Vietnam’s Semiconductor Opportunity: From FDI-Led Scale to Ecosystem Depth

Vietnam’s semiconductor push entered a more concrete phase in 2026. In January, Viettel broke ground on the country’s first domestically owned semiconductor fabrication plant at Hoa Lac High-Tech Park, with trial production targeted for the end of 2027. On June 26, the Ministry of Science and Technology officially inaugurated the Vietnam National Multi-Project Wafer Coordination Center, or VNMPW/CC, the country’s first national facility dedicated to supporting semiconductor chip prototyping. Less than a month later, on July 21, the Ministry of Justice published the dossier for the draft Law on Key Industries, under which semiconductors and strategic minerals, including rare earths, which proposes including semiconductors and strategic minerals, including rare earths, among the country’s priority industries. 

Taken together, these developments underscore the growing momentum behind Vietnam’s semiconductor ambitions. Yet the more important question is what this momentum has translated into so far: where Vietnam currently sits in the global value chain, which capabilities and economic benefits it has already captured, and what additional capabilities are needed to translate individual projects into a deeper domestic ecosystem. 

This article, therefore, provides an overview of the global semiconductor value chain, an assessment of Vietnam’s position and domestic capabilities, and priorities for a deeper, more competitive ecosystem. 

1. Vietnam’s Semiconductor Market Position. 

According to the Semiconductor Industry Association (2026), the global semiconductor industry reached US$791.7 billion in sales in 2025, an increase of 25.6% from the previous year, and is projected to approach US$1 trillion in 2026. Regionally, the market is entering a sustained growth phase. According to IMARC Group, Southeast Asia’s semiconductor market reached US$26.06 billion in 2025 and is projected to grow to US$56.64 billion by 2034, representing a CAGR of 8.74% from 2026 to 2034. 

Southeast Asia Semiconductor Industry Value Chain - Source: IMARC Group

Southeast Asia participates across the full semiconductor journey, spanning upstream inputs, chip design, manufacturing, distribution and integration into end products. Capabilities vary significantly across these stages. Front-end wafer fabrication captures the highest value per unit. Back-end manufacturing, commonly grouped under OSAT (Outsourced Semiconductor Assembly and Test), is more widely established across Malaysia, the Philippines, Thailand and Vietnam. Singapore serves as the region’s hub for chip design, wafer fabrication, trade and supply-chain coordination, while Malaysia and Vietnam are expanding their design and engineering capabilities.

Vietnam represented 12.4% of the regional market, ahead of the Philippines at 9.6% and Indonesia at 8.7%. While its current position remains concentrated in back-end manufacturing, Vietnam is emerging as one of the region’s fastest-growing semiconductor markets. Momentum is strongest in assembly, testing, and packaging, supported by Intel’s established operations, Samsung-linked supply-chain demand, and new OSAT investment. According to Source of Asia, Vietnam’s share of global assembly, testing, and packaging capacity is projected to increase from 1% in 2022 to 8% by 2032, indicating one of the fastest capacity expansions among major ASEAN economies. 

The next question is how Vietnam can convert this growth into a more durable competitive position. The country’s current momentum is being driven largely by global supply-chain diversification, its established electronics manufacturing base, rising foreign investment, workforce development and stronger government support. The following sections first examine the strength of this FDI-led foundation, before assessing how Vietnam can translate it into deeper domestic capabilities, stronger supplier linkages and a more differentiated semiconductor ecosystem. 

2. Vietnam’s FDI-Led Manufacturing Foundation.

According to IMARC Group, Vietnam’s semiconductor market remains modest in absolute size, but its recent expansion has been driven primarily by foreign-invested projects The market reached US$7.7 billion in 2025 and is projected to increase to US$17.0 billion by 2034, representing a 9.21% CAGR from 2026 to 2034. Growth is being supported by both domestic demand and Vietnam’s expanding role in regional electronics supply chains. 

Vietnam Semiconductor Market Forecast - Source: IMARC Group

By late 2025, the country had attracted more than 170 foreign-invested semiconductor projects, representing nearly US$11.6 billion in registered capital. The ecosystem included around 60 chip-design companies, eight packaging and testing projects, more than 20 materials and equipment suppliers, and over 7,000 chip-design engineers (Vietnam Government News, 2025). 

