Want
Imagine the looks you'll get at your local coffee emporium when you pull out one of these.
We've all been there: You're doing maintenance on a Weyland-Yutani hauler dragging mineral ore back toward Earth, and there’s no terminal handy to tap into the MU/TH/UR AI to check ship systems. Lucky for you, one enterprising maker has created just the machine for the job. Okay, maybe the megacorporations, starships, androids …
FTA: "...and a Raspberry Pi Zero 2 W - a low-power board with 512 MB of RAM - meaning it can't do too much..."
2026 me to 1979 me: "We have a self-contained computer with 4x 1GHz cores, 512MB RAM, a touch-capable 1280x400 full colour LCD screen, and wireless networking in the megabits-per-second speed range. Oh, and the motherboard costs the equivalent to you of £2.40. But we won't be able to 'do too much with it'."
1979 me: "Errr...."
Did you perhaps mean 128MB, if you're riffing on that old 640 joke?
Or have I just been, as da kids say, whooshed?
(Addendum to my earlier comment above - full disclosure, "1979 me" would have actually said something like "brbrbrbrbrbbbrbrb wanna wanna teddy wanna teddy NOW", as I was still in nappies. I was precocious, yes, but not that precocious.)
In 1979, I was a spotty 14-year old lad in a school that had a PDP-11 with four video terminals hooked up to it, sharing (I think) 16 KBytes. And we were darn lucky to have it, too. 512 MBytes would be... uh... 32000 times what we had at the time. I don't think it would have been more memory than existed on the planet at the time, but it'd have been a significant chunk of it.
(If you've been whooshed, so have I.)
Epson PX-4 was 64K CP/M. You could page in sections of either EPROM into the normal address range.
I used them for POS - including the Gallup Pop Chart recording (about 1600 shops taking part) - before the music industry took it in house (allegedly 4 shops taking part!).
I also used the barcode reader as an input from timing beams for use on F1 test days (all the teams apart from Maclaren) - the same year that I did the first F1 in-car telemetry links back to the pits (Arrows). All in Z80 assembler including the fixed point maths functions required to calculate the speeds through the timing beams. (One EPROM was the timing system code and one EPROM was the text - although only English and French were needed.)
The linked page of Epson products does not include the EHT-10 - a touchscreen handheld 1986 style. https://randoc.wordpress.com/2020/10/26/epson-eht-10/
In 1979, I was using UNIX on a PDP11 at Durham University, as well as MTS on an IBM mainframe with a whole 6MB of 'main' memory, and shared by up to a hundred other users.
I would have loved a personal system of the size of either unit back then. Pretty much all portable systems were still in the future. The Sharp PC-1211, which is widly regarded as the first handheld computer was released in 1980 (and which I lusted for after seeing one brandished by one of the lecturers.)
There were microprocessors in other handheld devices, but they were really embedded systems designed to run as calculators.
Agree, 100%.
I'm going through a lot of stuff at home and I found an old ThinkCentre P4 PC I liberated from an office that went bust around 2008. The office did design work for Adams kids clothing company who had gone bankrupt earlier in the week. Anyway, plugged it in and turned it on, I forgot it had Windows XP on there zooming away with... *checks notes* 512MB RAM.
Don't be fooled by the weird keycaps; when you are in the bowels of the maintenance bay, water[1] dripping down the back of your neck[2], there isn't enough light for you to see the glyphs anyway.
In space, no-one can hear you touch type.
[1] just pray it is water and not Alien snot
[2] although, come on, water dripping in a space craft? Water, that number two[3] basic of staying alive in the vast night? They deserved to get eaten!
[3] well, number three, including toasted dough-based goods.
I think in larger spacecraft, water[2] would be an issue. Condensation forming on cold metal is bound to happen anywhere there are people.And it you had a gravity field, it would drop.
Wasn't that one of the problems in Apollo 13, they didn't have the moisture scrubbers working, and all of the metal surfaces were wet?
Shudder, you've just brought back a bad memory from a previous job.
A customer brought in a PC for some attention. "Heavy smoker" didn't cover it, but the result of his smoking certainly did. The whole thing, inside and out, covered in a very generous layer (not film, layer) of horrible sticky carcinogen laden "tar". "Disgusting" really didn't do it justice. I was all for refusing to have anything to do with it on the grounds of it being a serious health hazard, but one of the other techs donned some plastic gloves and took it on (actually a simple fault in the end.)
But the irony was that he was one of the top bods at a local environmental campaign group !
Office I worked in, early 90s when smoking in offices was still a thing, all the PCs were under desks so all the fluff and dust from the carpet tiles stuck to the nicotine that coated the insides. Doing memory upgrades that involved endless numbers of 512kbit DIP chips was fun and games!