The Glass TGV Impedance Design Kit
Calibrated to Eagle XG. 3.57% MAE against 5 published IEEE papers. Your customers are designing blind without this data.
The coaxial closed-form approximation that every other tool relies on is wrong by 55–225% on glass substrates. We verified this across 100 randomly sampled geometries.
Your Customers Are Designing Blind on Glass
Every RF engineer knows the coaxial formula. But on glass substrates with through-glass vias, that formula produces 55–225% error. No existing EDA tool ships a glass-calibrated impedance model. Corning sells the substrate—but without a design kit, adoption stalls.
Coaxial Formula Fails on Glass
55–225% impedance error on TGV geometries. Designers cannot trust the numbers for Eagle XG routing.
BEM Solver Calibrated to IEEE
3.57% MAE against Sukumaran ECTC 2014, Watanabe ECTC 2019, Shorey JMS 2016, Tummala JEP 2020, Hwang TMTT 2017.
Eagle XG Design Coverage
Licensing Partnership
Bundle with Eagle XG
Ship the Genesis Glass PDK alongside Eagle XG substrate sales. Your customers get a design kit that actually works for glass. You sell more substrates.
909 Claims IP Shield
Comprehensive IP across BEM impedance, yield prediction, isolation synthesis, and digital twin pipelines. Full claim text and prosecution status under NDA.
Sub-100ms Results
BEM impedance results in under 100 milliseconds via live API. Coaxial approximation delta shown side-by-side. 157 API endpoints, 2,055 tests passing.
Platform at a Glance
Eagle XG at 10 GHz — Primary Reference Substrate
Coaxial Formula Error on Glass — Verified 100 Geometries
Replication Cost & Valuation — Under NDA Data Room
Give Eagle XG Customers the Design Kit They Need
15-minute screen-share demo. Run the impedance calculator on Eagle XG parameters live. NDA + data room access within 24 hours.