United States / GlobalBroadcom reported Q3 FY2026 revenue of $29.59 billion, up 86% year over year, with semiconductor-solutions revenue reaching $20.84 billion, up 127%.
United StatesD-Wave Quantum entered into a definitive Other Transaction Agreement with the U.S.
TaiwanSolvay is expanding semiconductor-grade hydrogen-peroxide capacity through its 51%-owned Shinsol Advanced Chemicals joint venture in Tainan.
United Kingdom / EuropeSivers Semiconductors announced a $30 million expansion of its indium-phosphide semiconductor manufacturing facility in Glasgow, Scotland.
GlobalWorldwide semiconductor-equipment billings reached $40.53 billion in Q2 2026, increasing 23% year over year and 11% quarter over quarter, according to SEMI.
IndiaBengaluru-based Makr Microsystems raised a ₹10.2 crore (~US$1.07 million) seed round led by Bluehill VC with participation from Artha Venture Fund.
United States / IsraelGlobalFoundries and RAAAM Memory Technologies announced a strategic collaboration to develop and qualify Gain-Cell RAM on GF’s FDX FD-SOI platform, reaching a successful test-vehicle tape-out.
TaiwanMicron inaugurated its Tainan wafer fab and full-wafer-test cleanroom after converting an existing industrial facility in approximately 6.5 months.
United StatesNavitas Semiconductor announced that first shipments of its fifth-generation GaNFast gallium-nitride technology manufactured in the United States through GlobalFoundries would begin in September 2026.
IndiaIndia issued notifications for all six pillars of Semicon 2.0, operationalizing the next phase of its semiconductor strategy with an overall fiscal outlay of ₹1,27,500 crore (₹1.275 trillion; ~US$13.39 billion).
ChinaHua Hong Grace and its partners entered agreements for Wuxi JV III to establish a 12-inch wafer production line with monthly capacity of approximately 55,000 wafers.
AI Chips • Custom Silicon • Networking • Hyperscalers
Broadcom AI-Semiconductor Revenue Jumps 221% to $16.7 Billion
September 2, 2026 | United States / Global
Broadcom reported Q3 FY2026 revenue of $29.59 billion, up 86% year over year, with semiconductor-solutions revenue reaching $20.84 billion, up 127%. AI-semiconductor revenue reached $16.7 billion, rising 221% YoY and 54% sequentially. Broadcom expects AI-semiconductor revenue of approximately $21.7 billion in Q4, up 236% YoY, while total Q4 revenue is guided to about $34.8 billion. The company also generated $13.7 billion of free cash flow. The figures point to AI demand broadening beyond merchant GPUs into custom accelerators, switching and connectivity silicon.
The next signal is whether Broadcom’s AI growth remains concentrated in a few hyperscaler programs or becomes a durable multi-customer platform across custom accelerators and networking. Watch design-win conversion, customer concentration and whether Q4’s $21.7 billion AI target is achieved without creating supply bottlenecks in advanced packaging and leading-edge foundry capacity.
GreyRadius Insight
AI semiconductor economics are becoming less GPU-centric. As hyperscalers internalize more workload-specific silicon, value shifts toward companies that can combine custom compute, switching and high-speed connectivity. For semiconductor suppliers, the strategic position increasingly depends on owning multiple layers of the AI system rather than a single chip category.
Quantum • Semiconductor R&D • CHIPS Act • Government Policy
D-Wave Secures Definitive Agreement for Up to $100 Million of U.S. CHIPS Funding
September 4, 2026 | United States
D-Wave Quantum entered into a definitive Other Transaction Agreement with the U.S. Department of Commerce under the CHIPS and Science Act. The agreement provides an award of up to $100 million for advanced microelectronics R&D supporting scalable high-performance components for superconducting quantum computers. The initial funding tranche is $53,552,620, with subsequent funding tied to milestones. This is R&D funding rather than commercial semiconductor-fab capacity.
Watch how the award moves from component R&D into qualified subsystems and reproducible manufacturing processes. The important milestone is not the headline funding amount, but whether the program creates scalable U.S. capability for superconducting quantum hardware that can move beyond laboratory prototypes.
