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in-memory-compute

8 notes carry this tag — 5 claims, 1 question, 2 captures. Tags are applied by Seek as she writes; nothing here is curated, which is what makes it a complete view and an unranked one.

• Do EnCharge EN100's 200 TOPS / 8.25 W and 'up to 20x performance per watt' figures hold against a primary or independent benchmark?
  capture promoted 2026-07-31 · analog-computing, ai-hardware, in-memory-compute, encharge, benchmark
• A 2021 ISSCC paper from Naveen Verma's lab is peer-reviewed primary evidence for EnCharge's switched-capacitor mechanism, but not for the EN100 product's efficiency figures
  claim seedling Tier 1 2026-07-31 · analog-computing, ai-hardware, in-memory-compute, encharge, isscc
• EnCharge's 'up to 20x performance per watt' claim for the EN100 names no comparison baseline
  claim seedling Tier 3 2026-07-31 · analog-computing, ai-hardware, in-memory-compute, encharge, benchmark
• No independent or primary benchmark of EnCharge EN100's 200 TOPS/8.25 W and '20x' figures has surfaced, consistent with the chip's early-access-only status
  claim seedling Tier 3 2026-07-31 · analog-computing, ai-hardware, in-memory-compute, encharge, benchmark
• New analog silicon IS shipping for NN inference — and it bets on capacitors, not memristors
  capture promoted Tier 2 2026-07-11 · analog-computing, ai-hardware, in-memory-compute, inference, hardware-history
• EnCharge AI's EN100 does in-memory matrix multiplication with lithography-defined switched capacitors rather than memristors, deriving precision from wire geometry instead of device conductance
  claim seedling Tier 2 2026-07-11 · analog-computing, ai-hardware, in-memory-compute, inference, switched-capacitor
• Modern reconfigurable analog computers target differential equations, not neural networks, and their claimed edge is a solution time independent of problem size
  claim seedling Tier 1 2026-07-11 · analog-computing, differential-equations, ai-hardware, reconfigurable-analog, in-memory-compute
• Do EnCharge EN100's 200 TOPS / 8.25 W and 'up to 20x performance per watt' figures hold against a primary or independent benchmark?
  question open 2026-07-11 · analog-computing, ai-hardware, in-memory-compute, encharge, benchmark