I have the same experience. mounting the vault (sshfs) to showing contents is like 5 minutes. client ryzen 5600, no significant CPU activity.

it bothers me immensely that javascript backed Gnome that I can’t make run fluidly and jerklessly on competent desktop hardware is the default on underpowered mobile hardware, making Android and iOS level fluidity practically unattainable in the foreseeable future.

edit: I run pmOS on a SDM845 with 8 GB RAM and fast storage, tried em all on edge (gnome, plasma, phosh, plasma mobile) and it’s a 5 fps stuttering mess. that’s before I load something to said RAM, like a browser or (dog forbid) an electron app.

here’s why you’re doing beginners a disservice with Mint.

it’s an X11 distro. no big deal if you’re installing it on a 10-year old optiplex with a 1080p monitor, works same as wayland on that setup.

if it’s a laptop, you get shitty scaling and hidpi support. worse touchpad gestures. dock/undock issues with multiple displays, not to mention - more scaling issues. even if there is some feature parity with a modern Gnome/Plasma desktop, the predominant development effort isn’t in Cinnamon’s camp.

if it’s a modern desktop you also face issues with spotty support as Mint lags with kernel versions. finally if you got both, muscle memory is a problem if you got Cinnamon/X on desktop and Gnome/Wayland on laptop.

if you’re an experienced user, yes, I am sure you can make it work. for a beginner, we need an onboarding path with the least possible issues and when there are any, ample documentation on how to fix it.

there’s basically two types of dudes (gender not inferred): the ones that faced with a problem go “hmm, that’s interesting. let’s try…” regardless if it’s a lazy afternoon or they’re under heavy artillery fire… and then there are those that invariably go “oh what the fuck now!?”

if you’re in the latter camp, you have one option and that’s Ubuntu. for an experienced user it does suck in some ways, but it “just works” in so many others. you will have ample challenges making the transition and you don’t need additional ones.

when you’ve been around the block a few times, survived a crash or two, know what’s what and have at least a passable understanding of the OS, then you can travel farther and explore options, as your switching costs to something like Fedora WS are essentially zero and 99% of what you learned applies.

but, right now, you can stop looking - this is your only option.

the first time I installed arch on my T420s, I was blown away! a minimalistic install, done in no time. no cruft of any kind, latest software versions, and the speed - the thing booted more than twice as fast as Fedora! I was ecstatic, how come everybody’s not using this!?

but then I needed a piece of software that wasn’t available and flatpak wouldn’t work in that scenario. rpm and deb available but nothing for arch. OK, so there’s this AUR thingy - cool, so like a repo, right? one copy/paste and I’m done…

not fucking so. what this does is fetch the source code and then compiles and builds it on your puny dual-core…I can’t imagine what a full system upgrade looks like, compiling tons of stuff for hours. that’s 1998 linux, I thought we were done with this.

not a week later, a normal system update with no errors made the thing unbootable. yeah, said one laconic reply, you really should keep up with breaking changes by way of the mailing list. do what now? the what now? dude, this just became a job.

so that was it for me. thanks to btrfs subvolumes, all my stuff was already there and ready to go for the new OS.

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why would swiping away an app not kill it? why would you do that? leave it be until it’s done wtf

how much RAM you got? on my two A15 phones with 6 and 8 GB RAM nothing extraordinary happens in that regard, whereas my A15 4 GB RAM tablet can’t handle a lot of open apps and OOM kills some in the background.

edit: you seem to be trying to run android apps like desktop apps. that doesn’t work here. how things work is most apps are dormant when they don’t have focus and when they receive a push message e.g. “you have a new message”, their handler wakes up, fetches stuff from the server and updates local state (and then optionally displays the notification).

so you either need to install unified push and get apps that support it or have e.g. microG implement a subset of Play services so that GCM/FCM works with “normal” apps. the third option, what you may be doing, is having every app excluded from sleep and doing their own updates checking.

the example where you close an app and then go “why app closed” is unrelated.

off to recycling with that thing, that SSD is worth more than the whole machine. get a skylake or newer laptop with busted screen or malfunctioning keyboard or whatever that’s not a hindrance for your use case and it’ll have full hardware acceleration and consume WAY less power and be future proof.

if you’re adamant about running it, try mpv without DE/WM by way of framebuffer. I think Arch has some mpv build that enables that.

gOS threat model is “everything everywhere all at once” - nation state actors et al - and from that standpoint, yeah, eOS and lOS and whoever else is lacking.

but the vast majority of users have a threat model that can be boiled down to two things:

1. a lost/stolen device doesn’t compromise me - the fucker can’t get at my stuff and/or impersonate me, and
2. free from apple’s/google’s reign - I control what stuff runs on my phone

both easily accomplished with lineageOS and derivatives running on a $50 phone. if you truly want to spend four digits annually on Newest & Best, you do you, I’m good.

my annoyance with his output aside, can we make it so that you can’t use “beautiful” on your own shit? others can say your stuff is, you can’t go “I created a beautiful xy”.

