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Four-Tool Energy-Recovery Co-Design of Signal and Power Integrity in 3D Chiplets

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Printed title: Four-Tool Energy-Recovery Co-Design of Signal and Power Integrity in 3D Chiplets

Original byline: Mr.K · Archive author: Han Jae Jun

Date: manuscript year 2026 · Version: working manuscript, not a peer-reviewed publication.

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The R24 edition adds a C1 rail-bounded differential voltage command, an exact-rational continuous-time source certification, a strictly sharper O(σ2) Gaussian-command theorem, a minimum-Joule rational ramp under named slew and waveform-error sufficient certificates, and a common four-tool mode/port-power transfer. Its code also quantifies the slight increase in resistor heat required by this smoother waveform. No causal BSIM realization, whole-PHY efficiency, foundry signoffor fabricated-device BER is claimed. The R23 edition adds exact gross source/return power ledgers, Gaussian command bandwidth/error tradeoffs, a sharp joint four-tool periodic return/parity theorem, and a four-data-lane tail budget. It preserves all R01–R22 proofs and unbuilt device/circuit drawings, without asserting BSIM, fabrication or whole-chipset efficiency qualification. The R22 edition adds an exact uniform error bound for actual RLC/driver tolerances, a sharp source- disturbance gain, a finite-leakage refresh theorem, and handoffclamp/gate-power budgets. Its tolerances are specified test envelopes and do not imply foundry signoff. The R21 edition adds a constructive all-symbol, true-complementary four-lane current-controlled exchange without the R20 dummy capacitor bank or same-UI active residual reset. It proves a finite-time, continuous and rail-bounded 70-ps driver waveform, an exact Joule and regenerative-source ledger, a global slew-constrained heating lower bound, an all-word transition invariant, conditional charge-error bounds, and a typed four-tool periodic PDN energy monotonicity theorem. It does not claim a physically verified programmable H-bridge, MOS crossbar, measured BER, or whole-device 100 percent efficiency. The R20 edition integrates four-lane mask compensation, finite-time active … [source excerpt; see full PDF]

Original source PDF: 137 pages · 5285452 bytes
ZIP-member PDF SHA-256: 86c572c396c13e1fb237a452482ccdda09f39e1f49becb699086efb1ee7d0882
Current Drive PDF: 5485530 bytes
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Original ZIPCHIPLET_SIPI_R24_READER_LITE_20261014.zip
Main PDFpdf/main/chiplet-sipi-r24-reader-lite-20261014.pdf
PDF pages137
PDF SHA-25686c572c396c13e1fb237a452482ccdda09f39e1f49becb699086efb1ee7d0882
ZIP SHA-2564840cdf105a34cbafaaacf18eace6e188653efe68e3bc5c3784907983c3b1bdf

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Citation

@unpublished{Han2026chipletsipir24readerlite20261014,
  author = {Han Jae Jun},
  title = {Four-Tool Energy-Recovery Co-Design of Signal and Power Integrity in 3D Chiplets},
  year = {2026},
  note = {Research source ZIP: CHIPLET_SIPI_R24_READER_LITE_20261014.zip; independent theorem proof audit not certified},
  url = {https://han-jae-jun-research.vercel.app/research/chiplet-sipi-r24-reader-lite-20261014.html}
}

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Original version: CHIPLET_SIPI_R24_READER_LITE_20261014.zip

Main PDF SHA-256: 86c572c396c13e1fb237a452482ccdda09f39e1f49becb699086efb1ee7d0882

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