Frequency-domain full-wave
S-parameters from layered-media full-wave solves on GPU, with adaptive frequency sweeps that solve only the points that matter.
Services
Automated engineering for RF, SerDes and high-speed packaging.
We take on the electromagnetic and signal-integrity work behind your product: analysis, design automation and custom solvers, run on our own GPU-native tools.
01
EM and signal-integrity analysis
Fast full-wave answers for interconnects and passive structures.
Time-domain periodic sequences
TDPS analysis computes periodic time-domain responses directly, so an eye does not need a long frequency sweep behind it.
Eye and link budgets
Tx pulse, CTLE, FFE, DFE and jitter applied to the channel, reported as margin against your link specification.
02
Automated RF design and optimization
Passive RF devices designed against a specification, not tuned by hand.
Filters and multiplexers
Passive devices synthesized, simulated and refined until they meet your response, size and loss targets.
Parameter studies
Sweeps across geometry, stack-up and material tolerances that show where a design is sensitive and where it is robust.
Design automation
Repeated design steps turned into scripted flows that run the same way every time.
03
SerDes channels and high-speed packaging
The electrical path from die to connector, modeled as it is built.
SerDes channel design
Package, RDL and interposer channels with vias and bumps, taken from layout through S-parameters to the eye.
Co-packaged optics
The electrical side of CPO: high-speed paths between the switch die, the optical engines and the package.
Dense interconnect
Transitions, shielding and routing for interconnect where loss and crosstalk set the limit.
04
Custom solvers and integration
Calculation engines built for your problem and placed in your flow.
Purpose-built engines
Fast solvers for a specific class of structure, for when general-purpose tools are too slow for the question being asked.
Flow integration
Engines delivered as libraries or services that read your layouts and fit alongside the tools your team already uses.
Infrastructure
Built on our own solver stack.
TransWeave
Our full-wave signal-integrity workspace: GPU-native layered-media Method of Moments, validated against commercial solvers.
GPU-native solvers
Our solvers are written for GPUs from the ground up and run on hardware we operate.
GDS in, GDS out
Layouts come in from GDS and go back out the same way, so results map straight onto your design data.