The Semiconductor Industry & National Semiconductor Strategy

Almost every phone, laptop and car on Earth carries a chip that spent part of its life in Malaysia — packaged, tested and shipped from a factory in Penang or the Klang Valley. Yet for fifty years the country did the least glamorous, lowest-margin slice of that work: the back end. The National Semiconductor Strategy is Malaysia’s attempt to change which part of the chip it owns.

Why does Malaysia matter to the global chip supply chain?

A finished semiconductor passes through three broad stages. Front-end wafer fabrication etches circuits onto silicon wafers in ultra-clean fabs — the most capital-intensive stage, dominated by Taiwan, South Korea and the United States. Assembly, testing and packaging (ATP), also called the back end, cuts those wafers into individual chips, encases them and verifies they work. IC design is the upstream engineering that decides what the chip does in the first place.

Malaysia’s historic strength is the back end. According to MIDA, the country handles roughly 13% of the world’s semiconductor packaging, assembly and testing and is the sixth-largest semiconductor exporter globally. That is not a marginal role — it is a genuine chokepoint in the supply chain, which is exactly why the industry survived decades of global competition.

The scale shows up in the trade figures. Electrical and electronics (E&E) made up about 40% of Malaysia’s total exports in 2023, with E&E and semiconductor exports worth roughly RM575 billion, and the E&E sector contributing around 5.8% of GDP, according to MIDA. When people say the chip industry is strategically important to Malaysia, the numbers back it up.

Where is the industry concentrated?

The industry clusters in a handful of places, each with its own character.

Cluster	Role	Notable feature
Penang	The historic heart; OSAT, packaging, test, growing design	Often called Malaysia’s “Silicon Valley of the East”; a dense, long-established multinational ecosystem
Kulim / Kedah	Advanced manufacturing and high-tech park adjacent to Penang	Extends the northern corridor’s fabrication and equipment capacity
Klang Valley (Selangor)	OSAT, equipment, design services	Proximity to Kuala Lumpur talent and logistics

Penang’s pull is the anchor. The presence of long-established multinationals created a dense ecosystem of suppliers, equipment makers and skilled technicians — the kind of network that is very hard for a rival country to replicate quickly.

Who are the main players?

The industry is a mix of foreign multinationals and a maturing set of homegrown firms.

• Established homegrown OSAT and test firms: Inari Amertron, Malaysian Pacific Industries (MPI), Unisem, Globetronics and Carsem provide packaging, testing and assembly for global chipmakers.
• Equipment and vision-inspection: ViTrox and Pentamaster build automated test and inspection systems — higher up the value chain than pure assembly.
• Emerging IC design houses: OppStar, SkyeChip, Infinecs and Experior represent the newer, design-led end that the strategy is trying to grow.

By March 2025 the Prime Minister said Malaysia had at least 13 homegrown semiconductor companies, nine of them — including Carsem, Inari, Pentamaster, ViTrox and Kelington — each expected to generate over RM500 million in revenue that year, while four IC-design firms were each growing revenue above 25% annually. That local layer barely existed a decade ago, and it is the seed the NSS wants to scale.

What is the National Semiconductor Strategy?

The National Semiconductor Strategy (NSS) is a ten-year, three-phase government plan to move Malaysia from the back end toward higher-value design and fabrication. It was launched by the Prime Minister on 28 May 2024 at SEMICON Southeast Asia. It is coordinated by the Ministry of Investment, Trade and Industry (MITI) and its agencies, working with other ministries.

The core logic is blunt: Malaysia is excellent at a low-margin stage of a high-margin industry. If it stays there, it captures little of the value it helps create. The NSS is the plan to capture more of that value before rivals like Vietnam and India close the cost gap.

The five headline targets

The government set five targets for the strategy’s first phase:

1. Investment: attract at least RM500 billion in domestic and foreign investment.
2. Local champions: establish at least 10 Malaysian companies in design and advanced packaging with revenues of RM1 billion to RM4.7 billion, plus at least 100 semiconductor-related firms with revenues near RM1 billion.
3. R&D hub: position Malaysia as a global research-and-development centre combining local and international expertise.
4. Talent: train and upskill 60,000 high-skilled Malaysian engineers.
5. Fiscal support: commit at least RM25 billion in targeted incentives to make it all happen.

How is the RM25 billion being deployed?

The RM25 billion headline (about US$5.3 billion, per MIDA) is fiscal support and targeted incentives rather than a single cheque handed to companies. At launch, MITI committed the overall RM25 billion figure but said the detailed breakdown of incentives “will be announced by the ministry” separately — so a precise line-by-line allocation was not yet public at the time of writing.

What is officially confirmed on the talent side is the split behind the 60,000-engineer goal: the Ministry of Education has committed to nurturing 30,000 high-skilled Malaysian engineers over five years, while another 30,000 TVET (technical and vocational) talents come through other ministries. Because the binding constraint on moving up the value chain is skilled people, not just capital, the human-capital half of the strategy is as important as the fiscal half.

