Semiconductor ecosystem is scattered across the world.

4 Reasons why There a Recession in Semiconductor Industry

The semiconductor industry is seeing a revenue increase for the first time since 2021, and Nvidia is leading the recovery.
Share this STORY

Introduction:

Semiconductors form the backbone of modern technological innovation, touching almost every aspect of our lives. However, the semiconductor industry faces periodic recession due to a combination of inherent challenges and external factors. In this blog post, we’ll provide an in-depth analysis of the reasons behind these cyclical recessions and delve into the specific factors contributing to the current semiconductor recession.

Follow us on Linkedin for everything around Semiconductors & AI

What is a recession?

An economic downturn i.e recession refers to a broad decline in overall economic activity, marked by a recession and a slowdown or contraction in key economic indicators like GDP (Gross Domestic Product), investment, consumption, employment, industrial production, and business earnings. This decline affects both developed and developing nations and typically extends over a prolonged period.

The impacts of an economic downturn are widespread across various sectors, including real estate, manufacturing, and investment. Businesses often struggle to maintain profitability during such downturns due to reduced demand for their offerings. Furthermore, accessing credit from financial institutions becomes challenging for companies due to stricter lending criteria.

Understanding Semiconductor Industry Recession:

The semiconductor industry is intricately linked to external economic variables, making it particularly vulnerable during economic downturns. Primarily, this vulnerability stems from the industry’s reliance on consumer behavior, which tends to shift during recessions and financial crises.

Key Adverse Effects Facing the Semiconductor Industry due to Recession:

  1. Demand Reduction:
    The semiconductor sector is heavily reliant on consumer spending. Economic downturns can significantly reduce demand for semiconductor products, translating to fewer orders, decreased production levels, and potential layoffs. Consumers might delay purchasing semiconductors until economic conditions improve, prolonging the slump in demand.
  2. Supply Chain Disruptions:
    Economic downturns can disrupt the supply chain, impacting access to essential raw materials and a reduced workforce to fulfill orders. These disruptions can hinder the industry’s ability to meet customer demands and decrease profitability. To mitigate increased production costs, semiconductor companies might need to raise prices.
  3. Decline in Investments:
    During economic downturns, investors often retract from investments, including in emerging technologies crucial for semiconductor advancement. This reduced investment focus can impede the industry’s growth, hindering its ability to keep pace with technological advancements.
  4. Revenue and Profit Reduction:
    Diminished demand, supply chain disruptions, and decreased investments can collectively lead to reduced revenue and profits for semiconductor companies. Consequently, companies might cut back on workforce and research and development efforts, resulting in fewer new product releases. This could further erode their competitive edge within the industry, making profitability more challenging to sustain.

How is Semiconductor Recession different from Other industry

Long Lead Times:
Building a semiconductor fabrication plant (fab) is a lengthy process, often spanning several years. Additionally, achieving full production capacity further extends this timeline. This necessitates accurate long-term demand forecasting, and any miscalculations can result in excess inventory, triggering a collapse in prices.

High Capital Costs:
The semiconductor industry involves high capital expenditures to construct and operate fabs. The substantial fixed costs make semiconductor companies susceptible to downturns in demand, potentially leading to financial strain during economic slowdowns.

Cyclical Demand:
The demand for semiconductors is closely tied to the overall economic cycle. During economic upswings, consumer spending on electronic devices increases, driving demand for semiconductors. Conversely, economic downturns result in reduced consumer spending, impacting semiconductor demand.

Additional Factors:
Beyond cyclical trends, external factors such as geopolitical events, natural disasters, and supply chain disruptions can amplify semiconductor recessions. These events introduce uncertainty and disruptions to the production and distribution of semiconductors, exacerbating the challenges faced by the industry.

Factors Contributing to the Current Semiconductor Recession:

In the ongoing cycle, the semiconductor industry initially faced a brief downturn in early 2020 due to the onset of the pandemic. However, following this, the industry witnessed substantial growth.

Presently, it is undergoing a notable downward trajectory, a trend that commenced in the latter part of 2022. This recent short-term dip is influenced by a combination of factors, including escalating inflation, geopolitical tensions, and persistent repercussions of the pandemic.

These elements have introduced macroeconomic uncertainties, leading to reduced consumer spending and fluctuations in semiconductor demand. For instance, decreased household expenditure on consumer electronics such as PCs, smartphones, and tablets has consequently diminished the need for the semiconductors that power these devices.

Undoubtedly, the prevailing macroeconomic challenges have posed significant hurdles in the short term for the semiconductor industry, resulting in a lesser growth rate for the sector in 2022 than initially anticipated.

However, it’s crucial to emphasize that this momentary adjustment does not alter the fundamental growth drivers of the industry. These drivers are expected to regain prominence and fuel sustained growth in the long run.

Ultimately, the demand for semiconductors is slated to increase over the long term, given their role in advancing global intelligence, efficiency, and connectivity.

Global Economic Slowdown:

The ongoing global economic slowdown, exacerbated by various factors like trade disputes and policy changes, has had a direct impact on semiconductor demand. Reduced consumer spending on electronic products, a key consumer of semiconductors, has contributed to the current recession.

End of the Pandemic Boom:


The COVID-19 pandemic triggered an unexpected surge in demand for electronic devices as remote work and online learning surged. However, as societies adapt to a post-pandemic reality, this extraordinary demand has subsided, leading to a decline in semiconductor orders.

War in Ukraine and Supply Chain Disruptions:


The war in Ukraine has disrupted global supply chains, especially in critical raw materials needed for semiconductor production. Supply chain disruptions, including shipping delays and increased costs, have impacted the semiconductor industry’s ability to maintain production levels, leading to a reduction in output.

Read More: 5 Do’s and Don’t to get a job In VLSI for Freshers in this recession

Good news:

The semiconductor industry is seeing a revenue increase for the first time since 2021, and Nvidia is leading the recovery. Nvidia’s strong performance is due to its dominance in the market for graphics processing units (GPUs), which are essential for artificial intelligence (AI) applications.

Q2 of 2023 shows the first upward movement of the industry revenue since 2021.

Read More: Semiconductor Industry Revenue Increases First time Since 2021, Led by Nvidia

Conclusion:


Although the semiconductor industry is known for its cyclical nature with occasional short-term downturns, its long-term outlook is exceedingly promising. Semiconductors play a pivotal role in driving major emerging technologies like AI, IoT, and 6G. They are fundamental to significant advancements in medicine and innovation in medical devices. Additionally, our electric grid and climate solutions heavily depend on these minuscule silicon components, underscoring their enduring significance in our lives, both in the immediate future and in the long run.

Share this STORY

Leave a Reply

Your email address will not be published. Required fields are marked *