The test. A provisional reading. It stands if no line outside Taiwan is bonding the chapter’s accelerators, CoWoS-class packages (chip on wafer on substrate) with memory beside the chip, in volume production qualified by their buyers. A weakening in 2027 would have to come by another route than the reported lines, Intel’s packaging taking some of the work TSMC’s chairman said he hoped it would share, so the live test is the last reading.
a mixed or partial reading Every accelerator that matters outside China and carries its memory beside the chip passes through one island’s lines. The earliest lines reported off the island are Amkor’s in Arizona, targeted for early 2028, and TSMC’s own there, by 2029. On 21 October 2026 NVIDIA and Amkor said they planned to expand advanced packaging in South Korea, targeting more than a threefold increase in interposer wafer capacity by the end of 2028, naming no plant, product or volume. The half stands.
From The AI Compute Race. Read the book
- Falls due
- Read on
- The packagers’ own statements
- Chapter
- Chapter 5 — The Island in Every Machine
Why every accelerator runs through Taiwan: the foundry, the packaging and the memory that are booked years ahead, and what that does to anyone arriving late with cash.
What it names
- Party NVIDIA
Filings that bear on it
- U.S. Department of Commerce, CHIPS Program Office, “Department of Commerce Announces Agreement with GlobalFoundries to Amend Its Existing CHIPS Program Award and Reallocate $955 Million to Accelerate Investments in Silicon Photonics, Silicon-Germanium, and Advanced Packaging,” NIST, 14 October 2026
Commerce’s CHIPS office agreed on 14 October 2026 to reallocate up to $955 million within GlobalFoundries’ existing CHIPS award toward its New York and Vermont plants, including the first U.S.-based source of silicon interposers for advanced packaging.
Add this test to your calendar · Download this test: CSV · JSON
How to cite this page
Dryburgh, Lee S. “Chapter 5, the concentration half.” In The AI Compute Race. DRYBURGH. https://dryburgh.com/vol1/tests/2027-12 (accessed 2026-11-01).
BibTeX
@misc{dryburgh-chapter-5-the-concentration-half-2026,
author = {Dryburgh, Lee S.},
title = {{Chapter 5, the concentration half}},
howpublished = {In \emph{The AI Compute Race}, DRYBURGH},
year = {2026},
url = {https://dryburgh.com/vol1/tests/2027-12},
note = {Accessed 2026-11-01}
}