Note: an earlier draft of this article carried a detailed RM25 billion instrument-by-instrument table. That breakdown could not be traced to any authoritative source and has been removed. Check MITI and MIDA directly for any official allocation detail published after launch.

What do the three phases actually mean?

The phases are the heart of the strategy — a deliberate sequence from what Malaysia already does well toward what it does not yet do at all.

Phase	Theme	Focus
Phase 1	Building on our foundations	Modernise OSAT, grow advanced packaging and IC design, attract FDI for trailing-edge (older-node) fabrication and equipment
Phase 2	Moving up the value chain	Scale local IC design and advanced packaging; build 10+ local champions and ~100 supporting firms
Phase 3	Front-end fabrication	Attract front-end wafer fabrication (“fabs”), the most capital-intensive stage

The sequencing is the honest part of the plan. Wafer fabs cost tens of billions and take years to pay back, so Malaysia is not pretending it can leapfrog into front-end manufacturing overnight. Phase 3 is where fabrication belongs precisely because the country needs the capital, talent and ecosystem from Phases 1 and 2 first.

Is it working so far?

Early numbers are encouraging but should be read with care. As of March 2025, the government reported it had secured more than RM63 billion in investment through the NSS — RM5 billion domestic and RM58 billion foreign. Concrete projects cited include Infineon’s 200mm silicon-carbide power facility and expansions by NXP.

For context, Malaysia had already been drawing large sums before the strategy: CREST notes RM69.4 billion in approved investments in the E&E-heavy year of 2023 alone, creating some 11,000 jobs. So the honest reading is that the NSS is channelling and accelerating an existing boom rather than starting one from zero — and RM63 billion is a fraction of the RM500 billion Phase 1 goal, with years still to run.

How does Malaysia compare with its neighbours?

Malaysia does not compete in a vacuum. Its position is best understood relative to the rest of the chip world.

Player	Core strength	Where Malaysia differs
Taiwan / South Korea	Leading-edge front-end fabrication	Malaysia is back-end and mid-stream, not leading-edge fabs
Singapore	Higher-end fabrication, design, wafer fab	More advanced and capital-rich; Malaysia competes on cost and packaging scale
Vietnam / India	Emerging low-cost assembly and packaging	Directly challenge Malaysia’s cost advantage — a key reason for the NSS’s urgency
China	Vast domestic capacity across the chain	Larger scale; Malaysia positions as a neutral, trusted alternative amid trade tensions

Malaysia’s pitch to investors is partly geopolitical: as US–China technology tensions push companies to diversify away from concentration risk, a politically neutral country with a mature ecosystem and free-trade-zone infrastructure is attractive. That “China-plus-one” tailwind is real, but it is not permanent.

Common misunderstandings

• “Malaysia makes chips.” Mostly it finishes chips. The dominant activity is assembly, testing and packaging, not front-end fabrication. That distinction is the entire point of the strategy.
• “The RM25 billion is cash handed to companies.” It is fiscal support and targeted incentives — a mix expected to include tax incentives, grants, infrastructure and training support rather than direct cash. MITI said the detailed instrument breakdown would be announced separately.
• “RM500 billion has already been invested.” No. RM500 billion is a Phase 1 target; roughly RM63 billion had been secured as of March 2025.
• “The strategy is only about factories.” A large share is about people — 60,000 engineers and technicians — because the binding constraint on moving up the value chain is skilled talent, not just capital.
• “Malaysia is going straight to advanced wafer fabs.” Front-end fabrication is explicitly a Phase 3 ambition, not an immediate one.

A quick decision framework

If you are trying to place yourself in this industry, a few questions cut through the noise:

• Are you an investor? Back-end and advanced packaging are proven and lower-risk today; IC design and equipment are the growth bets the NSS is subsidising; front-end fabs remain a long-horizon, capital-heavy play.
• Are you a student or engineer? The 60,000-engineer target signals sustained demand — IC design, advanced-packaging process engineering and test are where the intended climb is happening.
• Are you a business owner or supplier? The ecosystem effect is the opportunity: equipment, materials, precision engineering and services all scale with the clusters in Penang, Kulim and the Klang Valley.
• Are you a policymaker or observer? Watch two ratios — how much of the RM500 billion actually lands, and how many genuine local design champions emerge versus multinational expansions.

What’s next

The National Semiconductor Strategy is early. The near-term signals to watch are whether Phase 1 investment keeps climbing toward the RM500 billion target, whether the first cohort of local design and advanced-packaging champions actually reaches the RM1 billion revenue mark, and whether the 60,000-engineer pipeline materialises fast enough to avoid a talent bottleneck. The harder, later test is Phase 3: whether Malaysia can attract front-end wafer fabrication at all, given the capital involved.

Because these are moving figures, treat every number here as a snapshot tied to its source date. For the authoritative and most current picture, check MIDA and MITI directly, and cross-reference official investment updates rather than relying on a single announcement.