Several anchor projects have shaped this position over time. Intel established its assembly and testing operation at Saigon Hi-Tech Park in 2009 and has since increased total investment to approximately US$1.5 billion, making the site the largest assembly and test facility in its manufacturing network. Samsung has built a broader electronics manufacturing footprint in Vietnam and, according to a proposal reported in May 2026, plans to invest around US$1.5 billion in its first semiconductor testing facility in the country, with operations targeted for November 2027. 

Investment has accelerated further in northern Vietnam. Amkor Technology inaugurated its Bắc Ninh semiconductor packaging and testing facility in 2023 and has committed approximately US$1.6 billion to the project, with capabilities in System-in-Package, memory packaging and electrical testing. Hana Micron is also expanding its packaging and testing operations under an investment plan of around US$930 million through 2026. Together, these projects have reinforced Vietnam’s position in back-end manufacturing and created a growing base of production infrastructure, engineering talent and supplier demand. 

The design segment is smaller but increasingly supported by foreign R&D investment. Synopsys has developed a local engineering and training presence of approximately 500 employees, including around 400 R&D personnel, while Marvell’s Vietnam workforce surpassed 500 engineers in 2025, making the country its third-largest global R&D center after the United States and India. Local teams now participate in chip architecture, analog and digital design, physical design, firmware and hardware validation. 

3. Vietnam’s Emerging Domestic Capabilities. 

The foreign presence gives Vietnam valuable production capacity, workforce development and exposure to global operating standards. However, the quality of the next investment cycle will depend increasingly on what exists around these anchor projects. The World Bank notes that stronger linkages with multinational companies require not only investment-promotion policies, but also greater “absorptive capacity” among domestic firms, the ability to meet technical requirements, adopt new knowledge and participate as suppliers or technology partners.  

In semiconductors, a credible domestic base can therefore become part of the investment proposition itself: global companies gain access not only to labour and infrastructure, but also to local engineering teams, design partners, suppliers and problem-solving capabilities. 

Companies Participating in Chip Design By Region in Vietnam - Source: Source of Asia

Government reporting in 2025 identified nearly 50 foreign corporations and more than 10 Vietnamese companies engaged in chip design. These local participants include large technology groups such as Viettel and FPT, alongside younger design houses and startups such as VNChip, ConneXus and Hyphen Deux. 

The larger domestic groups provide early examples of progression from engineering services towards technology ownership. FPT Semiconductor introduced its first domestically designed integrated circuits in 2022 and subsequently reported orders for 70 million chips for delivery during 2024–2025, primarily for overseas customers. Viettel has pursued application-specific semiconductor development for telecommunications, including domestically developed digital-front-end technology for 5G infrastructure. Domestic companies such as Viettel and FPT currently remain concentrated mainly in design and back-end activities rather than large-scale front-end fabrication.  

A smaller group of entrepreneurial companies is beginning to fill more specialized positions. VNChip, founded from an IC-training initiative, now provides turnkey design services covering front-end design, verification, physical design, design-for-test and custom layout. ConneXus, established in 2023, focuses on AI accelerators, semiconductor IP and AI-enabled chip-design tools, with the stated objective of developing AI-optimized chips from Vietnam. Hyphen Deux is developing a fabless model around ASICs, embedded systems and AI platforms; in 2025, the company announced the successful tape-out of its first microcontroller, the HDx32U, for IoT and industrial applications.  

Vietnam’s domestic semiconductor ecosystem is still developing, with most local companies focused on design services, engineering support and selected back-end activities. A key constraint is funding the transition from R&D to commercialization, including EDA tools, tape-out, prototyping, testing, qualification and specialized equipment. The next phase will benefit from more patient, technically informed capital to support product validation and early production scale-up.

