Vietnam, India, Indonesia:
three different absorbers.

The supply chain diversification tailwind that has driven manufacturing FDI toward Asia since 2018 is often treated in market commentary as a single, homogeneous force that benefits Vietnam, India and Indonesia proportionately to their geographic position and factor cost advantage. The desk's framework disagrees with this homogeneous treatment on both the supply side and the demand side. On the supply side, the three countries have fundamentally different constraint profiles that determine how much of the announced FDI converts to actual production capacity within the 12 to 24 month investor expectation window. On the demand side, they are attracting capital from different industries, with different technology intensities, different logistics requirements, and different political risk thresholds for the investor base. The consequence of these supply and demand differences is that the same external tailwind from tariff escalation and supply chain diversification produces materially different outcomes in each country, and the investor who treats them as interchangeable absorbers will consistently be in the wrong country at the wrong time.

This Live Desk note develops the desk's comparative framework for the three countries, using the FDI saturation model that is presented in full detail in the dedicated ASIA 24-05 note. The comparative framework has three components: the constraint profile, which identifies which specific bottlenecks are most binding in each country at the current stage of their FDI absorption cycle; the industry composition, which identifies which sectors have successfully established and which are still in the announcement phase; and the valuation implication, which translates the constraint and composition analysis into specific equity and credit positioning recommendations.

Vietnam is the most mature of the three absorbers, meaning that the infrastructure for electronics manufacturing FDI, including the labour force, the logistics connections, the industrial zone ecosystem, and the regulatory framework for foreign investment, is the most developed. The maturity is a double-edged characteristic: Vietnam can convert FDI announcements into production capacity faster than India or Indonesia, but its buffer of unused capacity is correspondingly thinner.

The desk's constraint profile for Vietnam in the current cycle identifies land availability as the primary binding constraint in the northern industrial corridor near Hanoi, which is where the majority of electronics manufacturing investment is concentrated. The industrial zone pipeline in this corridor is fully committed through 2027, meaning that new investors cannot acquire industrial land on the timeline that their production plans require. This land constraint is driving a geographic spread of investment toward emerging corridors in the central and southern provinces (Da Nang, Binh Duong, Long An), but these emerging corridors have less developed logistics infrastructure and fewer established tier-1 and tier-2 suppliers within proximity, which increases the logistics cost and the production ramp time.

The industry composition of Vietnam's FDI absorption is heavily concentrated in electronics and light manufacturing. Apple's supply chain relocation to Vietnam, which began with AirPods in 2019 and has expanded to iPad and MacBook assembly, represents the highest-profile anchor. Samsung's existing dominance in Vietnam, with approximately 35% of Samsung's global smartphone output manufactured in the northern provinces, provides the supply chain density that smaller electronics manufacturers can plug into. The concentration in electronics means that Vietnam's FDI absorption is more tariff-sensitive than the diversified profiles of India or Indonesia: a reduction in US-China tariffs would reduce Vietnam's tariff arbitrage advantage and could slow or redirect FDI commitments toward China or other lower-cost locations.

The valuation implication of Vietnam's constraint profile is that Vietnamese manufacturing equities are priced for continued FDI absorption at the current pace but not for the constraints that are visibly tightening. The desk's 'routing purity' analysis (developed in the GEO 24-03 note) shows that approximately 60 to 65% of Vietnam's electronics exports to the US contain Vietnamese final assembly with Chinese components, and this routing-based export is subject to US CBP rules-of-origin enforcement risk that is rising. A CBP tightening of the substantial transformation standard to 45% in-country value-add would reduce the tariff advantage for approximately 40 to 50% of current Vietnamese electronics exports, which would be a significant negative for Vietnamese manufacturing equities that are priced as if the routing arbitrage is durable.

India is the most ambitious of the three absorbers in terms of the scale of manufacturing FDI it is targeting, and the most constrained in terms of the infrastructure required to convert that ambition into production capacity. The PLI scheme has been the primary policy vehicle for attracting FDI, and the desk's year-four analysis (INDIA 24-02) shows that the scheme has produced genuine capacity creation in electronics and pharmaceuticals while failing to generate the expected results in textiles, solar and several other targeted sectors.