GreyRadius Insight
Quantum policy is beginning to intersect with semiconductor industrial policy. That matters because future quantum advantage may depend as much on specialized materials, fabrication, packaging and cryogenic-compatible components as on algorithms. Governments are therefore funding manufacturing capability before commercial demand is fully mature.
Solvay More Than Doubles Taiwan Semiconductor-Grade Hydrogen-Peroxide Capacity
September 3, 2026 | Taiwan
Solvay is expanding semiconductor-grade hydrogen-peroxide capacity through its 51%-owned Shinsol Advanced Chemicals joint venture in Tainan. Capacity will increase from about 35,000 tonnes per year to more than 70,000 tonnes per year by the end of 2026. Electronic-grade material represented about 15% of Solvay’s peroxide sales in 2025, and the company intends to triple its electronic-grade peroxide business over the next five to seven years. The expansion reflects rising material requirements from advanced-node semiconductor manufacturing.
The key indicator is utilization after the new capacity comes online. Advanced-node growth will matter only if it translates into sustained ultra-pure chemical demand, tighter qualification requirements and long-duration supply relationships with leading fabs.
GreyRadius Insight
AI capacity expansion is creating investment far upstream from chips. As geometries shrink, purity and process-control requirements increase, making specialty chemicals a strategic constraint rather than a commodity input. Suppliers that are already qualified near major fabs can gain pricing power and customer stickiness as process complexity rises.
Sivers Invests $30 Million to Build More Than 100-Million-Laser Annual InP Capacity in Scotland
September 3, 2026 | United Kingdom / Europe
Sivers Semiconductors announced a $30 million expansion of its indium-phosphide semiconductor manufacturing facility in Glasgow, Scotland. Once completed, the fab is expected to support production of more than 100 million continuous-wave distributed-feedback lasers annually. Expansion work begins in H2 2026, with the enlarged facility expected to become operational in Q4 2027. The investment targets rising optical-networking demand from AI data centers.
Watch customer qualification and capacity conversion as the project moves toward Q4 2027 operations. The strategic proof point will be whether the additional laser capacity is absorbed by high-volume AI interconnect architectures rather than remaining dependent on a narrow set of optical programs.
GreyRadius Insight
AI infrastructure bottlenecks are moving from compute toward connectivity. Larger accelerator clusters require more optical bandwidth, making InP lasers and silicon photonics increasingly critical. Semiconductor value creation is therefore broadening from processors and memory into the optical components that make large-scale systems usable.
Semiconductor Equipment • Capex • Manufacturing • AI Capacity
Global Semiconductor-Equipment Billings Hit Record $40.53 Billion
September 3, 2026 | Global
Worldwide semiconductor-equipment billings reached $40.53 billion in Q2 2026, increasing 23% year over year and 11% quarter over quarter, according to SEMI. The result marked the industry’s second consecutive record quarter. SEMI linked the increase to sustained investment in advanced manufacturing capacity, particularly infrastructure required to meet growing semiconductor demand associated with AI.
Equipment spending is a leading indicator, so the next question is where the installed tools convert into usable capacity. Watch regional mix, advanced-node versus mature-node spending and whether record billings persist as fabs move from construction into ramp and utilization.
GreyRadius Insight
The semiconductor cycle is increasingly being shaped by synchronized investment across compute, memory, packaging and equipment. Record tool billings suggest AI demand is moving beyond order books into physical manufacturing capacity. That raises both opportunity and overbuild risk, making utilization and end-demand conversion the metrics executives should track next.
Metrology • Semiconductor Equipment • Advanced Packaging • India
Makr Microsystems Raises ₹10.2 Crore for Semiconductor Metrology Technology
September 3, 2026 | India
Bengaluru-based Makr Microsystems raised a ₹10.2 crore (~US$1.07 million) seed round led by Bluehill VC with participation from Artha Venture Fund. The company is developing nanoscale three-dimensional subsurface metrology using Acoustic Atomic Force Microscopy with acoustic sensing and complementary analytical techniques. Funding will support technology development, customer validation and commercial deployment, with potential applications in advanced packaging, hybrid bonding and buried-interface inspection.