4. Vietnam’s Semiconductor Path Forward.

Vietnam’s strategic opportunity is not to replicate the full semiconductor value chain, but to build a more coordinated ecosystem around its existing strengths in electronics manufacturing and back-end activities. Manufacturing attracted approximately US$26 billion in FDI in 2024, equivalent to around 67% of total registered foreign investment, while policy support has become more structured through Decision No. 1018/QĐ-TTg and Decision No. 1017/QĐ-TTg, both issued on 21 September 2024, the Law on the Digital Technology Industry, effective from 1 January 2026, and the Vietnam National Multi-Project Wafer Coordination Center, launched on 26 June 2026. The government also targets 50,000 semiconductor professionals by 2030, while rising demand from consumer electronics, 5G, IoT, automotive and industrial automation provides a growing end market; Vietnam produced nearly 388,500 vehicles in 2024, up 27% year on year. 

The more material gap lies in the limited domestic supplier base around Vietnam’s anchor manufacturers. Local firms remain underrepresented in areas such as test engineering, factory automation, process-control software, equipment servicing, cleanroom operations, failure analysis, precision components and semiconductor-grade materials. These are not peripheral services: they directly affect yield, uptime, contamination control and production reliability, and therefore determine whether suppliers can meet the operating requirements of global semiconductor companies. Building these capabilities will require more than general ecosystem coordination.  

Anchor manufacturers need mechanisms to identify, assess and progressively qualify local vendors; universities and technical institutes need closer exposure to actual production problems; public investment is most valuable where shared infrastructure, such as accredited laboratories, cleanrooms and prototyping facilities, would be uneconomic for individual firms to build; and capital providers need to account for long validation cycles, upfront equipment costs and delayed revenue.

The objective is to create a larger pool of technically credible suppliers that can participate in production programs enabling more local firms to progress from general support services into technically demanding production programs. Qualification remains difficult because semiconductor customers require consistent quality, traceability, process stability and reliability before approving a new supplier. Entry often involves audits, sample validation, extended production trials and close collaboration with anchor customers. A pragmatic development sequence would prioritize operational quality and workforce capability first, followed by local supplier development and higher-value engineering, with proprietary IP, application-specific chip design, advanced packaging and selected fabrication technologies developed as longer-term capability areas. 

 References list:

IMARC Group. (2026a). Southeast Asia semiconductor market size, share, trends and forecast by components, material used, end user, and country, 2026–2034. https://www.imarcgroup.com/southeast-asia-semiconductor-market

IMARC Group. (2026b). Vietnam semiconductor market size, share, trends and forecast by component, material type, application, and region, 2026–2034. https://www.imarcgroup.com/vietnam-semiconductor-market

People’s Army Newspaper. (2026). First national semiconductor chip prototyping support center makes debut. https://en.qdnd.vn/social-affairs/news/first-national-semiconductor-chip-prototyping-support-center-makes-debut-592423

Semiconductor Industry Association. (2026). Global annual semiconductor sales increase 25.6% to $791.7 billion in 2025. https://www.semiconductors.org/global-annual-semiconductor-sales-increase-25-6-to-791-7-billion-in-2025/

Source of Asia. (2023). Vietnam semiconductor industry: Sectorial note. https://drive.google.com/file/d/1R1iFoG0Xy93qJHJm4o--IyD2c8GREPKr/view

Viet Nam Government News. (2025). Viet Nam’s semiconductor industry attracts US$11.6 billion in FDI in 10 months. https://en.baochinhphu.vn/viet-nams-semiconductor-industry-attracts-us116-billion-in-fdi-in-10-months-111251110164615272.htm

Viet Nam Government News. (2026). Viet Nam starts construction of first domestic chip plant. https://en.baochinhphu.vn/viet-nam-starts-construction-of-first-domestic-chip-plant-111260116145225385.htm

Vietnam News. (2025). Viet Nam must strive to independently manufacture semiconductor chips by 2027: PM. https://vietnamnews.vn/politics-laws/1722635/viet-nam-must-strive-to-independently-manufacture-semiconductor-chips-by-2027-pm.html

VnEconomy. (2026). Semiconductors, rare earths proposed as Vietnam’s priority industries. https://en.vneconomy.vn/semiconductors-rare-earths-proposed-as-vietnams-priority-industries.htm

World Bank. (2024). Viet Nam 2045: Trading up in a changing world—Pathways to a high-income future. https://documents1.worldbank.org/curated/en/099111424204523679/pdf/P1787841e077190d919b24181b4dcb14765.pdf