The Information Machine

SemiAnalysis: AI Silicon Shortage — HBM Bottleneck and N3 Wafer Dominance

Synthesis history

7 versions, newest first.

  1. Version 7 2026-06-05 03:03 UTC · 100 items

    New items this pass are thin. The one substantive addition is confirmation that Intel's Crescent Island inference chip does not use HBM [^25082], which deepens the existing observation that Intel is competing entirely o…

  2. Version 6 2026-06-04 02:29 UTC · 94 items

    Two new angles this pass. SemiAnalysis corrected a potential misread of AMD's competitive position: rack photos of the MI455 and VR200 at CoreWeave and Microsoft are engineering samples with incomplete software stacks a…

  3. Version 5 2026-06-02 18:48 UTC · 80 items

    The most significant new development is SK Hynix's disclosure that even doubling wafer capacity within five years will not relieve memory supply tightness until at least 2030 [^23422] — a substantial extension of the sh…

  4. Version 4 2026-06-01 18:39 UTC · 58 items

    The most significant new material this pass is quantitative confirmation of the shortage thesis from TSMC's own financials: +41% YoY growth with all-time-high margins [^23115], foundry industry at a record $48.8 billion…

  5. Version 3 2026-06-01 08:18 UTC · 52 items

    The most significant new development is the extension of the TSMC shortage horizon beyond 2027 [^23032], pushing the supply constraint from a near-term bottleneck into a potentially multi-year structural regime — a mate…

  6. Version 2 2026-05-31 18:43 UTC · 43 items

    The most significant new development is empirical confirmation of the HBM shortage thesis: sold-out order books at both SK Hynix and Micron through 2026 [^22728][^20307] move SemiAnalysis's central claim from forecast t…

  7. Version 1 2026-05-31 02:14 UTC · 28 items

    The primary constraint on frontier AI hardware has migrated from GPU availability to High Bandwidth Memory (HBM) wafer supply, with CoWoS packaging no longer the binding bottleneck [^22548][^22656]. SemiAnalysis resear…