Lucid RF

AI-native design · Full-wave physics · Zero install

Next-Gen RF & EM Design, Powered by Cloud and AI.

An AI-native electromagnetic design engine that takes RF engineers from spec to solution in minutes, not days. Skip tedious manual tuning — describe the target, and Lucid RF synthesizes the geometry, runs full-wave physics, and converges on a design — all in your browser.

AI Engine Online
Natural language → spec
Optimize microstrip patch for 28 GHz 5G band
f0
28.00 GHz
Substrate
RO4350B
εr / h
3.66 / 0.254 mm
Target
S11 < −20 dB
  1. Parse spec
  2. Clean CAD
  3. Adaptive mesh · 184k tets
  4. FEM solve · 32× GPUrunning
  5. Optimize S11 < −20 dB
Geometry · adaptive meshISO · 1 : 40
P1 · 50 ΩL = 2.72 mmW = 3.38 mmg = 0.18 mmLi = 0.81 mm
ports: 1 · PEC · PML ×6Δ mesh err 0.4%
S-PARAMETERS · dBITER 1/6
0-10-20-30-402426283032SPEC −20 dB
S11-9.6 dB
S21-13.8 dB
32× A100 · 41 ms / iter

Core value pillars

Everything between your spec and a converged solution, handled.

Intelligent Geometry & Automated Synthesis

From a plain-language spec, AI synthesizes candidate topologies, dimensions the geometry, and applies the right boundary conditions and ports — turning an intent into a solver-ready model, not just a mesh.

Spec → parametric geometry

Cloud-Parallel Solver Engine

Offload complex physics matrix operations to scalable cloud GPU clusters, eliminating hardware bottlenecks and local desktop freezes.

Up to 256× GPU · zero local RAM

AI-Driven Parametric Optimization

Set target performance specifications (e.g., S11 < −20 dB, gain > 5 dBi) and let AI generate optimized design parameters directly.

Spec-in, geometry-out