Bill Kosik
speaker
138 appearances
1 recordings
1 series
first heard May 2026
last heard 21 May
Bill Kosik’s voice in public audio — every appearance, attributed to the second.
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recordings per month · last 12 monthsRecordings per month over the last 12 months — 1 in all, peaking in May 2026 with 1.
Appearances
Hey, no problem.
Like you said, kind of, you know, what I like to do in my career is kind of a blend of, you know, technical, but also, you know, how it's going to impact other areas to kind of bring it into the realm where it starts to become more manageable.
And then, yeah, people want to start seeing it on a bigger scale.
yeah absolutely how i see that is what uh constituent in our industry has to make kind of the biggest investment in kind of like building that and so i mean the the obvious answer is the manufacturer so it's like
generally you know they're out there working on stuff that we don't even know about but when they like like verted when they come out with this this whole suite of uh liquid cooled uh you know components to do it you know so then now now we have okay we have a starting point you know we have a we have a manufacturer that's gonna kind of stand behind the design so that that that's to me
You know, and you mentioned this,
liquid cooling is certainly not a new technology.
I mean, you know, you look back, my compass points to, you know, IBM's mainframes back in the 80s that had kind of a sidecar, small, like, tank next to the, you know, so, but then even, you know, broader than that, you know, I used to work for Hewlett Packard and their facilities design group, and
One of the things that we work very closely with our server people is liquid cooling of their supercomputing facilities.
So now that's a little different.
Some of those weren't directed ship, but they still, the whole water infrastructure pumping and that had to be there.
So I think there's a lot of things we can learn from that we're just really not recognizing the way I see it.
Oh, sure.
I mean, you know, ultimately it's like, you know, heat transfer in its basic form.
So whether it's, you know, a mixture of glycol or some refrigerant or whatever, it's still the same approach.
So, you know, certainly it's evolved.
And the other thing I like to recognize specifically with IBM is,
they were at a point where they could no longer like progress in the power of their, so, so they pulled out of their engineering pocket liquid.
And then, so that liquid cooling really catapulted them.
I mean, my, my view of it catapulted them to kind of the next level with, then they go into all of their different power series, which were all water cooled.
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