Tomorrow’s Chip Industry: Threats, Opportunities and Strategy Framework

M S S El Namaki

Abstract

Few industries are as volatile as the chip industry. The rather short history of the industry has witnessed all types of dramatic cyclical swings and disruptions, from the technological to the geo-political. Technology drove the industry from the simple “few transistors on a silicon wafer” state to the multi-million transistors on the same silicon wafer profile. And from simple transistor placement to Lith photography. Geo politics saw political leaders flying all the way around the world in order to ascertain access to supplies and declare readiness to pursue hostilities in order to defend these supplies. Yet all of that will most likely pale against potential events of the coming decade.  The future state of technologies, the evolving forces of data sciences, and the unraveling currents of geopolitics will all induce grass root change. A blend of these disruptive forces will ex-pose the chip industry to genuine threats and, very likely, a few opportunities. And this will be the focus of the following article. A brief history of the chip industry will provide an introduction. An analysis of the prospective threat from never heard of technologies and heavy R & D investment to high industry concentration and distinctive pattern of rivalry follows. Opportunities will also be there, some in industry product competencies and others in economic value added. A conclusion will project a possible future scenario, or hypothesis, of the chip industry.

Keywords

Chip industry, AI, Business

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References

Avi Gopani, “The race to reduce nanometers in chips”, AIM, January 5, 2022.

McGrath D, “The Concentration of Semiconductor Market Share”, EEE Times, 04.12.2018)

SIA 2020 State of the US Semiconductor Industry, p7

Economist “America has a plan to throttle Chinese chip makers”, April 30th 2022

A Brief History of Semiconductors - Semi Wiki

IBS, McKinsey, FT June 1st, 2023.

Liu M, “Designing a 2nm Chip Costs at Least $725 Million”, December 12, 2022 LinkedIn

Benson T, “We're getting close to computer chips that use light instead of electricity”, Inverse, Nov 14, 2019.

“IBM is using light, instead of electricity, to create ultra-fast computing” ZDNET, Jan. 8, 2021

Hallman, S., Rakhimov, J., Plaisent, M., & Bernard, P. (2014). BIG DATA: Preconditions to Productivity. 2014 IEEE 13th International Conference on Trust, Security and Privacy in Computing and Communications, Beijing, 24-26 September 2014, 727-731.


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