Elon Musk isnt rich enough to take on the task and be profitable, its no small deal to stay ahead of the race to produce these chips. It requires massive investment at risk of lack of demand or being supplanted by superior chip design, Intel have been caught out in this way a few times famously ignoring the rising trend of mobile earlier in the century.
Elon would be a tadpole in that shark pool, he chose right most likely to stay the customer. He is a large enough customer to make demands, far harder to meet those demands seems like. Im surprised TSM are to make chips in China especially, they are a Taiwan company put under threat every time the Red army beats the war drums maybe its a clever move and I think TSM will expand to Arizona if I remember right. No small thing as the factory will need alot of water but they are clever enough to recycle I guess. Very profitable company but with great skill also.
Topic: Shortage of 50-Cent Chips Holds Up $50,000 Cars, TSMC Chief Says (Read 55 times)
September 23, 2022, 09:01:39 AM
Quote
An endemic shortage of chips costing anywhere from 50 cents to $10 is slowing down swathes of the $600 billion semiconductor industry, Taiwan Semiconductor Manufacturing Co.’s top executive warned Tuesday.
The persistent deficit of such low-end chips is holding up production in key segments of the supply chain, Chief Executive Officer C. C. Wei told attendees at a tech symposium. ASML Holding NV of the Netherlands is struggling to obtain $10 chips for its extreme ultraviolet lithography systems, or EUVs, he said. TSMC has dozens of the machines, which are critical for packing more power onto smaller slivers of silicon. Elsewhere, a 50-cent radio chip has been holding up the production of $50,000 cars, Wei said, without elaborating.
The world’s largest contract chipmaker can no longer meet demand for low-end chips at legacy factories, and it is building new plants, Wei said, suggesting that even mature chips may cost more in the months ahead. These include a new 28-nanometer factory in China that will begin production in the fourth quarter, according to TSMC Vice President Y. L. Wang. Shortages are showing up as a result of automakers adding more features to cars and increasing the silicon used by 15% every year, while smartphones now require two to three times the number of power management chips they did five years ago, Wei said.
“The age of an efficient, globalized supply system has passed,” he said, noting that production costs are also increasing due to more countries racing to build fabs at home. “Costs are swiftly rising, including inflation.”
While demand is generally dwindling, logistics snarls and chronic component shortages continue to plague some industry players. Applied Materials Inc. said this month its order backlog is increasing as it struggles to get enough supply of semiconductors to make its equipment, while Nvidia Corp. said it encountered trouble getting support chips including power converters and transceivers to make as many data center products as it wanted to.
It is possible that by the end of the year or early next year, “we are more in control of those supply constraints,” ASML CEO Peter Wennink told analysts after reporting results in July. “Having said that, there are no guarantees there.”
https://finance.yahoo.com/news/tsmc-chief-says-penny-chips-053352249.html
The persistent deficit of such low-end chips is holding up production in key segments of the supply chain, Chief Executive Officer C. C. Wei told attendees at a tech symposium. ASML Holding NV of the Netherlands is struggling to obtain $10 chips for its extreme ultraviolet lithography systems, or EUVs, he said. TSMC has dozens of the machines, which are critical for packing more power onto smaller slivers of silicon. Elsewhere, a 50-cent radio chip has been holding up the production of $50,000 cars, Wei said, without elaborating.
The world’s largest contract chipmaker can no longer meet demand for low-end chips at legacy factories, and it is building new plants, Wei said, suggesting that even mature chips may cost more in the months ahead. These include a new 28-nanometer factory in China that will begin production in the fourth quarter, according to TSMC Vice President Y. L. Wang. Shortages are showing up as a result of automakers adding more features to cars and increasing the silicon used by 15% every year, while smartphones now require two to three times the number of power management chips they did five years ago, Wei said.
“The age of an efficient, globalized supply system has passed,” he said, noting that production costs are also increasing due to more countries racing to build fabs at home. “Costs are swiftly rising, including inflation.”
While demand is generally dwindling, logistics snarls and chronic component shortages continue to plague some industry players. Applied Materials Inc. said this month its order backlog is increasing as it struggles to get enough supply of semiconductors to make its equipment, while Nvidia Corp. said it encountered trouble getting support chips including power converters and transceivers to make as many data center products as it wanted to.
It is possible that by the end of the year or early next year, “we are more in control of those supply constraints,” ASML CEO Peter Wennink told analysts after reporting results in July. “Having said that, there are no guarantees there.”
https://finance.yahoo.com/news/tsmc-chief-says-penny-chips-053352249.html
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Different explanations have been offered in an effort to explain global chip shortages.
Some claim that global hoarding of chips is creating shortages. Here the TSMC chief says that the size and number of transistors on individual chips are growing. While the quantity of semiconductor production capacity remains relatively the same. This trend is leading to fewer chips being produced.
The semiconductor fabrication business having high start up costs and a break even time which can extend as far as two years. It may not be difficult to see how expansion into the market to generate greater supply may not be a high priority for investors. Even Elon Musk opted against purchasing a semiconductor foundry back when chip shortages first manifested around 2020. The sheer number and quality of technical issues and hurdles involved with the industry can be very difficult to overcome. And there are not good profit margins even for those who succeed at it.
It could be fair to say this is an area where significant technical breakthroughs will be required to maintain pace with global rising demand.
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