Semiconductor Shortage - Supply Chain Risks Reshape the Industry Towards Costly Self-Reliance
Semiconductor Shortage - Supply Chain Risks Reshape the Industry Towards Costly Self-Reliance
SUMMARY
The structure of the global semiconductor supply chain, the way it was shaped over the last three decades has enabled the industry to bring down costs and achieve technological breakthroughs that drove the explosion in modern digital technologies enjoyed today. Over the last few years, though, new parameters have exposed supply chain risks and forced protectionism policies that could undermine the industry’s potential which seems to be already in jeopardy as the rate of innovation has slowed down compared to the Moore law’s projections.
KEY HIGHLIGHTS
SUMMARY
The structure of the global semiconductor supply chain, the way it was shaped over the last three decades has enabled the industry to bring down costs and achieve technological breakthroughs that drove the explosion in modern digital technologies enjoyed today. Over the last few years, though, new parameters have exposed supply chain risks and forced protectionism policies that could undermine the industry’s potential which seems to be already in jeopardy as the rate of innovation has slowed down compared to the Moore law’s projections.
KEY HIGHLIGHTS
- The semiconductors’ fundamental importance as the workhorse of modern technology has been recently highlighted amid shortages that have impacted sectors of the economy and the availability of cars, mobile phones and personal computers which are reliant on those silicon-based microchips.
- The effects of that overreliance have already become evident through the chokepoints faced by the industry since the start of the pandemic. The geopolitical risk parameter though has become more obvious only recently, with the invasion of Ukraine by Russia, which is set to impact the bottom end of the supply chain. This event also points at the greater risk of the semiconductor industry’s overreliance on production accumulated in Taiwan and TMSC, which are also vulnerable to geopolitics that could turn the silicon shield to shifting sand.
- Politics have also come into play as a response to the global semiconductor shortage. Governments of advanced economies have become alarmed by those shortages and have recently rolled out plans to mitigate tight supply conditions by stimulating local production in order to achieve self-reliance in the mid-term. However, such responses have come too late and it is economically inefficient.
- See why semiconductors are in short supply
- Learn why they are so important
- Understand what is being done to solve the crisis
- What is a semiconductor?
- Why are they important?
- What are they used for?
1. OVERVIEW
1.1. Catalyst
1.2. Summary
2. SEMICONDUCTOR SHORTAGE BRINGING DISRUPTION ACROSS ALL INDUSTRIES
2.1. Semiconductors are fundamentally important for modern technology and the global economy
2.2. The drivers behind the global semiconductor shortage
3. SUPPLY-CHAIN CHOKEPOINTS AND OVERRELIANCE OF THE SEMICONDUCTOR INDUSTRY
3.1. Raw material vulnerabilities are exposed
3.2. The problematic overreliance on Taiwan and TSMC
4. RESHAPING THE SEMICONDUCTOR INDUSTRY TOWARDS SELF-RELIANCE COMES TOO LATE AND AT A HIGH COST
4.1. Government-driven efforts to ramp up production aiming at self-reliance
4.2. Self-reliance is inefficient, coming at a high cost
5. APPENDIX
5.1. Sources
5.2. Further reading
6. ASK THE ANALYST
7. ABOUT MARKETLINE
1.1. Catalyst
1.2. Summary
2. SEMICONDUCTOR SHORTAGE BRINGING DISRUPTION ACROSS ALL INDUSTRIES
2.1. Semiconductors are fundamentally important for modern technology and the global economy
2.2. The drivers behind the global semiconductor shortage
3. SUPPLY-CHAIN CHOKEPOINTS AND OVERRELIANCE OF THE SEMICONDUCTOR INDUSTRY
3.1. Raw material vulnerabilities are exposed
3.2. The problematic overreliance on Taiwan and TSMC
4. RESHAPING THE SEMICONDUCTOR INDUSTRY TOWARDS SELF-RELIANCE COMES TOO LATE AND AT A HIGH COST
4.1. Government-driven efforts to ramp up production aiming at self-reliance
4.2. Self-reliance is inefficient, coming at a high cost
5. APPENDIX
5.1. Sources
5.2. Further reading
6. ASK THE ANALYST
7. ABOUT MARKETLINE
LIST OF FIGURES
Figure 1: Global semiconductor sales by market/application, 2018
Figure 2: World wafer fab capacity by country / region, 1995-2020
Figure 3: Semiconductor industry worldwide orders, 2000-2021, ($bn)
Figure 1: Global semiconductor sales by market/application, 2018
Figure 2: World wafer fab capacity by country / region, 1995-2020
Figure 3: Semiconductor industry worldwide orders, 2000-2021, ($bn)
