Insights · Industry
Vietnam's semiconductor push: what the 2030 strategy says
Key targets in Decision 1018/QD-TTg and an example of recent back-end investment in northern Vietnam.

On 21 September 2024, Vietnam's Prime Minister issued Decision 1018/QD-TTg, the strategy for developing the country's semiconductor industry to 2030 with a vision to 2050.[1][2]
Phase 1 targets (2024–2030)
- At least 100 chip-design enterprises, one small-scale chip fabrication plant and 10 semiconductor packaging and testing plants.[1]
- A semiconductor workforce of more than 50,000 engineers and bachelor's-degree holders.[1][2]
The strategy sets larger targets for later phases, including a workforce of more than 100,000 engineers and bachelor's-degree holders.[2]
Back-end investment example
Packaging and test (back-end) is where much of the recent foreign investment has gone. Amkor Technology opened its factory in Yen Phong II-C Industrial Park, Bac Ninh province, on 11 October 2023. The company describes it as a US$1.6 billion chip factory that will feature 200,000 m² of cleanroom space.[3][4]
Company names are cited from public sources for information only; Top Source Vietnam has no affiliation with the companies mentioned.
Why it matters for consumables
Packaging and test lines handle moisture- and static-sensitive devices, which is where the dry-packing practices of J-STD-033 and the ESD packaging requirements of ANSI/ESD S541 apply (see our other Insights articles).
Sources
- Ministry of Information and Communications – Decision 1018/QD-TTg announcement (Vietnamese)
- Government legal documents portal – Decision 1018/QD-TTg
- Amkor Technology – Amkor Inaugurates Latest Factory in Vietnam (company blog, 11 Oct 2023)
- VietnamPlus – Amkor Technology inaugurates factory in Bac Ninh province (11 Oct 2023)
Sources accessed 10 October 2026. Standards are summarised, not reproduced; consult the official edition.
Disclaimer: General information for reference only – not technical, engineering, legal or medical advice. Always follow the current official edition of the standards cited, your own risk assessment and the manufacturer's data.
More insights
- Choosing a moisture barrier bag for dry packing under J-STD-033
- Shielding, metalized or antistatic bag? Understanding ESD packaging terms
- How to select cleanroom gloves: class, cleanliness data and ESD
- Nitrile vs latex powder-free gloves for food handling and healthcare
- Chemical-resistant gloves: permeation, degradation and EN ISO 374