you can remove firmware and other software that doesn’t pertain to your system. the regular upgrade process will be shorter and you’ll save some SSD space.

however, you’ll lose the ability to take this SSD and plug it in a completely different system, like e.g. an intel laptop, and have it boot right up, unmodified.

unrelated to the topic, but could you do a geekbench on the undervolted 4910MQ when you get around to it? I know it’s not sustained load, I’ve just completed tweaking a $20 2015 MBP with 4770HQ with -75 mV. here’s mine: https://browser.geekbench.com/v6/cpu/12094501. still hits 95+ C with its shitty cooling. thanks.

every mobile device I ever owned is encrypted and protected with a reasonably secure pass-phrase so losing it is no big deal. it is conceivable someone could forensic the shit out of my setup but that is highly unlikely; it’s far more likely it’ll get wiped and sold or parted out.

I’ve done no benchmarks but I haven’t experienced any issues ever. the oldest linux device I own is a 2011 MBP (i7-2635qm, so quadcore) and I don’t perceive any speed degradation; it’s possible 1st gen Core i5/i7 could have issues as those don’t have AES-NI in hardware or sumsuch plus they’re SATA2 only, but those would be 15+ years old at this point.

with btrfs that has on-the-fly compression, copy-on-write, and deduping, everything works seamlessly, even when I have database-spanking applications in local development.

so the only thing I’ve changed recently is encrypting every device I have, not just the mobile ones. the standalone devices get unlocked with a key-file from the local filesystem so they boot without the prompt. selling/giving away any of those drives, mechanical or SSD, is now a non-issue.

for future reference, encrypt your drives from the get-go. even if it’s not a mobile device, you can use on-device keys to unlock it without a pass-phrase.

source: used shred on a couple of 3.5" 4 TB drives before selling them, took ages…

so, like torify up until now? tried it on a couple of apps as a replacement, works fine. the rust build chain though, madonn’…

yeah, that’s not possible to the extent described; it’s no macbook but that doesn’t jive with modern thinkpad touchpads. either you got a defective one or it’s caked in some spilled juice or something on the inside. add to the mix the idea that motherboards shouldn’t break when impacted, the humanity!

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.

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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.

so one cable for both video and power via USB Type-C? phone, laptop, which model? tried it under wayland, issues? thanks

them monitors have standard HDMI in, so anything can drive them. for power, there are USB power inputs (a powerbank is easily taped to the back), and then another cable to relay touch. so, kinda cumbersome…

what’s way more interesting to me is that they have USB Type-C and there are youtube videos showing phones attached to them with a single cable transmitting video and power and relaying back touch input! not all phones support that, e.g. flagship samsungs do, the ones that support Dex.

question is, how does a laptop that supports DP-Alt handle that; there aren’t any videos of users achieving same functionality that way. like, if a phone can power it I’m sure a laptop with 10x the battery can do as well… or?

and then, there’s the main reason why this is in “Linux”… how and does it work with wayland and friends?

try it with a live USB with Gnome as it is way more touch friendly. Fedora latest recommended because the live USB has a Wayland session (older versions default to X11 and a buncha touch and transition features are Wayland-only).

as to seamless transition, no DE on linux is there yet. Gnome is way better than it was a year or two ago in that regard, but flakyness is still present, expecting the polish and reliability of Android or iPadOS isn’t realistic.

oh it’s the “au lot” guy

firstly, tlp is a powerful tool, but you need to configure it before letting it loose, identifying components you don’t need and can be powered down, figuring out power limits, etc. that’s too much work for me. also, if you’re on ppd, maybe try switching it with tuned and tuned-ppd, which are now default on Fedora.

can’t help with your specific machine, here’s what works for me. what I want is a powerful laptop that works as a workstation when on AC, sips power when mobile, and has no significant power drain when left in standby for days. so:

1. using Plasma, as it has (among many other benefits) different power settings for docked and on battery. so it has generous power settings on AC and then rather conservative ones on battery, and

2. implementing suspend-then-hibernate. the laptop sleeps normally when not used, but if not used in an hour or so, it suspends to disk and turns off all power - no more battery drain. on powering up, it resumes from disk back to how I left it - faster than cold boot!

this brings it super close to stuff I had back in the macOS days - a laptop that I can leave for days and when I pick it up heading out the door I know it has a charge.