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National Semiconductor Strategy (Malaysia)

3 min readUpdated November 2026
National Semiconductor Strategy
Country
Malaysia
Agency
MITI
Released
May 2024
Target
US$300B+ design-led ecosystem by 2030
Focus areas
IC design, advanced packaging, wafer fab, talent
Vehicle
National Semiconductor Strategy Task Force (NSSTF)
Related
MyDIGITAL, Penang semiconductor ecosystem, NAIO
The National Semiconductor Strategy (NSS) is a Malaysian government blueprint published by the Ministry of Investment, Trade and Industry (MITI) in 2024, setting out how the country will move from low-value chip assembly and testing into higher-value integrated circuit (IC) design and advanced packaging by 2030, positioning Malaysia for the artificial intelligence-driven demand for chips.[1][2]

Background

Malaysia has hosted semiconductor manufacturing since the 1970s — Penang's free-trade-zone cluster hosts firms such as Intel, Texas Instruments, Infineon and Broadcom — but the industry has been concentrated in assembly, test and packaging (ATP), the lower-margin back end of the supply chain. The NSS was designed in response to rising global competition for AI chip investment and the need for a structured, forward-looking strategy, and was developed through extensive industry consultation coordinated by CREST (Centre for Research and Innovation in Science, Technology and Policy).[2][3]

Key Provisions

The strategy organises priorities around the full chip lifecycle:

  • IC design — growing Malaysia's design-engineering base beyond support offices, targeting design houses and design-led growth, since design captures the largest share of chip value.[1]
  • Advanced packaging — moving beyond standard assembly into heterogeneous integration and chiplet-era packaging, where AI accelerators are combined with high-bandwidth memory. This is the segment closest to Malaysia's existing strengths and the natural upgrade path as demand for AI chip packaging surges.[1][4]
  • Wafer fabrication — supporting selected front-end investment alongside the existing back-end base.[1]
  • Talent — a major expansion of engineers and technicians across the pipeline, coordinated with universities and industry training bodies.
  • Capital and incentives — targeted fiscal support, including the reported deployment of RM1.4 billion under NSS programmes, administered through the National Semiconductor Strategy Task Force (NSSTF), which brings together government and industry leaders.[1][3]
The NSS targets attracting more than US$300 billion in design-led semiconductor ecosystem value by 2030 and growing the talent pool accordingly, alongside sustainability and supply-chain resilience goals.[1][2]

Why It Matters for AI

Chips for AI — accelerators, HBM stacks, networking silicon — are the strategic resource of the 2020s. The custom XPU boom at firms like Marvell and Broadcom, and NVIDIA's packaging bottleneck, mean advanced packaging capacity is as scarce as leading-edge fabrication. A country that can package AI chips holds leverage even without owning fabs. The NSS explicitly positions Malaysia to capture this: it is the piece of the AI hardware supply chain Malaysia can plausibly win.[4][5]

>See Also

🇲🇾Malaysian Context

🇲🇾 Relevance to Malaysia: The NSS is fundamentally a Malaysian policy and the backbone of the country's AI hardware ambition. Penang and the Klang Valley anchor the existing ecosystem; the strategy's IC design and advanced packaging thrust underpins Malaysia's role in producing the chips that power AI data centres now being built in Johor and Cyberjaya.[5][6] Coordination with adjacent initiatives is deliberate: the NSS feeds talent into MyDIGITAL and the Ministry of Digital's AI Nation 2030 agenda, since domestic AI compute ambitions and chip-industry depth reinforce each other. For students and workers, the design and packaging focus signals where jobs — and HRD Corp-funded training — will be directed through 2030.[6][7]

References

  1. ↑MITI. (2024). National Semiconductor Strategy. https://www.miti.gov.my/miti/resources/NSS_141024.pdf
  2. ↑CREST. National Semiconductor Strategy (NSS). https://crest.my/national-semiconductor-strategy-nss/
  3. ↑ResearchGate. Revamping Malaysia's National Semiconductor Strategy: A Critical Analysis and Roadmap for Global Leadership. https://www.researchgate.net/
  4. ↑Vulcan Post. Meet Malaysian companies driving the National Semiconductor Strategy. https://vulcanpost.com/913409/meet-malaysian-companies-driving-national-semiconductor-strategy/
  5. ↑The Next Platform. Marvell's Custom XPU Pipeline (2025). https://www.nextplatform.com/compute/2025/09/03/marvells-custom-xpu-pipeline-is-a-declaration-of-ai-independence/1635256
  6. ↑Ministry of Digital Malaysia. (2026). AI Malaysia - Driving the Journey Towards an AI Nation by 2030. https://www.digital.gov.my/en-GB/siaran/AI-Malaysia-Pemacu-Utama-Menuju-Negara-AI-2030
  7. ↑HRD Corporation. Training and upskilling programmes. https://www.hrdcorp.gov.my/