Semiconductor Japan
At a Stanford University APARC seminar, economist Jun Akabane analyzed two paths for Japan's semiconductor revival: TSMC's Kumamoto plant and Rapidus. This article provides an in-depth analysis of their strategic logic, industrial impact, and geopolitical implications.
Takumi Kobayashi / 7 min readSemiconductor Japan
Stanford University economist Jun Akahane compares the two flagship projects for revitalizing Japan's semiconductor industry: TSMC's Kumamoto plant's local supply chain integration approach, and Rapidus's leapfrog strategy targeting advanced process nodes, revealing the deep contradictions and strategic choices behind Japan's technology policy.
Yuki Matsuura / 7 min readSemiconductor Japan
From the land of flowers and dairy cows to a cutting-edge semiconductor factory, Japan is staking its national strength on Hokkaido, attempting to return to the core stage of the global semiconductor competition through Rapidus's 2nm chip breakthrough.
Yuki Matsuura / 5 min readRobotics And Automation
From FANUC to SoftBank, Japan's leading manufacturing and robotics companies are advancing physical AI based on the NVIDIA Cosmos platform. This article analyzes the new competitiveness behind this move, as Japan's industry transitions from hardware advantages to intelligent systems.
Kenji Tanaka / 8 min readRobotics And Automation
The Japanese industrial control and factory automation market is expected to grow from $24.91 billion in 2025 to $32.47 billion by 2030, at a compound annual growth rate of 8.8%. This article provides an in-depth analysis of how population aging, AI technology integration, and policy support are collectively reshaping the competitive landscape of Japan's manufacturing industry.
Kenji Tanaka / 4 min read