4.5 • 705 Ratings
🗓️ 30 April 2021
⏱️ 14 minutes
🧾️ Download transcript
Click on a timestamp to play from that location
0:00.0 | Hi, I'm Danframack, and welcome to Axios Recap, presented by General Motors. |
0:07.7 | Today is Friday, April 30th. |
0:10.0 | House is up. |
0:11.0 | The White House is cracking down on menthol cigarettes, and we're focused on the global |
0:16.4 | chip shortage. |
0:25.8 | Most of us have never held a silicon chip in our hands, but we use all sorts of things that wouldn't work without them, our smartphones, computers, cars, and even increasingly |
0:30.9 | household appliances like refrigerators and washing machines. If the product is in any way, |
0:35.9 | quote, smart and it's not breathing, chances are it's |
0:39.2 | using a chip. But there's a problem, and of course there is because that's why we're doing a show |
0:43.5 | about this. The world overall isn't producing enough chips to satisfy demand, creating a shortage |
0:49.7 | that could impact product availability. And that's made even worse by a complicated supply chain that |
0:55.7 | includes some very difficult to get raw materials, and the fact that chip manufacturing plants |
1:00.0 | take a very, very long time to set up. Some analysts actually believe this problem will persist |
1:05.7 | through year end, while Intel, which is the world's largest chip maker, expects it to continue beyond |
1:11.9 | next year. We'll actually speak with a top Intel executive later in this show, but first |
1:16.8 | wanted to ask Axios chief technology correspondent Inafreed for her thoughts on why we don't |
1:21.4 | have enough chips and if we're already seeing an impact. Chips are made from silicon, like grains |
1:27.1 | of sand. Shouldn't we be able to make |
1:28.6 | these anywhere we make tech products? But actually semiconductors are really precision instruments with |
1:34.5 | tiny, tiny wiring, almost microscopic, thinner than a human hair. And so really there's only a |
1:40.3 | handful of places around the world that can make chips, especially at the leading edges, |
1:45.0 | at the thinnest forms of wiring. So what happens is it's a really delicate balance of having |
... |
Transcript will be available on the free plan in -1431 days. Upgrade to see the full transcript now.
Disclaimer: The podcast and artwork embedded on this page are from Axios, and are the property of its owner and not affiliated with or endorsed by Tapesearch.
Generated transcripts are the property of Axios and are distributed freely under the Fair Use doctrine. Transcripts generated by Tapesearch are not guaranteed to be accurate.
Copyright © Tapesearch 2025.