The fact that we got a good mic on Jim Keller is a miracle!

Dude haha right tho!?

200 iq and a billion dollar hardware company. Worse microphones than a russian csgo player.

😂😂😂 I was about to ask Sennheiser to provide the guy with a microphone for the interest of mankind. Spot-on comment!

Me too

Compilers already exist, it's just many many risc-v cores connected to a fabric...

@@kayakMike1000 Yes, but programmers love to re-invent the wheel. Often (naively?) hoping to do it better, and later discovering unforeseen complexity. Jokes aside, There seems to be some interesting opportunities for exploiting the parallelism in this architecture. Somewhat analogous to how out of order execution exploits the partial ordering of a regular single threaded program.

Try building Ben Eaters 8-bit breadboard computer by following his video series. He sells a kit on his website. You'll also understand how to build the simplest possible CPU. If actually follow along you will also get excessive experience points in the wire stripping skill. So you may want to consider emulating the design with PCB etching rather than a breadboard and wires.

I would search what classes are in an Electrical Engineering bachelors degree, then mimic that. Seek out the text books, find Udemy and Coresera courses, read the books, watch online lectures. If I wanted to do what you're seeking to do, that would be my approach.

You have to start with a Digital Design course and you can use "Digital Design with introduction to verilog HDL by Morris Mano", at the end of the course and as you follow along with the textbook you will learn the concept Hardware Descriptive Languages(HDLs) which are languages used to describe the relation between digital components and behavior of digital circuits. the next course you have to study is computer organization and architecture. some universities teach this course into two separate courses, one named computer organization and the other one is architecture. you learn in this course the internal structure of basic CPU, like ALU and how components inside the CPU communicate with each other and how the CPU communicate with other parts like RAM for instance. while you are studying, try to implement and simulate what you learn using Verilog for example as a strong foundation in it is a must.

From the diagram he showed does it look like compute in memory?

@@regicoco904 no

Jim made that one

Why complain about a single slide in a 30 minute presentation? If that's all you can take away from it then Jim Keller doesn't need your money

im looking for it too

You probably can't, unless they ever decide to go public, which I hope they don't for their own sake