How the Global Semiconductor Boom Is Reshaping South Asia's Economic Strategy

How the Global Semiconductor Boom Is Reshaping South Asia's Economic Strategy

As AI-driven chip sales soar, South Asia must seize the moment to build a resilient semiconductor ecosystem

The global semiconductor industry is on track to reach US$975 billion in annual sales in 2026, a historic peak fueled by artificial intelligence infrastructure spending. For South Asia, this represents a rare strategic opening to attract investment, build new industrial capabilities, and secure a place in the global technology supply chain. Yet the very concentration of value in AI-specific chips also exposes the industry to volatility. How South Asian governments and businesses respond to this shifting landscape will determine whether the region becomes a semiconductor player or remains a bystander.

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Executive Summary

The global semiconductor market is entering a phase of exceptional growth, with revenues expected to climb 26% in 2026 to US$975 billion, according to Deloitte’s 2026 Global Semiconductor Industry Outlook. Growth is overwhelmingly driven by high-value AI accelerator chips, which will account for roughly half of total sales but less than 0.2% of unit volume. Memory prices are surging, and shortages are rippling through downstream electronics markets.

For South Asia, the semiconductor boom offers a dual opportunity. First, the region’s existing strengths in electronics manufacturing, software engineering, and skilled labor can attract investment in semiconductor assembly, testing, and packaging (ATP), as well as chip design. Second, the memory shortage and supply chain diversification efforts by global firms create openings for South Asian electronics makers to serve emerging demand. However, the region faces significant hurdles: inadequate infrastructure, energy instability, limited access to advanced fabrication, and fragmented policy frameworks.

This article explores the global trends, their regional implications, and the strategic actions needed for South Asia to capitalize on this historic moment.

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Introduction

Semiconductors have become the new oil of the global economy. They power everything from smartphones and automobiles to data centers and AI models. In 2026, the industry’s total sales are projected to reach US$975 billion, with growth accelerating to 26%. Yet this growth is not broad-based. It is concentrated in AI accelerators—the specialised chips that train large language models—while traditional markets such as personal computers, smartphones, and automotive are growing slowly or even declining.

This divergence poses critical questions for South Asia. The region is home to over 1.8 billion people, a rapidly digitising economy, and an expanding electronics manufacturing base in India, Bangladesh, and Sri Lanka. But it has largely been absent from the global semiconductor supply chain. In 2024, India accounted for less than 1% of global semiconductor manufacturing, and other South Asian countries have even smaller footprints.

The global chip boom, however, is not static. Memory shortages are creating bottlenecks. AI demand is devouring wafer capacity, while consumer memory prices have quadrupled in recent months. For South Asia, these dynamics present both an immediate opportunity and a long-term strategic challenge.

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Main Analysis

The Global Semiconductor Landscape: A Tale of Two Chips

Deloitte projects that AI-specific chips—including GPUs, ASICs, and high-bandwidth memory—will generate close to US$500 billion in 2026, about half of all semiconductor revenues. Meanwhile, unit sales for these chips will be negligible: out of 1.05 trillion chips sold annually, AI accelerators will number less than 20 million units. The result is a market where value is hyper-concentrated, and where the traditional linkage between volume and revenue has broken down.

This concentration has several consequences. First, the industry is becoming increasingly vulnerable to shifts in AI investment sentiment. If AI monetisation proves slower than expected, demand for these premium chips could collapse, leaving manufacturers with overcapacity. Second, memory supplies for non-AI applications—such as DDR4 and DDR5 consumer memory—are tightening, with prices rising up to four times between September and November 2025. Further increases of 50% are expected in early 2026. Third, the semiconductor supply chain is becoming more geographically concentrated, heightening the need for diversification.

South Asia's Place in the Value Chain

South Asia is not a major producer of semiconductors, but it has emerging strengths that can be leveraged. India is the most advanced, with policies like the India Semiconductor Mission (ISM) that offer incentives for chip manufacturing, packaging, and design. Global firms have announced investments in assembly and testing facilities, though large-scale fabrication remains elusive due to the enormous costs and technical requirements. Bangladesh, Pakistan, and Sri Lanka have smaller electronics industries but offer low-cost labour and growing domestic markets.

