The risk. Plain EMIB has shipped in volume for years, but EMIB-T is new, and a power-delivering bridge is harder to manu…
SemiAnalysis Twitter · SemiAnalysis (@SemiAnalysis_) · 2026-07-01
SemiAnalysis warns that Intel's new EMIB-T advanced packaging technology, which integrates power delivery through the bridge, is unproven at volume and that execution risk on yield and ramp schedule is the key uncertainty for Google's Humufish TPU.
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Extraction
Topics: semiconductor-packagingintel-emibadvanced-packagingai-hardware-risk
Claims
- Plain EMIB has shipped in production volume for years, but EMIB-T with integrated power delivery is a new and untested process at scale.
- A power-delivering bridge is harder to manufacture at scale than a standard EMIB bridge.
- If Intel cannot ramp EMIB-T yield and volume on schedule, Google's fallback is the same capacity-constrained CoWoS that EMIB-T was meant to replace.
Key quotes
EMIB-T is new, and a power-delivering bridge is harder to manufacture at scale.
If it slips, the fallback is the same capacity-constrained CoWoS this was meant to avoid. Compelling architecture. Execution is the question.