CONNECT WITH US
May 29
Analysis: ASIC market tightens as capacity becomes key battleground for cloud chips
Cloud service providers' demand for application-specific integrated circuits, or ASICs, is increasingly locked in as advanced process nodes, advanced packaging, and component supply tighten worldwide. For readers across global tech markets, the shift means access to manufacturing capacity, not just chip design, is becoming the main determinant of who can supply the next wave of AI hardware.
Samsung said on June 29 it will invest a combined KRW2,655 trillion (approx. US$1.72 trillion as of June 30, 2026) across its domestic operations, splitting the figure between continued buildout of its existing Pyeongtaek and Yongin semiconductor clusters and a fresh push into Korea's southwestern Honam region, where the bulk of the new money is aimed at memory capacity.

Memory pricing pressure continues to intensify. Contract prices have already recorded substantial gains for two consecutive quarters in the first half of 2026. The pace of quarterly increases may now moderate as the pricing base climbs higher. Still, the memory industry remains firmly in a seller's market. Supply constraints have spread beyond high-bandwidth memory (HBM) and premium DRAM products to virtually all memory categories. Industry sources expect pricing increases to vary by product segment, but the long-term upward trend remains intact, with overall memory prices potentially rising another 60–75% in the second half of the year.

Apple's next iPhone Pro lineup could be heading toward one of its sharpest pricing tests in years, as surging memory costs threaten to raise hardware expenses just as the company pushes deeper into on-device AI.

For more than a decade, Apple built one of the industry's most profitable business models by using its purchasing power to drive down memory and component costs before turning hardware upgrades into high-margin revenue. The AI-driven boom in HBM and DRAM is now challenging that strategy.

The 2026 peak season for IC design firms remains unclear, with global readers likely to feel the effects through pricier smartphones, PCs, and other devices. Supply-chain costs are rising, demand is hard to gauge, and companies are preparing for customer stockpiling that could keep chip orders elevated into the third quarter.

AI demand in 2026 is no longer confined to GPUs, but is broadening into ASICs, networking, PMICs, and a wide range of peripheral ICs, tightening capacity across both 8-inch mature processes and 12-inch advanced nodes. CoWoS's advanced packaging and HBM capacity are also set for a prolonged supply shortage, effectively rewriting the foundry industry's business cycle.

Samsung Electronics is moving forward again on its 1.4nm foundry process, but on a slower schedule than originally planned, The Bell reported, citing industry sources.

SK Hynix said on June 29 it will spend KRW1,100 trillion (approx. US$710 ​billion) across three sites in South Korea over the coming decades, accelerating its Yongin cluster timeline by 12 years as it warned that even faster construction will not be enough to meet projected AI memory demand.

Nexchip Semiconductor has filed for a Hong Kong listing to fund expansion, following rapid revenue growth and a stronger market position. The prospectus highlights its scale in display driver chips and image sensors, while also warning investors about customer concentration, heavy capital needs, and exposure to shifting trade policy.

South Korea is overhauling its semiconductor manufacturing footprint to secure an edge in the AI era, drawing direct inspiration from a fierce competitor: Taiwan.

Reports in South Korea that SK Hynix is slowing the pace of converting production lines to sixth-generation high-bandwidth memory, or HBM4, and shifting more capacity toward commodity DRAM have drawn market attention.