The changing structure of the semiconductor market—especially the emphasis on packaging and testing for AI chips—plays to South Asia’s advantages. Advanced packaging technologies (like chiplets and 3D stacking) require more labour-intensive steps than front-end fabrication. This is where India and other South Asian countries can compete. For example, Tata Electronics, in partnership with Taiwan’s Powerchip, is building India’s first major semiconductor fab, while companies like CG Power and Micron are setting up ATMP (assembly, testing, marking, and packaging) facilities in Gujarat and Sanand.

The memory shortage also opens opportunities for South Asian electronics manufacturers. With prices soaring, global brands may seek alternative sources for memory modules and solid-state drives. South Asian firms could potentially integrate memory into consumer devices, creating local value addition. However, this would require reliable access to wafers and licensing agreements, which remain challenging.

Policy and Infrastructure Gaps

Despite progress, South Asia faces significant barriers. The semiconductor industry demands reliable, uninterrupted electricity, vast quantities of ultra-pure water, and advanced logistics networks. In many parts of South Asia, power grids are unstable, and water scarcity is a growing concern. India has addressed some of these issues by establishing semiconductor parks near existing infrastructure, but other countries struggle.

Furthermore, the region’s educational systems do not yet produce enough semiconductor engineers and technicians. While India churns out thousands of electrical engineers, few have specialised training in chip design or manufacturing. Governments must invest in university curricula, vocational training, and research partnerships with foreign universities and companies.

Policy coordination within the region is also lacking. South Asia is fragmented into separate economies with limited trade integration. A semiconductor product manufactured in India faces high tariffs when exported to Bangladesh or Pakistan. Regional cooperation—through frameworks like BIMSTEC and SAFTA—has yet to be harnessed to create seamless supply chains.

The Risk of Over-Reliance

Global experts warn that the industry’s dependence on AI chips is a systemic risk. For South Asia, this caution is particularly relevant. If the AI bubble bursts, investments in capital-intensive semiconductor projects could become stranded assets. Therefore, South Asian countries should not aim to replicate the AI chip manufacturing model but rather focus on building resilient capabilities that serve both AI and traditional markets.

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Regional Impact

Economic Growth and Industrial Development

The semiconductor industry has a proven multiplier effect. For every US$1 billion of semiconductor manufacturing investment, an estimated US$4 billion in economic output is generated. If South Asia can attract even a small share of global investment—say US$25 billion by 2030—it could boost regional GDP growth by 0.2-0.3 percentage points annually, create hundreds of thousands of high-skilled jobs, and stimulate adjacent sectors like chemicals, glass, and precision engineering.

Countries that move quickly will benefit from the current memory super-cycle. Rising memory prices have forced electronics manufacturers to raise product prices, which could dampen consumer demand in South Asia in the short term. However, in the long term, the region’s growing middle class will continue to demand digital devices, making South Asia an important market for the industry.

Trade and Investment

The semiconductor boom is reshaping FDI flows. Multinational chipmakers are looking for new locations to diversify beyond East Asia. South Asia, with its large English-speaking workforce and democratic institutions, could be a preferred destination for design and packaging centres. India’s Production-Linked Incentive (PLI) scheme for semiconductors has already attracted over US$20 billion in applications, though disbursements have been slow.

Regional integration would amplify these benefits. If South Asian countries harmonised standards, reduced tariffs, and improved cross-border connectivity, they could act as a single manufacturing hub. For instance, wafer fabrication in India could be combined with low-cost assembly in Bangladesh, and final testing in Sri Lanka, creating a regional value chain.

Technology Adoption and Innovation

Semiconductors underpin South Asia’s digital economy transformation. From mobile banking in rural India to e-government services in Bangladesh, chips are the foundation. The current chip shortage has highlighted the vulnerabilities of import dependence. By nurturing domestic semiconductor capabilities, South Asia can ensure its digital future is built on resilient foundations. Additionally, exposure to advanced packaging and design can spur innovation in adjacent fields like IoT devices, medical electronics, and automotive components.

