[1]: https://en.wikipedia.org/wiki/IBM_PC%E2%80%93compatible
[1]: https://en.wikipedia.org/wiki/IBM_PC%E2%80%93compatible
What a wonderful boon that is to entire generations. As Steve says, today you can’t even imagine it any other way.
When we look at SSDs and flash memory, we worry about TRIM, atime being off, TLC vs MLC vs SLC or what have you, how it behaves when it's near full, very hot etc.
For USB-C connectors, we have no idea how fast any device is going to charge, how fast is data transfer going to be, and whether some of the things are going to work at all (TB vs USB, alt-DP or not, PD or not).
In a sense, multitude of connectors was simpler because it wore those capabilities right on the face of it: if it fits, it works.
But most computer users did have to understand the things I mentioned to some degree to get things done.
If you get a mismatched usb-c cable, chances are you’ll still get some data transfer or you’ll just try another till it works. A data only cable being used for data is no different to an end user than a broken cable.
Difference between VGA and PS/2 was really more obvious than using USB-C for all of your peripherals and displays and power (and there are still HDMI, DisplayPort and regular AC and DC ports too)
https://www.theverge.com/2022/1/28/22907150/usb-c-pd-cable-p...
Most are there for vestigial reasons. What percentage of computer builders do you think are familiar with the floppy header for example?
Apple has always been good at keeping that clean though, at least for the external ports.
More likely, he was talking about CP/M, Commodore's C64 or earlier systems, Apple II, or mainframe/midrange terminal systems including Unix since
> it was not until 1984 that IBM PC and clones became the dominant computers [1].
[1]: https://en.m.wikipedia.org/wiki/Influence_of_the_IBM_PC_on_t...