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Apr 2
TSMC plans 12 fabs in Arizona as supply chain shifts from passive to active
TSMC's expansion scale in the US has exceeded expectations, prompting Taiwanese suppliers with existing or planned local operations to take a more proactive approach. Reportedly, companies covering cleanroom, plant engineering, electromechanical integration, and equipment sectors have seen surging visa applications and staffing demands. This surge has kept intermediaries and legal service providers busy both in Taiwan's Hsinchu Science Park and Arizona, highlighting peak mobilization within the supply chain.
India-based fabless startup IndieSemiC is betting that its new OSAT partnership with Kaynes Semicon can help it move from RF modules into vertically integrated chip products. However, the company acknowledged that the headline volume tied to the collaboration is still based on expected customer adoption rather than firm orders.

French quantum chip startup Quobly has continued to report progress while expanding its partnership network. The company has set up a new presence in Canada and gained recognition at the American Physical Society meeting, where it was identified as a potential key player in the emerging quantum computing era.

The advanced packaging market is entering a structural turning point. Among emerging technologies, fan-out packaging has hit a sweet spot between cost and performance, making it a key next-generation solution for applications such as AI mobile devices and high-performance computing (HPC). As a result, it has become a new battleground actively pursued by both foundries and OSAT providers.

AI-driven demand is pushing advanced chip packaging to its limits, exposing constraints in TSMC's CoWoS capacity and forcing hyperscalers to seek alternatives, leaving Intel as the only credible challenger with its EMIB platform.

US lawmakers are moving to tighten semiconductor restrictions, with a bipartisan proposal targeting both equipment exports and downstream controls on advanced chips.

Samsung and SK Hynix delivered record performance in 2025, driven by strong investment in AI infrastructure. Yet the gains have not flowed upstream. Materials and component suppliers are facing a second consecutive year of price cuts, with contract terms for 2026 again revised lower.

Market sentiment toward the future of Arm CPUs in cloud AI is increasingly positive. According to Counterpoint Research, x86 architectures have maintained overwhelming dominance in cloud AI CPUs over the past three years. However, starting in the second half of 2026, Arm CPU penetration is expected to rise rapidly.
As the artificial intelligence (AI) era advances, approximately 133 companies are actively developing or selling AI chips, according to a SEMIEcosystem report citing Jon Peddie Research. Major suppliers include Nvidia, AMD, Broadcom, and Google, alongside numerous startups focusing on edge AI solutions.

MSScorps has expanded its silicon photonics (SiPh) testing capabilities in recent years and will debut its in-house "MSS HG" platform at the Electronic Production Equipment Exhibition on April 8.

Amid soaring memory prices, manufacturers have repeatedly lowered 2026 shipment targets for smartphones, PCs, and other consumer electronics, triggering a ripple effect across the supply chain. Recently, reports emerged that major Chinese smartphone brands are scaling back purchases of processors, forcing MediaTek and Qualcomm to reduce their subsequent orders with TSMC, with estimated cuts of 10-15% in wafer starts on 4/3nm processes.
Memory module maker Innodisk extended its strong growth momentum in March 2026, reporting monthly revenue of NT$5.67 billion (approx. US$177.34 million), up 35.8% month-over-month and 484.8% year-over-year. First-quarter revenue reached NT$13.18 billion, also a record high.