Semiconductor Industry

95 Articles in this topic
Business & Economy

Printing Semiconductors: Epson and Taiwan's Manz Asia Partner on Inkjet Chip Manufacturing

Seiko Epson and Taiwan's Manz Asia have formed a strategic partnership to develop inkjet-based semiconductor manufacturing. Their 'additive' approach prints functional materials directly onto substrates without photomasks, cutting costs and environmental impact versus traditional photolithography. We explore their Lab-to-Fab equipment roadmap and Japan's edge in printed electronics.

All95 stories in Semiconductor Industry

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Business & Economy

Diamond MOSFET: Japanese Startup Achieves World's First 200V/1A Switching — The Ultimate Power Semiconductor Takes Shape

Japan's Power Diamond Systems, a Waseda University spinoff, achieved the world's first 200V/1A switching operation with a diamond MOSFET. With 550V breakdown voltage and 0.8A drain current in a single device, diamond semiconductors could surpass SiC and GaN as the ultimate power semiconductor for EVs and renewable energy.

Business & Economy

302nm UV Laser for Quantum Computers: Japan's Oxide Ships the Heart of Neutral-Atom Machines

Oxide Corporation, an optical crystal maker in Hokuto, Yamanashi, began selling Frequad-K, a 302nm UV laser source for quantum computers, on March 9, 2026. The wavelength is what excites ytterbium atoms into the Rydberg states neutral-atom machines need, and the first unit went to a domestic customer. We look at why 95% world share in semiconductor wafer inspection crystals transfers to quantum, and at the 436nm quantum communications laser Oxide shipped to LQUOM in July.

Society

Japan's $260B Semiconductor Ambition: Government Targets 40 Trillion Yen by 2040 with AI Chip Research Hubs

Japan's government has set an ambitious target of ¥40 trillion ($260B) in domestic semiconductor sales by 2040, announcing plans for cutting-edge AI research hubs. From Rapidus's 2nm chips in Hokkaido to TSMC's $17B 3nm fab in Kumamoto and JDI's $13B US display plant, we break down Japan's full semiconductor strategy—and compare it with the US CHIPS Act, EU Chips Act, and South Korea's and Taiwan's chip policies.

Business & Economy

Memory Chip Crisis: Kioxia's 17x Profit Surge Exposes Global Semiconductor Shortage Driven by AI Demand

Kioxia's Q4 net profit surged 17x year-over-year as NAND flash prices skyrocket. AI-driven demand for HBM is squeezing memory supply for smartphones, PCs, and automobiles — creating a global shortage that may last until 2028. We analyze the competitive landscape with Samsung, SK Hynix, and Micron, and Kioxia's post-IPO growth strategy including its NVIDIA partnership for next-gen AI SSDs.

Business & Economy

Power Semiconductor Shakeup: Denso's $8.2B Bid for Rohm Collapses, and What It Means for Japan's Chip Strategy

Denso proposed a tender offer for Rohm worth up to 1.3 trillion yen (about $8.2 billion), then withdrew it in April 2026 after Rohm's special committee declined to endorse the deal. Consolidation has shifted to a Rohm-Toshiba-Mitsubishi Electric alliance. Here is the competitive picture against Infineon, onsemi, and China's fast-rising players.

Business & Economy

DNP Invests in Rapidus: Scaling 2nm EUV Photomasks, the Bottleneck of Advanced Chipmaking

On February 27, 2026, Dai Nippon Printing announced an investment in Rapidus aimed at developing and scaling EUV photomasks for the 2nm generation. Here is DNP's role in the NEDO programme, its three multi-beam mask writers, the roadmap toward mass production in fiscal 2027, its High-NA EUV work for 1.4nm, and how the Japanese supply chain splits between DNP, Tecsend and HOYA.

Business & Economy

Rapidus Government Investment Revealed: Golden Shares, Voting Rights Controls, and Japan's $19B Semiconductor Gamble

Japan reveals the full picture of its Rapidus investment scheme: becoming top shareholder with just 10% voting rights, holding golden shares with veto power, and a mechanism to seize majority control if finances deteriorate. We compare Japan's $19B commitment with the US CHIPS Act and EU Chips Act, and examine whether Rapidus can realistically mass-produce 2nm chips by 2027.

Technology

Silicon Qubit Breakthrough: Hitachi Achieves 99.1% Gate Fidelity, Plans Cloud Access by 2027

Hitachi and the Institute of Science Tokyo extended coherence time roughly 280-fold and demonstrated 99.1% gate fidelity on natural silicon, the material standard semiconductor fabs already use, with no isotope purification. The result comes from a Concatenated Continuous Drive scheme combining continuous microwave irradiation with phase modulation. Unlike the superconducting route taken by IBM and Google, it builds on existing chipmaking, with cloud access targeted for fiscal 2027.