D’façons, si un jour l’IA, ça devient obligatoire, m’en fous, j’utiliserai des modèles LLM open source que j’exploiterai sur un Raspberry Pi 2 acheté d’occase sur le bon coin.

##IA ##SelfHosting ##Auto-Hébergement ##RebelRebel ##SlowComputing
@[email protected] Well it runs this snac instance, and occasionally I sit down to enjoy some slow computing experiencing the X Window System the way it was meant to be: Simple, twm-like (ctwm, technically) and text-oriented. ;)
#snac #snac2 #SlowComputing
The ol' 486 has also been upgraded to #NetBSD 11.0-RC2. It's frankly amazing this thing still holds together.

#Retrocomputing #UNIX #SlowComputing
Slow movement (culture) - Wikipedia

Filed under: #SlowComputing

currently watching:

* one armhf Debian installer installing a system on an SD card
* one armhf Debian system calculating sha512sums of some files (why didn't I download the SHA256SUMS file?)

and doing the bind off row of the shawl mentioned in that other thread (total 400-odd stitches)

🐢🎉 Behold! A blog about building a CPU as slow as molasses in January! They’ve successfully made two programs work (cue applause): a pixelated petri dish and a psychedelic mess. But wait, there's more: 🎇The display explodes into random junk if you dare to send data faster than a snail's pace! Clearly, the future of computing is in very safe, albeit very slow, hands. 🐌💻
https://pj5cpu.wordpress.com/ #slowcomputing #CPUdesign #quirkytech #retrocomputing #pixelart #HackerNews #ngated
PJ5 TTL CPU

Blog about the TTL based CPU design we're making

PJ5 TTL CPU
Ah, the classic quest for making #Rust run slower than a potato with a broken leg. 😂 Let's dive deep into the thrilling world of *deliberate inefficiency* and see if we can make a program slower than paint drying in a vacuum. Who knew Turing machines were the real speed demons? 🐢💨
https://medium.com/@carlmkadie/how-to-optimize-your-rust-program-for-slowness-eb2c1a64d184 #DeliberateInefficiency #TuringMachines #SlowComputing #ProgrammingHumor #TechComedy #HackerNews #ngated
How to Optimize your Rust Program for Slowness - Carl M. Kadie - Medium

Learn how tiny Rust programs can run absurdly long—exploring loops, Turing machines, and tetration, while revealing computational limits and insights.

Medium
Well .. that went sideways. Despite many attempts, I have yet to find a 286 - or a 386sx for that matter - that will boot the NetBSD floppies without failing in some way or other. I'm not yet certain (perhaps someone here knows?), but there may be instructions missing from the various 486SLC and 486DLC CPU variants that my ugprade modules have. Or there are other bugs that I have not been able to figure out.

Anyway, I've reduced my ambitions ever so slightly, and am now in the process of installing NetBSD (-CURRENT) on what is essentially a 386SX-class machine: 16-bit bus, 24-bit addressing, 16MB RAM, and nearly as unpleasantly slow as the 286 I had planned to use. It is however equipped with an IBM-branded 486SLC, which is from the Blue Lightning series. This one definitely has a full 486 instruction set. More hardware details will follow when I've completed the build (and installation).

Meanwhile, the obligatory screenshot from the installer. Note the ETA for simply unpacking base.tgz ..
#RunBSD #Retrocomputing #Slowcomputing
I don't think I'm supposed to run X at 1600x1200 and 64k colours on a 486.

But do I care? Apparently not. :D

#SlowComputing #RetroComputing
put freeBSD 14.2 and a tiling wm on the iMac G3 because of course #slowcomputing #freebsd #retrocomputing