Semiconductors
A June 2026 TSMC grant builds liquid cooling directly into the chip package. When you can't get the heat out, you can't run the silicon — and that's now a business constraint.
Semiconductors
A June 2026 TSMC grant on backside contacts is a small document with a large business consequence — it's how the foundry keeps the wiring out of the transistor's way.
Semiconductors
A June 2026 Intel grant on packaging stacked memory devices sits right at the chokepoint of the AI buildout — advanced packaging, not raw wafers.
Semiconductors
Intel's June 2026 patent on additive gate structures for gate-all-around transistors is about whether the company can actually build the node it has been promising.
Semiconductors
A June 2026 grant to Xilinx — now part of AMD — attacks the bandwidth wall by routing memory connections vertically. It's a window into where AMD's data-center moat is built.
Semiconductors
Not all AI infrastructure spending is chips. A June 2026 grant on an enclosed liquid-cooling system is a reminder that the buildout's cost includes the plumbing.
Semiconductors
A June 2026 TSMC grant on pattern-formation methods is, commercially, about squeezing more out of expensive lithography — the most capital-intensive step in the fab.
Semiconductors
The picks-and-shovels of chipmaking rarely make headlines. A June 2026 Applied Materials grant on an EUV process step shows where the equipment makers' leverage actually sits.
Semiconductors
A June 2026 TSMC grant on multiple gate-patterning methods for future nanosheet scaling is, underneath, about the thing that decides foundry economics: yield.
Semiconductors
Away from the AI-accelerator spotlight, power semiconductors run electric vehicles, grids, and industrial systems. A June 2026 Mitsubishi grant is a window into that quieter, durable market.
Semiconductors
When you can't shrink a transistor further sideways, you stack it. An IBM June 2026 grant on backside contacts for stacked devices points at the lever after GAA.
Semiconductors
A May 2026 Intel grant on photonic quasi-monolithic die architectures points at the next interconnect frontier — moving data between chips with light, not copper.