Global silicon chip shortage explained

1

October

2021

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It is very likely that you have already heard about this problem, there was and is a global shortage of silicon chips. What you probably haven’t thought about is, why this problem occurred and how much affect it had on the world and businesses. Recently, car manufacturer Opel had to close one of its factories due to a chip shortage. Earlier this year, Ford, Audi and General Motors also had to temporarily cease production (Tweakers, n.d.).

Many products these days rely on semiconductors (computer chips) and at the moment there are just not enough computer chips to meet the industry demand. This causes many popular products to be unavailable for purchase. A very popular example is that it has become incredibly difficult to purchase a PlayStation 5 (PS5) game console (Baraniuk, 2021). This does not only impact the sales, but it also opens up the question for businesses on how to deal with this issue. So, what has actually been happening?

This problem has been developing for years, not months. Well before the pandemic, the rise of 5G pressured the semiconductor industry by increasing demands. Also, the ban that the United States (US) put on the sale of semiconductors and other technology to Huawei, increased the pressure of the industry as chip makers outside the US were flooded with order from the Chinese firm (Keane, n.d.). There has also been a boom in demand for lower cost chips, which are embedded in a growing variety of consumer products (Baraniuk, 2021).

As the COVID-19 pandemic unfolded, there started to be fluctuations in demand which led to stockpiling and advance ordering by tech companies. During the pandemic, people needed to work from home and needed laptops, tablets, webcams and other products to facilitate that need. The pandemic was therefor definitely not the sole cause of the shortage, it however was the last drop in the bucket. According to Intel and IBM, they predict that the chip shortage could last two years. Chip makers have ramped up production and are building new facilities to respond to the sustained demand, however it will take time (Baraniuk, 2021; IEEE Spectrum, 2021).

Now that it is clear how the global silicon chip shortage came into existence, the question that remains is. Could this have been foreseen? Could companies have predicted that this would happen based on the data that they had? In my honest opinion, this could have been predicted, but only if there had been an integrated supply chain between all the chipmakers and all the tech firms that purchase from them. Leading up to and during the pandemic there were lots of releases of new tech products. For example, the PS5 that had been mentioned earlier. But there was more, at the same time the new Xbox Series X was released, as well as new GPU cards by Nvidia. Also, 5G and electric cars were being introduced in the world, but also newer models of regular cars require chips. If there was a truly global integrated supply chain between all these stakeholders, someone would have foreseen this shortage before it was going to happen. So maybe for businesses that operate in the semiconductor industry, they should consider sharing relevant information to prevent such a shortage in the future, since no one can capitalize on the shortage.

References

Baraniuk, C. (2021). Why Is There a Chip shortage? BBC News. [online] 26 Aug. Available at: https://www.bbc.com/news/business-58230388.

IEEE Spectrum. (2021). How and When the Chip Shortage Will End, in 4 Charts. [online] Available at: https://spectrum.ieee.org/chip-shortage.

Keane, S. (n.d.). Huawei ban timeline: Detained CFO makes deal with US Justice Department. [online] CNET. Available at: https://www.cnet.com/tech/services-and-software/huawei-ban-timeline-detained-cfo-makes-deal-with-us-justice-department/.

Tweakers. (n.d.). Opel zet autoproductie in Duitse fabriek stop vanwege chiptekorten. [online] Available at: https://tweakers.net/nieuws/187574/opel-zet-autoproductie-in-duitse-fabriek-stop-vanwege-chiptekorten.html [Accessed 1 Oct. 2021].

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Will ASML disrupt the semiconductors industry?

16

October

2017

No ratings yet. ASML, a Dutch high tech company, is introducing new EUV-machines, which might change the semiconductors industry. The semiconductors industry consists of computer chips, which are made of one of the most common elements in the world, silicon (ASML, n.d.). ASML does not produce chips, but manufactures chip-making machines and their new EUV-machine might change this whole business. So, what do these new EUV-machines do, which might disrupt the semiconductors industry?

These new EUV-machines, use ultraviolet light to print chips, which enables the machines to produce smaller and faster chips (Van De Weijer, 2017). One EUV-machine costs around €100 million and ASML is the only company in the world that makes these machines (FD, 2017). According to FD (2017), the new EUV-machine is flying off the shelf, ASML already has 27 orders for the new EUV-machine, which comes down to €2.8 billion revenue and in 2017 ASML will increase their revenue by 25%. So, why are these EUV-machines so revolutionary? That is because previously the industry was not able to use ultraviolet light to print chips, the used (normal) light was too rough to produce the required refined transistors of the chips. Hence, scientists started looking at a new light, EUV, in the nineties (Van De Weijer, 2017). And in 2017 ASML exceeded in launching such a chip-making machine, which does produce chips that satisfy the required refined transistors of the chips. Hence, this new technique, with which improved chips can be made could change a lot in all the electronic products manufactured and thus disrupt the entire semiconductors industry and related industries using chips.

These changes in the chips leads me to wonder, will electronic products become significantly cheaper, smaller or better, or will an entirely new range of products be introduced, which previously thought to be impossible? I would not mind cheaper electronic products since most of them are so expensive. To conclude, what and how big will the effect of these chip-making machines be?

Bibliography:

ASML. (n.d.). Our role in the semiconductor industry. [online] Available at: https://www.asml.com/our-role-in-the-semiconductor-industry/en/s45818?dfp_fragment=stratman_1 [Accessed 16 Oct. 2017].

FD. (2017). EUV-machines van ASML als warme broodjes over de toonbank. [online] Available at: https://fd.nl/ondernemen/1211075/asml-s-euv-machines-gaan-als-warme-broodjes [Accessed 16 Oct. 2017].

Van De Weijer, B. (2017). Zo werkt die ‘toverlantaarn’ van ASML. [online] Volkskrant. Available at: https://www.volkskrant.nl/wetenschap/zo-werkt-die-toverlantaarn-van-asml~a4450189/ [Accessed 16 Oct. 2017].

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