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Strategic Insights

For Governments: Prioritise Policy Coherence and Infrastructure

South Asian governments must move beyond announcements and create enabling ecosystems. Key priorities:

• Incentives with performance milestones: Provide capital subsidies and tax waivers that are contingent on manufacturing output and job creation, ensuring accountability.
• Infrastructure investment: Build dedicated industrial parks with assured power, water, and high-speed connectivity. India’s Gujarat and Tamil Nadu example offers a model.
• R&D partnerships: Establish joint research centres with universities from Taiwan, South Korea, and the United States to foster knowledge transfer.
• Regional cooperation: Under BIMSTEC and SAARC, initiate dialogues on semiconductor supply chain integration, including joint procurement of materials and shared testing facilities.

For Business: Target High-Value Niche Activities

Corporates in South Asia should not chase leading-edge fabrication (below 7nm) due to prohibitive costs. Instead, they should focus on:

• Assembly and testing: The demand for osat services is growing, especially for AI chips. Companies like Micron and AT&S are already investing in India; others should follow.
• Chip design: India has a thriving IC design industry, with over 20,000 engineers. Startups can focus on AI edge chips, sensor interfaces, and power management.
• Memory modules: Leverage the memory shortage to build high-margin memory modules for regional and global markets.

For Investors: Assess Long-Term Viability

Investment in South Asian semiconductor projects requires patience. The payback periods are long, and infrastructure bottlenecks often delay construction. Investors should conduct thorough due diligence on power reliability, regulatory processes, and the availability of skilled workers. However, the strategic value of establishing a presence in a region with massive domestic demand and growing geopolitical importance cannot be overstated.

International Partnerships

South Asia should actively engage with the United States, Japan, and European allies in semiconductor supply chain initiatives. The US CHIPS Act and its allied programs are designed to create resilient supply chains that include trusted partners. India, in particular, can position itself as a trusted hub for assembling and testing chips for Western and Japanese firms.

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Future Outlook

The Next 3-5 Years: 2026-2030

The global semiconductor industry is on a trajectory to reach US$2 trillion in sales by 2036, according to Deloitte. Even if AI growth moderates, the broader digital transformation will continue to drive chip demand. For South Asia, the following developments are likely by 2030:

• India will host multiple operational semiconductor fabs and ATMP units. By 2030, India could have two to three functional front-end fabs and at least five ATMP facilities, supported by the ISM’s incentives.
• Other South Asian countries will specialise in niche components. Bangladesh may emerge as a hub for semiconductor assembly for consumer electronics, while Sri Lanka develops expertise in chip testing and fault analysis.
• Regional supply chain corridors will emerge. With improved connectivity and investment from Japan and the US, South Asia could become a secondary source for packaging, testing, and design services, complementing East Asia.
• AI-enabled design will accelerate. South Asian engineers will increasingly use AI tools to design chips, lowering entry barriers and enabling startups to create custom silicon.
• Government policies will evolve. Expect more trade facilitation measures, simplified land acquisition, and bilateral agreements to attract foreign investment.

Challenges to Monitor

• Energy availability: AI data centers and fabs demand enormous power. South Asia must double its renewable energy capacity to support semiconductor manufacturing while meeting climate goals.
• Geopolitical tensions: Disputes between the West and China could either benefit South Asia (through technology transfer) or disrupt it (if supply chains are severed).
• Talent drain: If regional universities do not expand capacity, the most skilled engineers may migrate to richer countries, eroding competitiveness.

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Conclusion

The global semiconductor industry is at a pivot point. The AI-driven boom has created a window of opportunity for regions like South Asia to enter an industry once considered unobtainable. The region’s competitive advantages—human capital, English proficiency, strategic location, and growing domestic markets—are real, but so are its gaps in infrastructure, energy, and policy execution. Governments and businesses must act with urgency and realism. Those who invest strategically in semiconductor capabilities now will reap dividends in the form of economic growth, technological sovereignty, and geopolitical influence. South Asia cannot afford to miss this chip-driven moment.

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This analysis draws on Deloitte’s 2026 Global Semiconductor Industry Outlook. The original report can be accessed at Deloitte Insights.