I don't know why you're downvoted, webrings are great, it's sort of a list of curated related content. I loved browsing those when they were more common.
Ever since speaking up on one of the threads about encryption/terrorism my comments have been more or less structurally downvoted by one particular user (confirmed). I'm fine with that, it's not going to make me shut up, if they feel better about it then that's mostly their problem, not mine.
Strange, I didn't see you saying anything particularly provocative in that thread you cited- though there were a lot of comments so maybe I missed one. Oh well, like you say if it makes that user feel better then no matter.
I totally agree, that was awesome to discover random websites.
I think that there's still a place for webrings these days, so I'm creating the webring club. Feel free to subscribe on http://webring.club/ or shoot me an email (address in profile) if you're interested in exchanging ideas!
For some reason mailchimp was returning 403s from heroku, this must be related to this morning's outage. This is fixed and I added the emails that failed.
Also, no ads. How on earth can the page even exist? How on earth was the person motivated to create this, write about this and even keep it online without having a paywall or advertisements? Unbelievable!
This reminds me of the Duo Adept[1], a full TTL computer with video output, keyboard input and a homebrew operating system. All built by a teenager in his spare time.
This is something I still have on my bucket list. I remember as a kid looking at the electronics catalogue eyeing the z80 chip thinking to myself "I'm gonna build a gameboy!!1" because my friend had a gameboy and I wanted to join in on the pokemon fun!
Glad to see it's not just me that thinks things like that... the problem is I know it would take me forever, and when I eventually did it, everyone I know would just say "Why? It can't even do [insert killer app here]" and that would be that!
A Mill-like architecture would require a huge register file (alternatively, a huge shift register). Not sure it's a good idea for a TTL design. Accumulator architectures are better suited.
It would seem 4 4-bit word register files are all you could obtain from TI (http://www.ti.com/product/sn74ls670); I haven't dug deeper, but yeah as a bread-board layout you would need a lot of surface area to simulate even the smallest Mill. Cool idea though.