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Analog Layout
Matching, symmetry and parasitic control for analog and mixed-signal blocks.
Matching, symmetry and parasitic control for analog and mixed-signal blocks.
A few microns of mismatch can cost an analog block its spec. Our analog layout team focuses on device matching, symmetry and parasitic control for analog and mixed-signal circuits — the kind of layout discipline that shows up directly in measured silicon performance.
Matched device placement and routing for differential and current-mirror structures.
Layout partitioning and isolation strategy for combined analog and digital blocks.
Noise isolation and ESD-compliant layout structures around sensitive circuits.
Placement decisions made with post-layout parasitic impact in mind from the start.
Extracted-view simulation to confirm layout meets the original circuit spec.
Layout for PLLs, ADCs, bandgaps and other analog IP blocks.
Machine-learning-assisted placement and routing exploration to speed up analog layout convergence.
Sub-micron matching with common-centroid and rotation techniques.
Reduced parasitics through smart routing and guard-ring structures.
Precision layout with tight DRC/LVS and PEX sign-off.
Clean LVS, DRC and PEX with excellent correlation.
Layout discipline that translates to real silicon performance.
Share your spec, node, and timeline — we'll scope exactly what it takes.