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Scott Hanson

Things Scott Says on Podcasts

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Scott Hanson has been a guest on The Amp Hour Electronics Podcast .

Recently: “Subthreshold Innovation at Ambiq with Scott Hanson” on The Amp Hour Electronics Podcast (November 2026).

What They Said

“Look at how everybody's fighting for that last wafer of capacity, right? As the data centers are soaking up all available capacity, everybody else is left kind of fighting for what's left.” — Scott Hanson, The Amp Hour Electronics Podcast

Ambiq CEO Scott Hanson explains why the low-power chip company sticks with standard foundry transistors: it protects yield and access to capacity. The aside is about AI data centers crowding out every other chip customer.

The Amp Hour Electronics Podcast · 2026-11-10 Permalink → Listen →
The Amp Hour Electronics Podcast Around 17:49 into the episode
Scott Hanson

…the transistors themselves, they must be the general purpose transistors that TSMC offers to the rest of the world. This was important from the start, right? If I had the ability to tweak the transistor structure, that would absolutely help us, right? There are benefits that we gain there. But

Dave Jones

yeah, then you lose yields and everything else too. Like all the stuff, all of that scale that you're getting, then you lose all that, right?

Scott Hanson

You lose all that, yeah. And yeah, especially today, look at how everybody's fighting for that last wafer of capacity, right? As the as the data centers are soaking up all available capacity, everybody else is left kind of fighting for what's left. And if you're in it, you're in this

Dave Jones

rest of us. Yeah, yeah,

Scott Hanson

exactly. And if you're in this narrow technology node that nobody else is using, there's just not that much available. So that was another good decision that we made is let's stay with general purpose transistors. And so then it's about, well, let's make sure that the models are as good as they can…

Dave Jones

Can we do a little bit of magic? I read kid books with my kids all the time now. Can we do a little bit of magic school bus and shrink us down and go down to the transistor level? And so like, okay, so now we're only going to be switching like sub-threshold, sorry, sub-threshold, you know, really…

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