The desk's constraint profile for India identifies power reliability as the primary binding constraint for electronics and precision manufacturing. The gap between announced industrial zone electrical demand and permitted grid connection capacity is approximately 35% across the seven major PLI-linked industrial zones that the desk tracks. This 35% gap means that approximately one-third of the production capacity being installed in these zones cannot operate at full utilisation because the power supply is insufficient to support continuous manufacturing operations. The constraint is not permanent: India's grid investment programme is expanding transmission capacity at approximately 8 to 10% per year, and the renewable energy buildout is adding significant generation capacity. But the buildout is 3 to 5 years behind the manufacturing investment timeline, creating a conversion lag that the desk estimates at 24 months for India versus 12 to 14 months for Vietnam and 16 to 18 months for Indonesia.

The industry composition of India's FDI absorption is more diversified than Vietnam's, which is both a strength and a complexity for investment positioning. The electronics sector (primarily Apple supply chain through Foxconn, Wistron and Tata Electronics) is the most visible component and the one most frequently cited in media coverage. But pharmaceuticals (API manufacturing), aerospace components, defence manufacturing (Airbus helicopter parts, Boeing aircraft components), and semiconductor assembly and testing (Micron's ATMP facility in Gujarat) represent a more durable and less tariff-sensitive set of industries than the electronics anchor.

The valuation implication is that India's manufacturing equity premium is more durable than Vietnam's because it is less dependent on tariff arbitrage and more dependent on genuine cost and scale advantages that persist even in a tariff normalisation scenario. The desk prefers India's manufacturing equity exposure on a 3 to 5 year basis over Vietnam's, with the caveat that the conversion lag means India equities will be slower to deliver earnings visibility. The preferred instrument for India manufacturing exposure is the PLI-linked equities with confirmed export revenue rather than announced capacity, because confirmed revenue confirms that the conversion lag has been successfully navigated.

Indonesia is the most heterogeneous of the three absorbers, because it occupies a structurally different position in the global supply chain than Vietnam or India. Indonesia's FDI absorption story is not primarily about final goods manufacturing for export to the United States. It is about upstream raw material processing (nickel, bauxite, copper) and the downstream battery and electric vehicle components industry that depends on those raw materials. This upstream-to-downstream manufacturing strategy, called the downstream industrialisation or 'hilirisasi' programme, is qualitatively different from the electronics assembly and pharmaceutical manufacturing that characterise Vietnam and India's FDI absorption.

The nickel ban that Indonesia imposed in 2020, prohibiting the export of unprocessed nickel ore, forced Chinese battery manufacturers and EV companies to invest in nickel processing infrastructure in Indonesia rather than importing ore for processing in China. This policy produced approximately USD 25 to 30 billion of Chinese FDI in nickel smelting, HPAL (High-Pressure Acid Leach) processing for battery-grade nickel sulfate, and battery cathode precursor manufacturing. This investment has made Indonesia the world's largest producer of nickel and a significant supplier of battery-grade nickel to the global EV supply chain.

The constraint profile for Indonesia is dominated by the logistics infrastructure deficit and the environmental permitting regime. The HPAL plants and smelters that anchor Indonesia's nickel-to-battery supply chain are located in Sulawesi and the Moluccas, which are not well-connected to the port infrastructure that serves global supply chains. The logistics cost of moving processed nickel products from these inland locations to export ports, and then to battery manufacturing facilities in Korea, Japan and China, adds approximately USD 80 to 120 per tonne of processed nickel compared to equivalent processing in locations with better port access. At current nickel prices, this logistics premium represents approximately 6 to 9% of the product value.

The environmental permitting regime creates a second constraint. HPAL processing generates highly acidic waste streams that require careful management, and the Indonesian regulatory framework for industrial waste management in the nickel sector has been developed on the fly as the investment surge has overwhelmed the regulatory capacity. Several major HPAL projects have experienced permitting delays of 12 to 18 months due to environmental impact assessment requirements that were not fully specified when the investments were announced. These delays add to the conversion lag and create uncertainty about project timelines that reduces the investment case for the downstream segments.

The valuation implication for Indonesia is a bifurcated exposure: the upstream nickel processing and smelting capacity is a commodity play that is exposed to nickel price movements and to the EV battery demand trajectory, while the downstream EV component manufacturing is a growth play that is earlier-stage and has wider execution risk. The desk's preferred Indonesia exposure is in the upstream nickel sector through companies with confirmed HPAL production and offtake agreements, rather than in the downstream EV component assembly that is still in the announcement phase.

The desk's comparative scorecard for the three absorbers produces a nuanced allocation recommendation that diverges significantly from the simple 'buy all three' approach that the supply chain diversification narrative might suggest.