Semiconductor Firms Have Targeted Asia-Pacific Growth
Industry stakeholders plan to expand footprints across the region to meet surging demand for high-performance computing.
Updated on Oct. 9, 2026 in Semiconductors
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Nearly 80% of industry stakeholders have identified the Asia-Pacific region as the primary hub for future semiconductor demand growth. Over one-third of surveyed companies intend to expand their business operations into these markets within the next three years.
Why it matters
Rising requirements for AI and high-performance computing are forcing chip companies to reinforce supply chains within the established Asia-Pacific manufacturing ecosystem. This shift prioritizes regional hubs that handle everything from equipment production to final packaging.
Taiwan currently controls 60% of worldwide foundry output, while Southeast Asia functions as the primary center for assembly and packaging. Stakeholders surveyed also pointed to South Korea's memory leadership and Japan's equipment production as critical pillars of the regional ecosystem.
The players
SEMICON
A global trade association and event organizer representing the electronics manufacturing and design supply chain.
The details
The Asia-Pacific region operates as an integrated manufacturing stack where specialized nodes perform distinct functions essential to chip production. Japan provides the sophisticated semiconductor equipment needed for fabrication, while Taiwan dominates the front-end wafer foundry process. Finished silicon wafers are then moved to Southeast Asia for assembly and packaging, the final stages of preparing chips for integration into data center hardware.
Timeline
Over 2,000 data centers are expected to be built between 2026 and 2035.
More than one-third of firms plan to expand into APAC markets over the next three years.
The Tech Race
The regional expansion follows the projected build-out of 2,000 global data centers between 2026 and 2035. Semiconductor firms are now jockeying to secure positions within the Asia-Pacific supply chain to guarantee they can meet the massive compute capacity requirements this infrastructure will demand.
The expansion will eventually increase the availability of specialized silicon required for high-performance computing and AI workloads. Organizations and developers should watch for shifts in lead times for hardware components as these new production capacities begin to come online through 2035.
The takeaway
The semiconductor industry is doubling down on regional integration to satisfy the long-term compute needs of the global data center build-out. Stakeholders should track the 2026 start date for massive infrastructure development as a indicator for when these supply chain shifts will begin impacting hardware availability.
Further reading
For broader analysis of how global supply chains are adjusting to hardware demand, visit the Semiconductors section.
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Is the concentration of semiconductor production in the Asia-Pacific region good for the global economy?
