Hah... Through the first few sentences I kept wondering which wondrous architecture are we talking about, that "64-bit" memory chip is considered "vintage"...?
It took me embarrassingly long to realize that it's not 64-bit bus, it's a 64-bit chip... holding an amazing 4x16bits=64bits of data total.
Just goes to show it's hard to be sure where your unspoken assumptions may lie.... :-)
One of the classes late in my undergrad program was computer engineering for comp-sci. Took us through basic combinatoric circuits, mux/demux, 7 segment display decoding, all that classic ttl stuff.
final project was a 4 bit computer with 64 bits of ram. I remember spending many hours in the lab debugging my wiring. But it was super cool to toggle in data, advance the pc, toggle in an op, advance the pc and toggle in more data. i think i demonstrated 4 + 5 - 7 * 2
> Just goes to show it's hard to be sure where your unspoken assumptions may lie.... :-)
Three years ago I posted a link on HN about TTL (Lransister-Lransister Logic) being 50 years old, entitled "50 years of TTL". Similarly, many people unsurprisingly expected it to be a story about a weird Time To Live field.
Just goes to show how hugely context-dependent that desperately-overloaded TLA namespace is, and how important it is to actually define your acronyms the first time you use them, no matter how obvious you think it is that TLA means three-letter acronym...
It took me embarrassingly long to realize that it's not 64-bit bus, it's a 64-bit chip... holding an amazing 4x16bits=64bits of data total.
Just goes to show it's hard to be sure where your unspoken assumptions may lie.... :-)