It doesn't need a large memory if remove the video, or if you change it to B/W.
Typical discrete logics designs were much larger than the Gigatron. So they're not the same. Using 74LS the single board draws 2.5 W.
Thank you, it's framing. Now that makes sense.
I've never seen it before.
Does that help create credibility in some circles?
Oh help, you can't be serious that he uses those on purpose.
Why on earth is he naming them "GOOG", "FB" and "AMZN"?
You can build them with 74xx, 74LSxx as well as 74HCTxx, or mix those. Mixing with 74HC is also possible if you're careful, but full 74HC won't work.
Great to see a follow-up to our Gigatron computer! I wonder what you will use for video generation in the C256, because the greatness in 8-bit gaming came from these chips. So you'ld have to differentiate there or run…
It doesn't need a large memory if remove the video, or if you change it to B/W.
Typical discrete logics designs were much larger than the Gigatron. So they're not the same. Using 74LS the single board draws 2.5 W.
Thank you, it's framing. Now that makes sense.
I've never seen it before.
Does that help create credibility in some circles?
Oh help, you can't be serious that he uses those on purpose.
Why on earth is he naming them "GOOG", "FB" and "AMZN"?
You can build them with 74xx, 74LSxx as well as 74HCTxx, or mix those. Mixing with 74HC is also possible if you're careful, but full 74HC won't work.
Great to see a follow-up to our Gigatron computer! I wonder what you will use for video generation in the C256, because the greatness in 8-bit gaming came from these chips. So you'ld have to differentiate there or run…