Latest / The Emerging Markets Podcast with Fexingo: Developing Economies, Growth, and Investment / How Vietnam Is Becoming Asia's New Semiconductor Hub
Transcript
- Lucas: So Vietnam is quietly becoming a serious player in semiconductors. And I'm not talking about design or R&D — I'm talking about actual manufacturing, the kind that goes into iPhones and data centers. Luna: I've seen the headlines about Samsung and Intel, but I didn't realize how big it's gotten. What's the scale? Lucas: Well, Vietnam's semiconductor export value hit about $18 billion last year, up 30 percent year-over-year. That's not Taiwan or Korea scale, but it's growing faster than any other emerging market in chips. Luna: And the big driver is clearly the us china trade war pushing companies to diversify. Vietnam is seen as the safe bet. Lucas: Exactly. Samsung alone has invested over $3.3 billion in a chip packaging plant in Bac Ninh province, north of Hanoi. That facility does the final assembly and test for memory chips used in everything from laptops to servers. Luna: And Intel expanded its operations in Ho Chi Minh City too, right? Lucas: Yes, Intel has one of its largest assembly and test facilities there, and they've been scaling up capacity. But it's not just the big names. A bunch of OSAT companies — outsourced semiconductor assembly and test — have set up shop in Vietnam. Amkor Technology opened a $1.6 billion facility in Bac Ninh last year. Luna: So it's mostly back-end assembly and test. What about actual fabrication — the front-end wafer fabs? Lucas: That's the gap. Vietnam doesn't have any advanced wafer fabs yet. Building a fab costs $10 billion plus and requires a massive skilled workforce and extremely reliable power. Vietnam's grid has its challenges — blackouts happen, especially in the north. Luna: But the government is offering serious incentives. Tax holidays, land subsidies, even direct funding for training programs. Lucas: Right. They've set a target of 50,000 semiconductor engineers by 2030. Currently they have maybe 5,000. So it's ambitious. But they are building partnerships with universities and bringing in experts from Taiwan and Korea. Luna: It reminds me of how China built its semiconductor ecosystem over the past two decades. Vietnam seems to be following a similar playbook, but at an earlier stage. Lucas: Definitely. And the geopolitical timing helps. Western companies are under pressure to reduce dependence on China and Taiwan. Vietnam is politically stable, has trade agreements with the US and EU, and is geographically close to existing supply chains. Luna: But it's not just Vietnam. India is also pushing hard with its semiconductor mission, Thailand has a strong automotive chip sector. What gives Vietnam an edge? Lucas: Vietnam has a few advantages. First, its manufacturing wages are still lower than China, Thailand, and even parts of India. Second, it's already a major electronics hub — Samsung makes half of its smartphones there. So the infrastructure for precision manufacturing is already in place. Luna: And the government is very proactive. The prime minister set up a national steering committee for semiconductor development last year. They're not just waiting for investment to happen. Lucas: Right. They've also been upgrading power infrastructure. There's a new LNG terminal in Thi Vai that should help stabilize electricity supply for industrial zones. Luna: So what's the realistic outlook? Can Vietnam become the next Taiwan? Lucas: No — and that's not the goal. Taiwan's TSMC is a generation ahead in advanced logic chips. Vietnam is aiming to become a major hub for assembly, test, and eventually specialty chips — things like power management chips, sensors, and memory packaging. That's a huge market in itself. Luna: And there's also the domestic demand angle. Vietnam is a fast-growing economy with a rising middle class that wants smartphones, laptops, and EVs. Having a local chip industry could help serve that demand. Lucas: Exactly. And as we've seen in other episodes, emerging markets that build their own capacity in strategic industries tend to attract more FDI and create higher-value jobs. Vietnam's GDP per capita is still under $5,000, so moving up the value chain is critical. Luna: Speaking of value — the thing I appreciate about this show is that we dive into these stories without any advertising clutter. It's just straight analysis. If you find that useful, and you want to keep it that way, you can support us at buy me a coffee dot com slash fexingo. Lucas: Yeah, that really does help us stay independent and focused on what matters — the economics behind the headlines. So thank you to anyone who chips in. Luna: Alright, back to Vietnam. One thing I want to touch on is the competition from other Southeast Asian countries. The Philippines is trying to get into semiconductor assembly too. Lucas: True. But Vietnam has a first-mover advantage now. Companies that already have plants there are likely to expand rather than relocate. Plus, Vietnam's young population — median age around 31 — gives it a demographic edge for labor-intensive manufacturing. Luna: The flip side is that training enough engineers is hard. The education system is improving but not fast enough to meet the 50,000 target. Lucas: That's why companies are investing in training themselves. Samsung runs a semiconductor training center in Hanoi, and other firms are partnering with local universities to develop curricula. Luna: So it's a long game. But the direction is clear. Lucas: Absolutely. Vietnam is positioning itself as a key node in the global semiconductor supply chain. Not the lead node, but an essential one. And for an emerging market that was primarily an agricultural economy thirty years ago, that's a remarkable transformation. Luna: It really is. And it's something to watch in the next decade.