3,844 karma · joined March 27, 2012
I have a new startup, and I picked the lowest number that makes me not worry about the bills.
I read his books as a young adult and there was a ton that rang true...and also damn funny.
If you live anywhere in the Tokyo metro area owning a car is silly. I had a friend they paid near $800 a month to park because he liked to drive outside of Tokyo once a month. I looked at him and said "you can rent cars in Japan, correct?"
https://www.commanderx16.com/forum/index.php?/home/
Which might fit what you are looking for.
https://en.m.wikipedia.org/wiki/David_Plummer_(programmer)
...on this exact topic including a follow up where Bill answers his email about it.
Story:
Answer from Bill Gates on it:
In our last remodel we put in a damn expensive Wolf range and a tankless water heater, both propane fueled. Both work great. That being said, all the press on NO2 have made us always turn on the vent when cooking, something we did not do before.
My previous dealing with induction was crap. Yes I understand the pan makeup part. That was years ago. The technology has progressed since then and next kit will be induction and electrical powered water heater, driven by a solar backed power wall type system.
And the original -
Also curious as this was on Twitter the other day...how social mixed if this is the OPs reason for sharing.
Any large tech vendor likely has some dealing with certain government agencies. It has been my experience that those customers are NEVER referred to by name in any communications by the vendor and always given generic names like “customer blue”. You may see a bug tagged as customer blue in your bug db, but you did not know what agency that mapped to.
https://en.m.wikipedia.org/wiki/SerDes https://en.m.wikipedia.org/wiki/XAUI
First 10G was 4x3.25G SerDes, so 4 traces to route on the board to the switch chip. There is some overhead in the signaling so you get 10G. If you plugged in a 1G, it just used one lane. Move to 40G, each lanes speed went up, 12G IIRC. At this point there was room for MAC/PHY so you go break each out to 4x10G. 256 traces to route to switch ASIC. Board routing is black magic. PHYless (no separate physical PHY chip required each set of 4 traces to be the same length down to the nm). Arista 7050 was first switch that shipped this. First 100G was 10 lanes, but lots of traces so smaller number of ports. Then they got the lanes up to 28G so you got 100G port for 4 lanes again, or 4x25G. So paired with MAC/PHY you could get 4x25G, 2x50, etc. and so on and so on as the speeds on the SerDes goes up. This is a simplified write up but mostly correct.
https://github.com/acarl005/ls-go
alias ls='ls-go -alkSi'
The internet hurts kids today as they can see the scores and the data without understanding it as they are still kids. It is discouraging as the raw data without digging does not show them that there are people with scores above the line that do not get admitted and those below the line that do. It is the whole package that really counts, and test scores are not a true measure.
Let see how this plays out.