#chip scaling

Three physical transistor architecture models on a bright table in sequence, a fourth space at the end of the table conspicuously empty, a small honest placeholder card caught being set down in it rather than a finished model

Moore's Law Hasn't Ended in 2026. The Thing That Actually Ends It Isn't Quantum Tunneling Alone.

Gate-all-around transistors and backside power delivery bought the industry another decade. The deeper problem underneath — Dennard scaling's collapse and doubling fab costs — is the one nobody has a clean fix for yet.

By Brecht Corbeel · August 10, 2026 · 4 min read

Two charts pinned side by side on a bright wall, one visibly aged and hand-drawn from an earlier era and the other modern and printed, a single trendline caught being traced continuously across the gap between them

AI Hardware & Semiconductors

Moore's Law Was Never a Law. It Was a Business Plan.

Gordon Moore observed a trend in 1965. The industry spent the next sixty years treating that observation as a target to hit rather than a fact to discover — which is the real reason it held for so long.

By Brecht Corbeel · August 10, 2026 · 4 min read

A physical source-power dial on a bright EUV scanner's control panel caught mid-turn, its needle passing an older, lower marked setting toward a new, higher one

AI Hardware & Semiconductors

High-NA EUV: The Upgrade That Buys the Chip Industry Another Decade

ASML's next-generation lithography platform isn't a minor refinement. It's the specific technology that determines whether transistors keep shrinking past the current generation at all.

By Brecht Corbeel · August 10, 2026 · 4 min read

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