Intel patent reveals new XBM memory architecture that ditches HBM's costly silicon interposer — backend-transistor DRAM stack uses UCIe links and built-in repair to ease AI's memory bottleneck
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Intel patent reveals new XBM memory architecture that ditches HBM's costly silicon interposer — backend-transistor DRAM stack uses UCIe links and built-in repair to ease AI's memory bottleneck
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EUV-printed 28nm gates and 94% working devices, all on standard production tooling.
Today IBM is unveiling their nanostack transistor architecture. Meant to drive chip construction in the sub-1nm era in the 2030s, nanostack aims for building better and smaller chips by building them
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Tracking: Intel patent reveals new XBM memory architecture that ditches HBM's costly silicon interposer — backend-transistor DRAM stack uses UCIe links and built-in repair to ease AI's memory bottleneck