INTERACTIVE RESEARCH TOOLS
Change the inputs. See the boundaries.
These tools help explore the distinction between materials, circuits, and systems. Default values are examples, not measured IGZO platform results or performance forecasts.
Ideal 4×4 analogue multiplication
Column currents follow Ohm’s and Kirchhoff’s laws. Inputs are voltage V, conductance G, and current I. Line resistance, sneak paths, noise, and ADCs are excluded.
Conductance matrix (µS)
Column currents
This visual illustrates only the ideal I = V·G relation. A device model must add measured conductance distributions, IR drop, read noise, and peripheral circuits.
End-to-end energy budget
Choose hypothetical component energies. See why total energy per valid inference can differ from array energy alone.
Etotal = Esensor + EDAC + Earray + EADC + Econtrol
Example total energy
Comparison ratio:
Every value is supplied by the visitor; no IGZO advantage is claimed. A valid comparison matches task, accuracy, precision, throughput, idle power, and measurement boundary.
Array scaling and yield
Under an independent and identical cell-pass assumption, estimate the probability that all cells in an array pass. Real manufacturing correlations are excluded.
The independence model omits shared row/column defects, spare cells, fault tolerance, and calibration. It must not be read as a manufacturing forecast.