- I'll take any version where you can shoot the dog. Laugh at me, will you!?
- This is accurate. It wasn't Mac vs Apple II. Apple would have liked to have sold more and faster IIgs models, and they couldn't get the CPUs. That's actually why Mark Twain didn't ship. They'd figured out how to do low(er)-cost Macs by the time they could get 4 MHz in quantity.
- I was curious and found a good period article — by Brian Moriarty, later of Infocom and LucasArts fame — on the Action! language: https://x868k.com/retro/action/article/?p=analog&i=n16p0...
- Well, Apple would have gone out of business one way or another, and we'd still be at the mercy of carrier-locked "featurephones". No iPod, either.
And this isn't about BeOS, really; the lack of technical merit was a problem, but Mac OS X didn't ship in usable form for six years, and, you know, in that time they certainly could have ported QuickDraw GX and print drivers, and ported over Unicode support from the Taligent sources. But there's no timeline in which Gil Amelio manages to fully rescue Apple. He and the people he brought in didn't understand the problems.
Is that a better world? Quite possibly, because social media wouldn't have been able to destroy the world quite so effectively. (And I prefer MiniDisc to the original iPod; still have a couple of MiniDisc players and some blank discs.) But probably not better for computing.
- I don’t think Gil Amelio leads Apple anywhere except bankruptcy in any alternate timeline.
In my alternative world :
- all the kids want a zune this Christmas which is gaining traction on market leader creative
- general magic is bought by a baby bill post MS breakup to give us iPhone-ish in 2013
- wearables is science fiction
- VR still sux
- Facebook doesn’t happen ( I can dream)
- blackberry is still a thing
- All that weight to support such a shitty UX.
PDF was so painful until Mac OS X came along with (a) the Preview app to make it actually nice to read the documents, albeit not supporting every feature; and (b) universal support for printing to PDF files.
- so popular (or so affected by the orange moron's tariffs) that Adafruit is having difficulty keeping this thing in stock
- The intro paragraph suggests AI writing too, so maybe the weirdo pic is a warning to stay away.
- I don't think the article is AI. I use AI to write a lot of research documents, with footnotes, and it never feels as casual as this writing, even if you prompt it that way. And I'm using all the SOTA tools.
Could be wrong, though. AI is getting nearly impossible to detect in most tasks.
- That was exactly my reaction. Feels like the entire article was just a listicle generated by an LLM with Deep Research.
It is both a blessing and a curse that most LLMs and generative AI were not adequately trained on vintage computing materials.
- What's not to like about a keyboard with so many ways to enter a "6"? ;-)
(But, I've to admit, I still don't know what people were thinking, just how a few industry leaders reacted to this. – I was just a teenager, but, as I remember it, everything was coming to a stall as potential customers were waiting for what IBM would come up with. Then, there was some disappointment, but more importantly, after a small pause, "well, it's IBM, this is the industry standard, we'll go with this." At least, this is the impression I got from reading the magazines. I specifically remember arguments, like, this is not a great architecture for an office machine, but it may make sense for things like process control, it's meant to be a general machine.)
- The original 5150 shipped with 16k and no floppy - just a cassette port. lots of people upgraded with at least a single 160k floppy and 64k was possible with a max of 256k. Apple had nothing like that at the time for any price.
Once the XT shipped and Lotus 123 became available that became a killer app that was hard to beat.
- I think, it was really an odd choice to do this: Out of the box, it was really just a home computer with BASIC in ROM and a cassette port. But, clearly, it was also way too expensive for this. (The original sales flyer had an image of a happy family with the kid playing a space game on the home TV. It may be interesting to know how many tens of units IBM actually sold in this configuration and for that particular use in total.)
It was more of a base, you could build an actual system on, and, as it even lacked a serial port, you couldn't even run the simplest control tasks out of the box. It was more of what could be called a "smart backplane". (This is probably ok, if your IBM sales person comes to your office to make a custom bundle for your needs – and while no dime will be spent on an unused component, it will probably be still expensive –, but it makes it particularly hard to sell this in any other way. Which gave rise to all those local PC bundling & packaging shops at the corner.)
