a 30 milli-Hertz CPU would perform one cycle every 30,000 seconds (~8 hours.) I was curious how slow that would actually be so I found a video of someone loading up Doom on an old 486 running at 66MHZ and it took them roughly 12 seconds to get to the title screen. Doing some *very* handwavy math, we would expect a 30 milliHZ CPU to take roughly 750,000 years to reach the title screen.
Pretty slow indeed...
@nixCraft All SmartCard technology just like your credit card, more advanced id card, medical insurance card etc. Any very small thing designed to securely hold a secret really. Some of them might even have enough capacity to run doom. Look up JavaCard if you want to read up on the software platform.
edit: spelling
64K of RAM means no Wolfenstein 3D either, but you could run classic Wolfenstein or Loderunner… 😉
Well, those 64 KiB are in addition to in-address-space storage, so .text may not need to be loaded :))
You could probably port 7th edition to run in 64k.
@nixCraft The standard SIM in the image is actually a mini SIM. A standard SIM card is the size of a bank card.
@nixCraft
is it just me, but "everything is a computer" seems like a really bad idea?
* my cpu runs minix all by itself
* usb terminators are computers
* sim cards are computers
* …
attack surfaces everywhere!
I am old enough to have written programmes for a 64k mainframe. But in assembly language.
@nixCraft and It gets better
@nixCraft Okay, so aside ftom the apparent 1 calculation per 30k seconds as someone mentioned, I got curious about the RAM requirement of Linux. Googles AI says that the kernel itself needs 1 mb - okay, when I reloades it changed to 2 mb and then a few mb.
I guess we can conclude in this that the more we ask the AI, the more RAM the kernel will require 😃