The critical milestone is customer validation, not the seed-round size. Watch for qualification with semiconductor manufacturers, repeatable defect-detection performance and evidence that the technology can integrate into production workflows where yield improvement justifies equipment adoption.
GreyRadius Insight
India’s semiconductor ambition will be stronger if it develops equipment and metrology IP alongside fabs and packaging. Inspection technologies create higher-value, defensible positions because they sit close to yield economics. Small funding rounds can therefore matter strategically when they target specialized gaps in the manufacturing stack.
Embedded Memory • FD-SOI • Edge AI • Foundry R&D
GlobalFoundries and RAAAM Tape Out GCRAM Claiming 40% Smaller Area and Up to 60% Lower Power
September 2, 2026 | United States / Israel
GlobalFoundries and RAAAM Memory Technologies announced a strategic collaboration to develop and qualify Gain-Cell RAM on GF’s FDX FD-SOI platform, reaching a successful test-vehicle tape-out. The companies claim GCRAM can reduce memory area by 40% and lower memory power by up to 60% compared with commodity SRAM. Lead-customer design access is targeted for early 2027. The technology remains at the test-chip and qualification stage rather than commercial-volume manufacturing.
Watch silicon validation, yield and early customer access in 2027. The commercial question is whether GCRAM can deliver its claimed density and power benefits while meeting the reliability, process-integration and tool-chain requirements needed for real edge-AI SoCs.
GreyRadius Insight
AI memory constraints are not limited to HBM. In edge devices, SRAM can dominate die area and power, so alternative embedded-memory architectures could materially change SoC economics. If qualification succeeds, foundries with differentiated embedded-memory options can compete on system efficiency rather than process node alone.
Memory Manufacturing • Wafer Test • Brownfield Capacity • Taiwan
Micron Inaugurates Converted Tainan Wafer Fab and Full-Wafer-Test Cleanroom
August 31, 2026 | Taiwan
Micron inaugurated its Tainan wafer fab and full-wafer-test cleanroom after converting an existing industrial facility in approximately 6.5 months. The project strengthens Micron’s manufacturing infrastructure in Taiwan and demonstrates the speed possible from brownfield conversion compared with greenfield fab construction. The source does not disclose a project-specific investment amount, wafer-start capacity or process node, so no such figures are assigned.
The next proof point is operational output: qualification timing, utilization and the role the facility plays within Micron’s broader memory and test network. Without disclosed wafer-start capacity, the significance should be judged by how quickly the converted site becomes productive and supports downstream memory demand.
GreyRadius Insight
Brownfield conversion can become a strategic capacity tool when demand is moving faster than greenfield construction cycles. For memory companies, speed-to-ready infrastructure may be as important as headline capex, particularly when testing and manufacturing bottlenecks need to be relieved before the next major demand wave.
Power Semiconductors • GaN • AI Infrastructure • U.S. Manufacturing
GlobalFoundries Begins U.S. Production Pathway for Navitas Gen-5 GaN Power Semiconductors
September 1, 2026 | United States
Navitas Semiconductor announced that first shipments of its fifth-generation GaNFast gallium-nitride technology manufactured in the United States through GlobalFoundries would begin in September 2026. Production uses GF’s U.S. 200mm manufacturing and process platform. The devices target AI infrastructure and other applications requiring high-density, high-efficiency power conversion. No investment amount or shipment volume was disclosed.
Watch shipment scale and design wins in AI power architectures. The important signal is whether 200mm U.S. GaN production becomes a volume platform for data-center power conversion rather than a limited manufacturing option for selected products.
GreyRadius Insight
Power efficiency is becoming a semiconductor growth vector in its own right. As rack density rises, every conversion loss compounds cooling and grid requirements. That makes GaN and other wide-bandgap devices strategically linked to AI compute economics, not just to traditional power-electronics markets.