borg + vorta. borg is the undelying tech, vorta is the UI. the UI is a little bit rough around the edges but it’s immensely powerful for a wide array of use cases.

those things were designed to run off mechanical drives. so whatever you fit it with will be screaming fast. the bottlenecks you’re concerned with arise with workstation-class machines with fully implemented PCI lanes and such, which are pretty rare in laptops. HMBs also require a beefier CPU as all that buffering introduces overhead; not noticeable on a 6-core Ryzen, noticeable on a dual-core decade-old i5.

summarum: whatever SATA SSD you fit it with is more than adequate. obviously, don’t go with no-name “brands”. also, save yourself the bother and don’t dick around with adapters, just fit a regular SATA 2.5" SSD in there.

skip the T470, T480 with 8xxxu cpu is the lowest you should go; the hardware is practically identical (and interchangeable!) but the CPU is a huge difference. also if you find them for cheap, there’s T490 (refresh), T495 (AMD Ryzen), and T14 (newer variants of the T4xx series with Intel and AMD CPUs).

the 12" version would be the X280, again single-channel RAM only. in the 12" space you also have Dell Latitude 7290/7200 (just the latitude series, no inspirons and friends) as well as HP Elitebook 820 (and 830) with 8xxx and newer CPUs. Elitebooks and Latitudes are Thinkpad T-series equivalents with similar build quality and features.

T480 can take 64 GB (2x 32 GB); no idea if more is possible. I imagine newer models could but I struggle to remember seeing 64 GB SO-DIMMs… P15 can fit four sticks so that should be possible, but them things have beefy CPUs, are rather large, and also have Nvidia graphics so dunno how low-power you can make those.

you’re kinda outside of the intersection of cheap and still capable with that spec. do make a write-up if you succeed, that sounds interesting.

I’m referring to semi-modern laptops you’re most likely to get out of some corporation’s dump of obsolete tech, but that’s still usable - let’s say T480 and onward. you can retrofit those with tons of RAM, cheap storage, they have capable quad-cores, etc. you can get something like a T14 Ryzen 6-core with 32 GB RAM and a 1 TB SSD in the $200 region, if you do everything yourself.

everything before that is proper old tech, with predominantly anemic dual-cores (the ones you mention have single-channel RAM) and as such are a fun tinkering project, similar to the cyber deck projects - costs a lot of money, doesn’t do much. on the other side of that fence are power-hungry haswells and friends that can’t be wrangled into single-digit Watt/Hour territory however hard you tried.

so if you get one of those for free, or close to it, and you have parts laying around, by all means - this is as close you can get to the bespoke PC build in the laptop world. but ixnay on bying a decade old laptop for work and/or education.

edit:

X260 vs T14, negligible size difference

first off, “lenovo” is not the thing to get, it’s just a subset of those - thinkpads. and even then, not all of those - just the T and P series. those are the “pro” lines, durable, dependable, expandable, serviceable, and widely used. so when corporations swap out their fleet for new models, they flood the market and hence can be had for cheap. multiple generations of the same model are cross-generation compatible, so they share the same peripherals, like docks, have interchangeable parts, like keyboards, displays, etc.

don’t get used ideapads, thinkbooks, thinkpad E/L series, etc. those are either consumer-class models, have substandard features, are incompatible with each other, etc. don’t get the yogas and S-suffix models, as you’ll have a removed time servicing and/or upgrading those.

the whole point of getting something used, i.e. something that was touched and rubbed and spat all over, is if it’s a) in good enough shape and b) you get it for cheap. you took care of of item A when going for thinkpad T-series and you’re compromising on item B if you’re going through an intermediary.

them dudes you mention are skinning you alive - 500 EUR for a T14 G1 is insane, it should be less than half of that. I also like how they’re including none of the tech specs which just ups the ick factor.

a distribution is just an assortment of packages, it’s the same linux + driver underneath. nvidia on linux is a headache. are there people who made it work? sure. is that a worthwhile waste of your time? it is not.

get hardware that’s linux supported and you’ll have plenty of challenges during the transition, you don’t need the additional “self destruction in…” countdown timer booming from the speakers.

if you still wanna have at it, pop_os (however it’s spelt), bazzite and nobara are some od the distros that have dedicated nvidia install images and are thusly more likely to work OOB and work better afterwards.

if you trust mozilla, firefox sync handles most of that - bookmarks, history, passwords, extensions and some of their settings, etc; cookies and localstorage aren’t copied over, for e.g. logged-in sites and such.

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that’s pretty standard for laptop panels, most enterprise models (thinkpad, elitebook, etc.) ship with similar spec (6-bit, 256K colors, 200ish nits, 70ish sRGB). that’s what essentially this is, salvaged laptop panel + cheap controller board + plastic. for $50, it’s okay.

there are monitors with better specs (e.g. there’s a 16" one with purportedly 100% sRGB), but those are aliexpress specs so I wouldn’t put too much stock in those.