The Magic Of ARM w/ Casey Muratori

I'm indeed very lucky to have been born with this awesome family name :) Thanks for the shout out! 😊

I love Casey, well spoken, knowledgeable, easy to follow even for non native English speaker (edit: I AM not native English speaker, sorry for the confusion). Technical enough yet relatively easy to understand

Hour and a half with Casey? YES!

I could listen to Casey talk for DAYS and not be bored

Casey is the best. He's forgotten more than I know. And I'm just a bit behind him staring down reaching 30 years as a Software Engineer. I am in awe of how verbally articulate he is over such a wide range of knowledge, in depth. Both wide and deep knowledge + articulate is a very rare gift and puts you at the top of the top in Engineering. I've had the good fortune of working directly with several "Distinguished Engineers" over my career and Casey has the all of the same qualities. Humble, incredibly articulate to a very detailed level at a wide range of subjects, doesn't talk in absolutes and knows to mention some of the tradeoffs, and know when they are getting into areas where they might lean on someone else for specific expertise. They are the best people to work with and know how to work at different levels of people without being patronizing or making you feel imposter syndrome. Casey is definitely in that class of Engineering and it's always a treat how well him and Prime work together despite coming from very different backgrounds. Well done as always, gentleman! I learned so much from this video that I had to come back and edit my original comment to add much more.

Casey is better than wikipedia

"I can't believe we're doing all of this just to run JavaScript" lmao

"I'm not an arm expert" says the man with two of them

As an embedded engineer, this was so great to listen to. It's hard to find good content in the embedded domain.

The anecdote about the unpowered ARM 1 is told as follows inside the company today. When the first samples arrived, the engineers started playing around with them, and one of them wanted to measure the power draw. Since the chip was on a dev board, all he could do was connect an ammeter in series with the board's power supply. He was surprised to see that it displayed 0 mA of current draw, while the chip was obviously running (outputting over a serial port probably). Then he noticed the power wasn't plugged in properly - turns out it was running off the buffer capacitor of a voltage regulator on the board for dozens of seconds. That capacitor was probably oversized, but it was impressive nonetheless.