I'm sure, much consideration had gone into the concept, and there's probably some prehistory to this (as IBM had several projects for a home or personal computer in the second half of the 1970s, neither of saw the light of day.) Or was it just about showing the flag, like, "well, theoretically, we have a machine that could do all this, so please shut up (and we'll be happy to sell 1000 units of this PoC.)"? But the IBM PC is that taken for granted that it is (un)surprisingly hard to come by any on its background.
(Of course, an LLM won't tell us any about what may be actually interesting about this.)
- I imagine it's some combination of IBM having no experience marketing to home users and wanting to be able to have a low "starting price".
- There may be some to this.
But I'm not entirely convinced that IBM just didn't know how to do this. E.g., there's the Aquarius concept (1977), which had progressed to working production prototypes, which would have come attractively packaged and with an app store based on bubble memory cards. (Apparently, this was canceled over concerns regarding the reliability of those bubble memory cards.) As a marketing concept, this would have been about 25–30 years ahead of its time – and it would have separated this neatly from any other IBM business. However, any such elaborate concept would probably have struggled in an organisation like this, where any move may endanger what has already been secured.
Maybe, the remarkable lack of context of the IBM 5150 was its internal selling point?
(Imaginary internal sales pitch: "See, this machine has no specs. We won't even say what it's for. We'll just tell them, the Little Tramp likes it, so you like it, too. No, it won't eat into mainframes.")
*) More about the IBM Aquarius (including photos) can be found in Paul Atkinson's book "Delete. A Design History of Computer Vapourware", Bloomsbury, 2013.
- Small world. A LOL for you - I used a PS/2 Model 50 for RT data aquisition in the late 80s - doing RT DSP of signal analysis off a bio-amp. Northgate and Gateway had non conforming DMA that the IBM implemented correctly.
- I think what Jerry Pournelle always said in his Chaos Manner column was true then and is still true today: “The computer you want always costs $5000.”
RPi I think lives this ethos today (not by cost) but you can get a SBC which is just a basic compute unit and add on custom stuff to get to a solution - wifi, nvme storage, solder and smoke and wiring goodness. Despite the linux complexity - its about as close to a retro experience as you can get today.
- I'm still curious, what this machine was meant to be. One version is that it was about something that would enable small local tasks, like data entry, editing, etc., but would require some kind of IBM mainframe for any serious task, like actually processing or managing this data. Much like the IBM 3270 PC. (So, really a front door to renting out mid-sized machines?) But in this conception, the PC would have soon been superceded by the XT running Lotus 1-2-3 and its storage capabilities, and finally dead by the advent of the 386 machines, which were perfectly able to run all of this locally. Are the latter even PCs, conceptionally, or were they something new, but still something, people could envision in the original PC (and maybe had expected from it, all along)?
PS: One of the things, I kind of don't get, is this entire approach to acquiring an office PC, of going around, like, "no this person doesn't need a floppy drive, this person doesn't need a printer either, no parallel port for them, this person may need 256 KB more, so give them at least 128 KB, well, this one requires at least a screen, etc." I don't think that this was what customers expected deploying PCs to the office would look like, involving an entire requirements committee, fearful of spending either too little or too much. It would have been much easier and probably also cheaper (for all parties involved) and certainly more attractive to come up with just a few standard configurations and load this off onto everybody's desks, like an actual product. (Much like it was with the PS/2. But, then, IBM wasn't really into selling products.) – On the other hand, admittedly, it made the IBM PC specs-wise a moving target, when it came to any competition.
- All of these companies wanted to make a profit off developer tools, which is why they charged that much -- there were so few developers compared to end-users. But viable platforms need applications! The only way to get them is to get developers on board, so you want to publish the tools as cheaply as you possibly can.
I think SGI's hardware was exclusive enough to limit their audience anyway, but everyone else, including Apple, really screwed themselves with this.
This is something Steve Jobs fixed at Apple in 1997 by eliminating per-division tracking of profit/loss. When the VPs are freed from profit motive for their direct divisional output, they become responsible for the profit of the entire company. It's worked pretty well.
- ha, don’t miss this comment
- FWIW, my PiHole is not blocking it
- More
https://youtu.be/4rN4yDNj5ME?si=VNmKf2FVIcJE8e_S