Foundry

Core Summary ASML’s Q2 bookings hit €5.6 billion, crushing analyst estimates and signaling that the AI-driven hardware supercycle remains robust despite market volatility and fears of a spending peak. ▶ The AI arms race is shifting from speculative software bets to concrete hardware capacity, with 2nm and 3nm nodes seeing unprecedented demand from leading foundries. ▶ ASML’s performance acts as the ultimate leading indicator for the semiconductor industry, suggesting that the "AI fatigue" narrative is premature as chipmakers double down on EUV technology. Bagua Insight ASML sits at the very top of the semiconductor food chain, making its order book the most reliable "truth serum" for the AI industry. While the market has been jittery about the ROI of Generative AI at the application layer, these numbers prove that the infrastructure build-out is still in high gear. We are witnessing a decoupling: while software companies struggle to monetize, the "picks and shovels"—specifically the lithography required for next-gen GPUs and accelerators—are being vacuumed up by TSMC and its peers. This surge in bookings for advanced nodes suggests that the transition to 2nm is not just a roadmap item, but a competitive necessity that players are willing to fund heavily today to secure dominance in 2026. Actionable Advice Strategic investors should pivot focus from generic "AI plays" to the specialized EUV supply chain and advanced packaging sectors, which will be the primary beneficiaries of this capacity expansion. For tech strategists, the message is clear: hardware constraints are not easing. Companies should anticipate sustained high costs for leading-edge compute and prioritize R&D in architectural efficiency. Lastly, keep a close watch on export control updates; as ASML’s high-end machines become even more critical to the global AI balance of power, regulatory friction remains the primary non-market risk for the sector.

Samsung Electronics is set to more than double its production capacity for next-generation HBM4 and HBM4E DRAM, signaling an aggressive strategic pivot to reclaim its throne in the AI memory sector. ▶ Capacity Leap: Samsung is shifting from technical catch-up to a scale-driven offensive, leveraging its IDM (Integrated Device Manufacturer) structure to exert massive pricing and volume pressure on competitors. ▶ Architectural Shift: HBM4 represents the evolution of memory from a commodity component to a customized system-in-package, where logic base die integration becomes the primary competitive moat. Bagua Insight This isn't just a capacity play; it's a strategic "over-correction" for Samsung's sluggish entry into the HBM3e cycle. As NVIDIA’s Blackwell and future-gen architectures demand unprecedented bandwidth, HBM4 moves into the realm of wafer-level integration. Samsung is uniquely positioned as the world's only firm possessing both leading-edge Foundry and Memory capabilities. By pushing a "Turnkey Solution" model, Samsung aims to disrupt the SK Hynix-TSMC alliance by offering superior vertical integration and potentially better cost efficiencies. If Samsung masters the yield for HBM4, it could prematurely end the high-margin "gold rush" for its rivals by flooding the market with high-performance silicon. Actionable Advice AI hardware architects and hyperscalers should immediately qualify Samsung’s full-stack HBM roadmap as a strategic hedge against the current HBM duopoly. Monitor Samsung’s yield rates on 2nm/3nm base dies closely, as this will be the ultimate litmus test for their 2026 delivery promises. Procurement teams should prepare for a potential shift from a "supply-constrained" to a "structurally oversupplied" HBM market by late 2026, adjusting long-term contract structures accordingly.

Event CoreIBM is spinning off its quantum chip manufacturing operations to establish the world's first "pure-play quantum foundry." Supported by a massive $2 billion investment framework involving the CHIPS Act and New York State, the new entity will leverage 300mm superconducting silicon fabrication processes. This move aims to industrialize the production of quantum processors (QPUs), transitioning the sector from bespoke laboratory experimentation to high-volume manufacturing (HVM).▶ Architectural Decoupling: By adopting a foundry-style business model, IBM is signaling the end of the "vertically integrated" era in quantum computing, moving toward a specialized division of labor.▶ Scalability Milestone: Utilizing standard 300mm wafer lines allows quantum chips to benefit from the yield and precision of classical semiconductor manufacturing—a prerequisite for reaching the million-qubit threshold.Bagua InsightAt 「Bagua Intelligence」, we view this as the "TSMC moment" for the quantum industry. For years, the lack of standardized fabrication has been the primary bottleneck for quantum advantage. IBM is effectively de-risking the hardware layer for the entire ecosystem. By opening up its fab, IBM isn't just selling capacity; it is establishing its superconducting process as the industry's de facto standard. Strategically, this secures the U.S. quantum supply chain under the CHIPS Act umbrella, ensuring that while the world designs qubits, the foundational "printing press" remains under strategic control.Actionable AdviceQuantum hardware startups should pivot toward a "Fabless" strategy, reallocating capital from heavy Capex to QPU architecture and error-correction algorithms. For institutional investors, the focus should shift toward the "Quantum EDA" and specialized metrology tools required for this new foundry model. As the industry bifurcates into designers and manufacturers, the infrastructure layer will capture the most consistent value in the mid-term.