Semiconductor Advantage Shifts from Chips to Integrated Systems
The piece says semiconductor value is moving beyond transistor scaling toward advanced packaging, AI infrastructure, system integration, software, data, and platform ecosystems. In the AI era, performance depends on how well a whole system moves data, manages power, coordinates compute, and connects with other systems. Future industry leaders may be those that combine technology, platforms, partnerships, and strategic positioning into scalable systems rather than simply having the best chip.
The article is the third installment in a conversation between Advantest’s Don Ong and ISIG co-founder/CEO Salah Nasri. It considers how semiconductor competition may evolve over the coming decade.
Historically, the industry captured value through smaller transistors, improved process nodes, and faster chips. The discussion argues that important gains now also come from packaging, AI infrastructure, system-level integration, software, data, and platform ecosystems. In AI, overall performance depends on data movement, power management, compute coordination, and links among systems. Future leaders may need to blend technology, platforms, partnerships, and positioning into scalable systems.
This shift could affect chipmakers, packaging and test suppliers, cloud and AI platform providers, software developers, and ultimately users of AI-enabled services. As competition moves toward integrated systems, companies may need broader partnerships and skills, potentially reshaping jobs and supply chains. Better system-level efficiency might improve performance and energy use, while greater dependence on complex platforms could raise concerns about interoperability, resilience, and access. The pace and distribution of these effects remain uncertain.