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Aug 20
SK Hynix's new HBM team lands in Nvidia and AMD's backyard — co-design is becoming the way to win HBM4 orders
SK Hynix is reported to be assembling a high-bandwidth memory (HBM) design team in Silicon Valley, a move that would deepen its co-design work with major US chip customers. Analysts see it as evidence that HBM competition is shifting into a customized, jointly developed phase.
Xiaomi is preparing to take its in-house smartphone silicon further upmarket, with founder and chairman Lei Jun confirming that a new generation of its Xring chip is on the way. Supply-chain sources say the chip has already returned from fabrication, completed initial power-on testing and moved into the device integration stage.

JCET Group reported record first-half revenue for 2026, with demand from artificial intelligence infrastructure and high-performance computing lifting capacity utilization and accelerating the shift toward higher-value advanced packaging.

SK hynix is considering a large-scale memory semiconductor investment in Japan, with Miyagi Prefecture emerging as a potential site, although the company has stressed that no decision has been finalized.

Rising demand for AI computing power is increasing chip package sizes, bringing fan-out panel-level packaging (FOPLP) into sharper focus as a next-generation packaging technology that converts traditional round wafer formats into rectangular panels, offering potential gains in both production efficiency and cost.

The AI industry is watching the rise of co-packaged optics (CPO) as faster AI systems now depend on more efficient links between chips and data centers. At DIGITIMES Tech Forum 2026 in Taipei, analyst Jerry Zheng said the technology is moving toward mainstream adoption as bandwidth demand outpaces computing gains.
SK hynix has published a technical roadmap for co-packaged optics (CPO) in the journal Nature Electronics, positioning the world's largest supplier of high-bandwidth memory (HBM) to compete not just on individual chip performance but on how memory, processors, and networking are designed together as AI computing systems scale.
Micron's new US research hub could influence how future AI systems are built, stored, and scaled, with implications that extend well beyond America. The planned US$10 billion effort targets breakthroughs in memory, advanced packaging, and new compute architectures that may shape global technology supply chains, energy use, and access to smarter devices.
Foundry leader Taiwan Semiconductor Manufacturing Company (TSMC) grew 37% year to date — and still lost four percentage points of the sub-sector's revenue share, because the other 26 manufacturers grew more than twice as fast.
JCET Group has completed trial production of a 1.5μm-diameter, 17μm-deep through-silicon via (TSV) with an aspect ratio of 11.3:1, extending its advanced packaging capabilities towards denser 2.5D and 3D integration.
Thirty-eight of 43 companies grew year to date at a median rate of 28.7% — the highest of any semiconductor sub-sector — with test handlers, sockets and probe cards recurring across company filings.
Nitto Denko said it will invest JPY28 billion (US$176.68 million) through fiscal 2028 to expand production of thin-film metal base boards for hard disk drives, raising capacity by 40% from fiscal 2025 levels. The move is aimed at meeting demand driven by AI-related data center growth.