your ISP and the ISP of the end device) router/server?
I am not really understanding the thread model here.