The Philippines already has one thing that a lot of developing technology markets are trying to achieve: a significant electronics manufacturing industry linked to global supply chains. Historically, the Philippines’ semiconductor industry has been concentrated in assembly, testing and other manufacturing-related services. The big question now is whether this footprint will be used as a platform for higher value-added activities such as chip design, advanced packaging and research.
That question has become more relevant in 2026. The government launched a new Philippine Semiconductor and Electronics Industry Roadmap in September, while New Clark City is being positioned as a hub for advanced manufacturing, semiconductors and AI-related industries. At the same time, substantial progress towards a free trade agreement with the European Union could strengthen the country’s links to another major technology market.
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The manufacturing base is already significant
Electronics are not a new opportunity for the Philippines. They are already the country’s largest export category. In the first half of 2026, electronic products generated US$26.12 billion in exports, accounting for 55.8% of total export sales. Electronics also represented 67.6% of exports to ASEAN during the period. That scale gives the Philippines an important starting point. Companies already operating in the country bring production expertise, supplier relationships and familiarity with international quality requirements. The challenge is to capture more value from those capabilities rather than simply increasing the volume of existing activities.
A new roadmap points further up the chain
The Philippine Semiconductor and Electronics Industry Roadmap launched in September 2026 reflects this ambition. The government has described the strategy as an effort to secure a larger share of the global semiconductor industry and move into higher-value segments.
This shift is particularly important because moving up the value chain requires skills that differ significantly from those needed for traditional assembly operations. Semiconductor design, advanced packaging, equipment engineering, materials research and advanced testing also require deeper technical knowledge and stronger collaboration between companies and research institutions.
The strategy also complements the country’s existing electronics research agenda, which includes integrated-circuit design programmes, the established Centre for Integrated Circuits and Devices Research and plans for a wafer fabrication laboratory. The broader research agenda also aims to build a critical mass of IC design engineers and develop next-generation electronic technologies.
New Clark City is becoming a test of the strategy
New Clark City is emerging as a potential location for translating these ambitions into commercial activity. Under the US-led Pax Silica initiative, the Philippine government is advancing plans for a proposed 1,600-hectare advanced manufacturing hub in New Clark City. The proposed hub aims to attract semiconductor, AI and other high-value industries, with the Bases Conversion and Development Authority (BCDA) projecting that it could generate more than 130,000 high-quality jobs and attract between US$40 billion and US$70 billion in investment once fully developed. However, the project’s development framework remains under discussion and these investment and employment figures are long-term projections rather than confirmed commitments.
The significance is not simply the size of the proposed site. Advanced manufacturing requires reliable power, transport links, industrial utilities, specialised facilities and access to engineering talent. Building those conditions in one location could make it easier for suppliers and technology companies to cluster around one another.
The EU connection could strengthen the supply chain
The Philippines could also strengthen its access to an important existing export market. On 22 September 2026, the European Union and the Philippines reached substantial agreement in negotiations for a free trade agreement, bringing the two sides closer to its formal conclusion. The timing matters for manufacturing. The EU was the Philippines’ fourth-largest trading partner in 2025, with bilateral goods trade reaching €17.6 billion. In the first half of 2026, electronics accounted for US$3.43 billion, or 62.1%, of Philippine exports to the EU.
Once implemented, the FTA could improve market access, encourage investment and strengthen supply chain ties, particularly as companies reassess their manufacturing locations amid geopolitical tensions and tariff uncertainty. Although the agreement has not yet been formally concluded, the progress in negotiations signals a stronger economic partnership between the two sides.
Moving up the value chain requires more than factories
The difficult part is building the capabilities around those factories. Semiconductor design depends on skilled engineers with expertise in chip architecture, verification and electronic design automation tools. Advanced packaging requires materials, process engineering and specialised machinery. Research needs sophisticated laboratories and sustained industry partnerships.
This is where the Philippines must compete with more established semiconductor manufacturing centres in Southeast Asia. Malaysia, for example, has become a major player in advanced packaging, chip design and semiconductor machinery, while Singapore combines strong research capabilities with a dense web of global semiconductor companies and suppliers. Rather than attempting to replicate another country’s entire semiconductor ecosystem, the Philippines could adopt a more focused strategy, targeting niches where its existing electronics workforce, engineering talent and geographic position offer competitive advantages.
Talent will determine how far the transition goes
The Philippines has a large English-speaking workforce and an established electronics industry. However, high-value manufacturing requires a deeper pool of specialised engineers and researchers. The government has already identified IC design education and workforce development as priorities. This will need to go beyond training programmes, with stronger collaboration between universities and industry through research, internships, joint laboratory work and opportunities for engineers to participate in commercial semiconductor projects. The ultimate goal should be to create a cycle in which multinational companies establish advanced manufacturing and R&D operations, local engineers gain experience, universities develop relevant research capabilities and domestic suppliers emerge to support the industry.
A window is opening, but it will take time
Global supply-chain diversification gives the Philippines an opportunity, but it does not remove the difficulty of building a semiconductor ecosystem. Advanced manufacturing projects can take years to establish, while chip technologies and customer requirements evolve quickly. Nevertheless, the country has an advantage because it can build on an established electronics industry rather than start from scratch. Its 2026 roadmap, New Clark City plans and EU trade negotiations suggest that policymakers are trying to turn that advantage into something broader.
The real test will be whether future investments translate into lasting domestic capabilities in chip design, advanced packaging, specialised equipment, research and supplier development. The Philippines does not need to become the next Taiwan to move up the semiconductor value chain. It needs to become exceptionally good at selected parts of it. If it can connect its existing manufacturing footprint with deeper engineering, research and supplier capabilities, its electronics industry could become the foundation for a much higher-value technology sector.