01 | TSMC Reports 50.9% Revenue Growth in Q3, Led by Advanced Nodes and HPCFoundryQuarterly ResultsAdvanced Nodes |
On October 15, TSMC reported third-quarter 2026 revenue of approximately NT$1.494 trillion, up 50.9% year over year. Net income reached approximately NT$763.06 billion, up 68.7%, with a gross margin of 66.4%.
By wafer revenue, 2nm accounted for 8%, 3nm for 33%, and advanced technologies at 7nm and below together represented 79%. High-performance computing accounted for 68% of net revenue.
The results highlight the importance of advanced manufacturing and high-performance computing to growth. Availability across individual process nodes and end markets still depends on their specific order and capacity allocations.
R&A View: Advanced-node requirements should be assessed alongside advanced packaging, HBM and testing resources. Procurement teams should confirm production milestones and delivery commitments by platform, rather than infer tightness across all nodes from aggregate revenue growth.
02 | ASML Reports EUR11.7 Billion in Q3 Sales and Updates Its OutlookNetherlandsSemiconductor EquipmentBusiness Outlook |
On October 14, ASML reported third-quarter net sales of approximately EUR11.7 billion, net income of approximately EUR5.0 billion and a gross margin of 57.5%.
The company expects fourth-quarter net sales of EUR14.2–15.2 billion and a gross margin of approximately 57%. Its full-year 2026 outlook calls for net sales of EUR44–45 billion and a gross margin of approximately 56%.
The fourth-quarter and full-year figures are guidance. Equipment sales must still translate into delivery, installation, process integration and qualification before they become usable wafer capacity.
R&A View: Equipment investment provides a signal of medium-term manufacturing capability, but does not immediately improve component lead times. Customers should track actual fab ramp-up and product qualification milestones.
03 | GlobalFoundries Selected to Operate Two New York Fabs Under U.S.–Japan InitiativeUnited States / JapanWafer ManufacturingCapacity Plans |
On October 14, GlobalFoundries announced its selection as technology provider and operator for two new semiconductor fabs in Malta, New York, under a U.S.–Japan initiative envisaging up to US$21 billion in Japanese funding.
The first phase plans approximately US$10 billion for a new 300mm fab expected to come online in 2029, with approximately another US$10 billion envisaged for a second fab. The initiative targets automotive, industrial and connected-infrastructure demand.
These are medium- to long-term construction plans, rather than capacity already in production. Funding, construction, equipment installation and customer qualification will determine the actual supply ramp.
R&A View: Geographic diversification in specialty manufacturing can support long-term supply continuity, while offering limited relief for near-term procurement. Future local manufacturing options should be managed separately from currently qualified supply channels.
04 | Tower and Semtech Expand SiGe Partnership to Secure AI Interconnect CapacityHigh-Speed InterconnectsSiGeLong-Term Partnership |
On October 13, Tower Semiconductor and Semtech announced an expanded multiyear partnership supporting optical and copper interconnect products for AI infrastructure.
Semtech will invest to secure dedicated SiGe capacity across Tower’s manufacturing footprint in the United States, Israel and Japan. Applications include transimpedance amplifiers, modulator and laser drivers, and linear equalizers.
The collaboration supports 800G and 1.6T applications, with a roadmap extending to 3.2T. That roadmap includes future product development and does not imply that every speed grade is already in high-volume production.
R&A View: Supply commitments for high-speed connectivity increasingly extend to analog front ends and specialty-process capacity. Customers should align optical-module, driver and related component qualification and delivery plans, alongside the main chips.
05 | Microchip Expands Data Center Portfolio Across PCIe Connectivity and Storage ControlData CentersPCIeStorage Controllers |
On October 12, Microchip expanded its data center portfolio for AI infrastructure, including Switchtec PCIe 6 low-latency switches, Flashtec NVMe controllers and Adaptec RAID solutions.
The Switchtec offering supports up to 64 lanes and 32 ports, with DMA for peer-to-peer data movement. The Flashtec PCIe Gen 5 NVMe 5016 controller adds security and dual-port capabilities, while RAID enhancements address data availability and management.
These products target data movement and storage reliability within servers. Pricing, availability and platform suitability need to be confirmed for each specific device.
R&A View: AI server procurement should include PCIe switches, SSD controllers and RAID components. Firmware, host-platform compatibility and security requirements need validation before adoption; interface generation alone is not a sufficient basis for substitution.
06 | FormFactor and Teradyne Collaborate on Advanced Packaging, HBM and Silicon Photonics TestingTest EquipmentHBMAdvanced Packaging |
On October 12, FormFactor and Teradyne announced a strategic collaboration combining probing, test-interface and characterization capabilities with automated test equipment for HPC, advanced packaging, HBM and silicon photonics.
Teradyne agreed to make a US$300 million equity investment in FormFactor. The transaction remains subject to customary closing conditions and regulatory approvals and should not be treated as completed.
The partnership reflects the growing need to coordinate wafer-level validation, interface compatibility and production testing as chips and packages become more complex.
R&A View: For HBM and chiplet projects, probe and test-interface readiness can affect the production ramp. Project schedules should include test-solution validation and resource planning, alongside wafer and packaging capacity.
07 | Applied Materials Unveils US$5 Billion EPIC Center for Collaborative Process R&DUnited StatesMaterials EngineeringR&D Infrastructure |
On October 12, Applied Materials unveiled its EPIC Center in Sunnyvale, California, representing US$5 billion in capital investment to accelerate semiconductor innovation for the AI era.
The center uses a collaborative R&D model, bringing chipmakers, systems and equipment companies, and universities together with Applied to develop materials, processes and manufacturing technologies and shorten the path from research to production.
This week’s milestone concerns a research facility, rather than new commercial foundry capacity. Its supply-chain impact will emerge through process validation and subsequent production adoption.
R&A View: Advanced manufacturing increasingly depends on joint optimization of materials, equipment and processes. Procurement and engineering teams should track validation results and customer adoption, rather than count R&D spending as immediate supply capacity.
08 | NVIDIA and Semiconductor Partners Advance AI Tools for Manufacturing and Materials ResearchManufacturing SoftwareMaterials SimulationAI Tools |
On October 14, NVIDIA announced further work with semiconductor industry partners to apply AI across chip design and manufacturing, including materials modeling, process simulation, inspection and testing workflows.
CUDA-X cuPotential entered early access for atomic- and molecular-scale simulation. The broader ecosystem includes Applied Materials, Cadence, KLA, Lam Research, Siemens and Synopsys.
These tools aim to improve computing efficiency within specific research and manufacturing workflows. Faster individual simulations do not imply an equivalent increase in whole-fab throughput or yield.
R&A View: AI tools may shorten parts of the development and validation cycle, but manufacturing outcomes still depend on data quality, process integration and on-site validation. Supply assessments should remain grounded in actual yield and delivery performance.
