Global Chip Demand Strong Recovery, AI Biggest Driver

According to the latest data from the World Semiconductor Trade Statistics (WSTS), global semiconductor sales in the first half of 2026 reached $312 billion, up 18.7% year-on-year, with AI-related chips (including GPUs, ASICs, HBM memory) contributing over 40% of the growth. The International Monetary Fund (IMF) reports that AI applications are expanding from cloud data centers to edge computing, autonomous vehicles, and smart manufacturing, driving structural growth in chip demand. As a key node in the global semiconductor supply chain, Singapore's semiconductor exports grew 22% year-on-year in H1 2026 to SGD 45 billion, a record high.

Singapore Policy Dividend: National Semiconductor Strategy 2.0

To seize AI chip opportunities, the Singapore government announced the "National Semiconductor Strategy 2.0" in April 2026, planning to invest SGD 25 billion over five years in advanced packaging and testing lines, R&D subsidies, and talent training. Of this, SGD 10 billion focuses on sub-3nm process collaborations, SGD 5 billion on mass production of compound semiconductors (e.g., GaN, SiC), and the remainder on attracting international firms to set up R&D centers. This has already attracted additional investments from TSMC, Intel, and Samsung Electronics: In May 2026, TSMC announced a second 3nm wafer fab in Singapore, expected to start production in 2028; Intel is bringing its most advanced 2.5D packaging technology to its Singapore facility, with a total investment of $8 billion.

Chip Investment Value Analysis: From Supply-Demand Gap to Technology Dominance

Persistent Supply-Demand Imbalance, Pricing Power Supports Profits

Despite ongoing global foundry capacity expansion, capacity utilization for advanced nodes (below 7nm) remains above 95%, mainly due to increased AI chip design complexity leading to slow yield ramp-up. Meanwhile, mature nodes for automotive and industrial applications (28-90nm) remain tight due to strong demand from new energy vehicles and automation equipment. The global chip supply-demand gap is estimated to remain at 12% in 2026, supporting manufacturers' pricing power.

Technology Iteration Creates Excess Returns

The core of chip investment lies in technology leadership dividends. For example, NVIDIA's Blackwell architecture GPU delivers 4x performance improvement over previous generation in AI training and inference, driving its H1 2026 revenue growth of 65% year-on-year. Local Singapore chip design companies like Broadcom (listed on SGX as AVGO) and MediaTek (via subsidiaries) have also made breakthroughs in AI custom chips, with contract order visibility extending to 2028.

Policy Support Reduces Systemic Risk

In July 2026, the Monetary Authority of Singapore (MAS) launched the "Semiconductor Supply Chain Financial Support Program," providing low-interest loans and credit guarantees to supply chain companies, with a total facility of SGD 5 billion. This not only reduces chip manufacturers' operational risks but also encourages more investors to allocate funds to semiconductor ETFs and related stocks.

How to Participate in Singapore Chip Investment Opportunities

• Direct Blue-Chip Investment: SGX-listed companies such as TSMC ADR (TSM), Intel (INTC), Micron (MU) are global semiconductor leaders with solid cash flows and technology moats. Additionally, Chartered Semiconductor, a local foundry giant acquired by GlobalFoundries, has its parent company GF operating production bases in Singapore and can be traded via US stocks.
• Focus on ETF Products: The "Phillip Singapore Semiconductor ETF" (SESG) listed on SGX tracks a basket of Singapore semiconductor-related stocks, including high-end equipment makers, packaging & testing firms, and design service companies, with a return of 24% since 2026. Another fund, "UOB AI-Semi ETF," dual-allocates AI software and chip hardware to diversify single-sector risk.
• Watch Supply Chain Supporting Companies: Semiconductor equipment and material suppliers also benefit from the expansion wave. For example, Singapore-listed AZ Technology (precision parts manufacturing) and Hoya Corporation's photomask operations in Singapore are expected to see revenue growth of 15-20% in 2027.

Risks and Considerations

Despite long-term optimism, investors should watch three major risks: First, geopolitical interference—US export controls on China could disrupt supply chain rhythm and affect Singapore's entrepot trade. Second, business cycle fluctuations—if global economic slowdown reduces end-demand, semiconductor inventory adjustments will impact stock prices. Third, technology path uncertainty—if quantum computing commercializes early, it could affect the value of some traditional chips. We recommend a phased investment strategy and use hedging tools (e.g., put warrants) to manage volatility.

Overall, Singapore chip investment is at a golden intersection of the AI revolution and policy dividends. By selecting quality targets and diversifying allocations, investors can capture the industry's growth potential over the next decade.