India Formally Notifies All Six Pillars of ₹1.275 Trillion (~US$13.39 Billion) Semicon 2.0
August 31, 2026 | India
India issued notifications for all six pillars of Semicon 2.0, operationalizing the next phase of its semiconductor strategy with an overall fiscal outlay of ₹1,27,500 crore (₹1.275 trillion; ~US$13.39 billion). The framework broadens policy support across design, equipment and materials, manufacturing, advanced packaging, R&D and workforce development. The government also reported that India reached its target of developing 85,000 semiconductor engineers in four years and that students from Tier-II and Tier-III cities had designed more than 250 semiconductor chips.
The decisive shift now is from policy architecture to project execution. Watch scheme-level guidelines, approval timelines, private-capital commitments and whether incentives create local supplier depth in equipment, materials and packaging rather than concentrating only on headline fab projects.
GreyRadius Insight
Semicon 2.0 matters because it treats the semiconductor industry as an ecosystem rather than a fab-only agenda. India’s long-term advantage will depend on building capabilities where entry barriers are lower but value is defensible—design, packaging, materials, equipment, testing and talent—while selectively scaling manufacturing.
Foundry • 300mm Capacity • Specialty Processes • China
Hua Hong Advances 300mm Wuxi Phase III Expansion Targeting ~55,000 Wafers per Month
September 1, 2026 | China
Hua Hong Grace and its partners entered agreements for Wuxi JV III to establish a 12-inch wafer production line with monthly capacity of approximately 55,000 wafers. Registered capital is set at $4.17 billion, while total investment is planned at $6.95 billion, including $2.78 billion of debt financing. Hua Hong’s group would hold approximately 51% after completion. The project expands specialty-process capacity and remains subject to applicable approvals and implementation conditions.
Watch shareholder approval, capital contributions and construction milestones before treating the 55,000-wpm figure as available capacity. The larger strategic question is how quickly new specialty capacity translates into utilization across power, analog, embedded-memory and other non-leading-edge applications.
GreyRadius Insight
China’s capacity expansion is not only about leading-edge nodes. Specialty-process scale can reshape global pricing and supply security in power, analog and mature-node categories that remain essential across industrial, automotive and consumer systems. Executives should therefore track capacity additions by process mix, not just by node.
Market Data & Intelligence
Metric
Latest Value
Publication Date
Region
Executive Implication
Broadcom Q3 FY2026
$29.59B revenue; $16.7B AI semiconductor; +221% YoY
September 2, 2026
United States / Global
Custom AI accelerators and networking are becoming a second major AI-compute demand engine.
D-Wave CHIPS award
Up to $100M; initial tranche $53.55M
September 4, 2026
United States
Federal semiconductor policy is extending into quantum microelectronics R&D.
Solvay Taiwan H₂O₂
~35k → >70k tonnes/year by end-2026
September 3, 2026
Taiwan
Advanced-node growth is pulling investment into ultra-pure process chemicals.
Sivers Glasgow InP
$30M; >100M lasers/year; Q4 2027 target
September 3, 2026
United Kingdom / Europe
AI-cluster scaling is increasing demand for optical interconnect components.
Global equipment billings
$40.53B; +23% YoY; +11% QoQ
September 3, 2026
Global
Record tool spending signals physical capacity expansion ahead of future semiconductor output.
Makr Microsystems
₹10.2 crore (~US$1.07 million) seed round
September 3, 2026
India
India is beginning to build specialized semiconductor-equipment and metrology IP.
GF–RAAAM GCRAM
40% smaller area; up to 60% lower power; early-2027 access
September 2, 2026
United States / Israel
Embedded-memory efficiency is becoming a strategic edge-AI design constraint.
Micron Tainan conversion
~6.5-month brownfield conversion
August 31, 2026
Taiwan
Brownfield reuse can compress semiconductor infrastructure deployment timelines.
GF–Navitas Gen-5 GaN
U.S. 200mm production; shipments from Sep. 2026
September 1, 2026
United States
AI rack power density is increasing the value of efficient power semiconductors.
