Key Points

India's semiconductor market is poised for massive growth, projected to hit $100 billion by 2032. The government's $10 billion Semiconductor Mission aims to boost local production and reduce imports. Telecom, AI, and EVs are key drivers of demand, with Indian engineers playing a major role in global chip design. States like Gujarat and Tamil Nadu are already rolling out policies to attract semiconductor investments.

Key Points: India's Semiconductor Market to Triple to $100 Billion by 2032

  • India exported $516M in semiconductors in 2022
  • Telecom and industrial sectors to drive two-thirds of demand
  • $10B Semiconductor Mission aims to boost local production
  • Indian engineers make up 20% of global chip design workforce
2 min read

India's semiconductor market expected to triple to $100 billion by 2032: Report

India's semiconductor market is set to grow to $100 billion by 2032, driven by telecom, AI, and government incentives.

"India's semiconductor market is expected to triple to $100.2 billion by 2032, registering a CAGR of 20%. – Union Bank of India Research"

New Delhi, August 18

With about 60 per cent of semiconductor output by the Asia-Pacific region, which continues to dominate global production, India is fast emerging as a key player. The country's semiconductor market, valued at USD 34.3 billion in 2023, is expected to triple to USD 100.2 billion by 2032, registering a CAGR of 20 per cent.

The global semiconductor industry is on track for strong expansion, with its market size projected to touch USD 1 trillion by 2030, growing at a compound annual growth rate of nearly 10 per cent between 2023 and 2030, according to a Union Bank of India Research report.

India's role in the global supply chain is already visible. In 2022, the country exported semiconductor devices worth USD 516 million, primarily to the United States, Hong Kong, and South Africa. However, imports remained much higher at USD 4.55 billion, with China, Singapore, and Vietnam being the key suppliers.

Two-thirds of this demand is likely to come from telecom and industrial applications, with mobile, IT, consumer electronics, and industrial segments driving the growth. The spread of technologies such as 5G, artificial intelligence, and electric vehicles is further expected to fuel demand.

To accelerate this momentum, India has launched the Semiconductor Mission with an incentive outlay of USD 10 billion aimed at building a sustainable semiconductor and display ecosystem. The scheme includes 50 per cent incentive support on project costs for semiconductor and display fabs, and capital expenditure assistance for compound semiconductor and assembly, testing, marking, and packaging facilities.

Alongside, a design-linked incentive program has been introduced to encourage domestic semiconductor design companies. A talent development initiative targeting the training of 85,000 semiconductor engineers is also part of the mission.

States such as Gujarat, Odisha, Tamil Nadu, and Uttar Pradesh have already rolled out specific semiconductor policies, while Andhra Pradesh, Karnataka, Maharashtra, Odisha, Telangana, and others are stepping forward to attract investments in the sector.

At the national level, policy measures including the production-linked incentive scheme for electronics, the "Make in India" drive, and the Semicon India program are pushing the country closer to self-reliance in chip manufacturing.

Notably, Indian engineers contribute around 20 per cent of the global semiconductor design workforce. More than one lakh VLSI design engineers are employed in global semiconductor companies as well as domestic design services, underscoring India's potential to strengthen its presence in the industry's value chain.

- ANI

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Reader Comments

P
Priya S
While the numbers look impressive, I hope we don't just become an assembly hub. Real value comes from design and IP creation. The DLI scheme is a step in right direction but needs stronger execution.
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Arjun K
Our engineers are already designing chips for global giants. Now with local manufacturing, India can become the semiconductor powerhouse! Just need consistent policies and less red tape to attract big players like TSMC.
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Sarah B
The training initiative for 85,000 engineers is crucial. We need to bridge the skill gap quickly. Maybe IITs should introduce specialized semiconductor engineering courses?
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Karthik V
State competition is good but we need coordination. Every state announcing separate policies might create confusion for investors. Center should standardize key aspects while allowing some flexibility.
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Nisha Z
Hope this creates quality jobs beyond metros! Tier 2 cities have great talent but lack opportunities. Semiconductor plants could transform regional economies if planned well 👏
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Michael C
The water and power requirements for fabs are massive. India needs to solve its infrastructure challenges first. No point having great policies if basic utilities aren't reliable.

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