ABOUT THIS EPISODE
For decades, chips received power and signals through the same crowded wiring on top. Now chipmakers build the chip, flip the wafer over, and feed power from the back. Helen explains how it works, what Intel and TSMC claim it delivers, and the trade-offs in heat, debugging and cost.
You'll learn:
- Why front-side wiring got crowded, and what "IR drop" means
- How a wafer is flipped, bonded, thinned and wired from behind
- What Intel's PowerVia and TSMC's Super Power Rail claim, and what they cost
For education only.
English
United States
TRANSCRIPT 🔗
Are you the producer of this podcast?
Add a podcast transcript
Need Audio-to-Text?
Transcribe with Listen411 in Just 60 Seconds
SEARCH PAST EPISODES
Search past episodes of Future Thinking Lab.
OTHER EPISODES IN THIS PODCAST
We have access to more information than any generation before us, yet making good decisions hasn’t become easier. News, opinions, predictions and AI-generated content compete constantly for our attention. This episode explores how to separate meaningful signals from persuasive noise. Instead of fol…
When we were younger, friendship happened almost automatically. We attended the same schools, shared the same routines and saw the same people every day. Adulthood removes that structure—and suddenly every friendship requires planning. In this episode, Bryan explores why adult loneliness is often a…
At twenty-five, being single starts to feel different. What once seemed temporary can begin to feel like a pattern—but waiting for the right person rarely changes anything. Inspired by ideas from Logan Ury’s How to Not Die Alone, this episode explores the habits that keep us single, why attraction …
Intelligence doesn’t guarantee that you’re right. Sometimes it simply makes you better at explaining why you’re right—even when you’re completely wrong. In this episode, Bryan examines confirmation bias, motivated reasoning, overconfidence and the stories we create to protect our investments, caree…
AI may look like software, but underneath it is an enormous physical machine. Every intelligent answer requires chips, memory, electricity, cooling, networking and factories. In this episode, Bryan explores the hidden infrastructure behind the AI boom—from high-bandwidth memory and advanced packagi…
Disclaimer: The podcast and artwork embedded on this page are from Bryan, which is the property of its owner and not affiliated with or endorsed by Listen Notes, Inc.
EDIT
Thank you for helping to keep the podcast database up to date.
