
Malaysia is emerging as one of Southeast Asia’s clearest winners from the artificial intelligence infrastructure boom, but the benefits are not spreading evenly across its semiconductor industry, according to HSBC Global Investment Research.
In a report released last week, the research house said Malaysia, alongside Singapore and Vietnam, stands out as a primary regional beneficiary of the AI-driven technology upcycle. The evidence is visible in the country’s surging chip exports and its deepening electronics trade flows with the United States, mainland China, Taiwan and neighbouring Singapore.
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Those flows matter because Malaysia sits at a critical point in the global chip supply chain. Fabricated chips are often shipped into the country for assembly, testing and packaging, or ATP, before moving on to device makers, cloud infrastructure providers and end customers. This back-end role has made Malaysia indispensable to global semiconductor production, even if the highest-margin parts of the industry still sit elsewhere.
But HSBC’s central point is more nuanced than a simple “AI boom lifts all boats” story. Malaysia is gaining from the global race to build data centres, train large AI models and secure computing capacity, yet the upside is concentrated among companies with direct exposure to AI-related demand.
A boom with uneven rewards
Firms linked to AI infrastructure, including selected chipmakers, advanced packaging providers and data centre operators, are seeing stronger demand as hyperscalers and technology companies continue to spend heavily on computing power.
The picture is less straightforward for companies tied to traditional consumer electronics. For them, the same AI boom can become a cost problem. Strong demand for memory chips, for instance, can push up input prices and squeeze manufacturers that rely on those components but do not directly benefit from AI-related orders. In some cases, higher memory costs could even slow production.
This split is important for Southeast Asia. The region’s electronics sector is often discussed as a broad beneficiary of supply-chain diversification and AI demand. In practice, exposure varies widely by product, customer base and position in the value chain. Malaysia’s semiconductor sector is large, but not every participant is equally plugged into the most profitable parts of the AI cycle.
HSBC said broader operating conditions remain resilient. The global electronics Purchasing Managers’ Index eased to 55.3 in July from 55.7 in June, while the Asia electronics PMI slipped to 54.7 from 55. Both remain firmly above the 50 mark that separates expansion from contraction, and are still ahead of their 12-month averages of 52.5 and 53.6, respectively.
That suggests the cycle remains healthy, even as pressure builds in specific parts of the supply chain. HSBC noted that input and output prices eased slightly in July and supplier delivery times improved marginally, but price pressures remain elevated and order backlogs are still growing.
The helium risk
A second concern is supply risk, particularly around key inputs used in chipmaking. HSBC highlighted lingering uncertainty linked to the Middle East conflict and its potential effect on critical materials such as helium.
Helium is used in parts of semiconductor manufacturing, especially in front-end wafer fabrication, where chips are created on silicon wafers. Any disruption to supply can therefore create complications for countries trying to expand fabrication capacity.
Malaysia is partly insulated because its largest semiconductor strength remains ATP, which depends less on helium-intensive processes and more on nitrogen. The country also has substantial domestic nitrogen production. Still, the risk is not irrelevant.
“Fortunately for Malaysia, ATP relies less on helium-intensive processes and more on nitrogen, for which the country has substantial domestic production,” HSBC said. “However, Malaysia’s wafer fabs do rely on helium, which means supply management still matters.”
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That distinction captures Malaysia’s current position well. Its dominance in back-end activities gives it resilience, but its ambition to move into more advanced front-end manufacturing exposes it to a different set of operational and geopolitical risks.
Moving up the stack
Malaysia’s long-term challenge is not simply to attract more semiconductor investment, but to capture more sophisticated parts of the industry. The government’s National Semiconductor Strategy, announced in 2024, commits US$6.12 billion and targets the training of 60,000 highly skilled local semiconductor engineers by 2030.
The strategy reflects a broader regional ambition. Southeast Asian economies want to move beyond being assembly bases and become deeper technology hubs. For Malaysia, that means expanding advanced packaging, building more front-end manufacturing capability and nurturing chip design talent.
The difficulty is that foundries are among the most capital-intensive industrial assets in the world. They require vast financing, reliable energy and water supplies, specialised infrastructure, and long-term customer commitments. These hurdles can be addressed over time with incentives and execution, but talent is harder to manufacture quickly.
HSBC flagged engineer retention as a key weakness. Average engineering wages in Malaysia’s manufacturing sector trail those in several Asian competitors, creating a clear risk of talent outflows, particularly to neighbouring Singapore, where pay is significantly higher.
Matching wages with wealthier economies will be difficult. But Malaysia can narrow the gap through targeted grants, tax incentives and schemes that improve the overall value proposition for skilled roles. It can also use targeted immigration policies to ease the talent constraint.
For founders, investors and operators in the region, this is the less glamorous but more decisive part of the semiconductor story. Capital announcements make headlines, but execution depends on whether countries can build and keep enough engineers, technicians and managers to run complex industrial ecosystems.
Malaysia’s geopolitical opening
One advantage Malaysia does have is geopolitical positioning. HSBC said the country’s ability to maintain constructive ties with both the US and China, while complementing Singapore’s more constrained land and resource base, could help it attract diversified foreign investment.
This matters as multinational chipmakers reassess location risk. Taiwan remains central to global semiconductors, South Korea is a memory powerhouse, and mainland China continues to invest heavily in self-sufficiency. But geopolitical tensions around major Asian chip hubs are forcing companies to think harder about redundancy and resilience.
Malaysia’s neutral reputation could therefore become a more valuable asset. Between January 2024 and March 2026, its semiconductor sector secured about US$22.52 billion in approved investments, including roughly US$20.31 billion in foreign direct investment.
The country’s roots in semiconductors go back more than five decades. Intel opened a chip assembly plant in Penang in 1972, shortly after Singapore entered the industry. Since then, Malaysia has grown into a major back-end semiconductor hub, accounting for 13 per cent of the global ATP market.
It is also, together with Singapore, one of only two ASEAN economies with front-end fabrication capabilities. Malaysia has particular strength in automotive power semiconductors, supported by German chipmaker Infineon’s manufacturing footprint in the country.
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The scale is already substantial. Malaysia exported nearly US$110 billion of semiconductors in 2025, equal to around 23 per cent of gross domestic product.
The AI boom gives Malaysia a powerful tailwind. But HSBC’s report suggests the next phase will be harder than riding export momentum. The country must manage supply risks, avoid a two-speed industry, and solve the talent problem if it wants to move from being a crucial assembly hub to a higher-value semiconductor power.
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