Provider of full-wave 3D electromagnetic and thermal simulation software (SEMCAD X Matterhorn) and measurement systems for EM exposure and device compliance assessment.
Provider of full-wave 3D electromagnetic and thermal simulation software (SEMCAD X Matterhorn) and measurement systems for EM exposure and device compliance assessment.
Full-wave 3D electromagnetic and thermal simulation software platform based on FDTD and FEM methods, offering tailored solutions for a variety of engineering challenges.
Full-wave 3D FDTD simulation solution for solving electromagnetic propagation and radiation challenges, including design and optimization of antennas and large radiating structu...
Harnesses the full power of FDTD to solve and accurately predict emission and EM compatibility (EMC) issues, extending accurate emission and interference testing beyond standard...
Combines advanced 3D EM solvers based on the FDTD technique with a mode-matching (MM) solver for analysis of microwave and millimeter-wave waveguide devices.
Incorporates a comprehensive material database, including Debye, Lorentz, Drude, Drude-Lorentz, Kerr-effect, and Raman-scattering materials, for modeling passive optical devices...
Offers high-performance computing (HPC) for investigation of complex and realistic models, featuring multi-threaded execution, centralized task management, and GPU acceleration...
Security and compliance
As reported by Schmid & Partner Engineering AG. Ask for audit reports before you buy.
ISO 22301Compliant
IEEE/IEC 62704-1Compliant
IEEE C95.1-2019Compliant
ICNIRP 1998Compliant
ICNIRP 2010Compliant
ICNIRP 2020Compliant
IEC/IEEE 63184Compliant
FCC KDB 680106 D01Compliant
ISED Canada RSS-102.NS.MEASCompliant
ISED Canada SPR-002Compliant
Health Canada Safety Code 6Compliant
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Latest updates from Schmid & Partner Engineering AG
New feature
Release of DASY8 Module mmWave V4.0
Schmid & Partner Engineering AG released DASY8 Module mmWave V4.0. The updated module provides support for 5G-Advanced and 6G frequency range 3 (FR3) and introduces a new finite-element-inspired algorithm for equivalent source reconstruction (ESR). According to the company, the update reduces computation time by a factor of five compared to the previous version and includes an expanded signal database with over 5,000 new signal entries, alongside a new Multi-TX evaluator for assessing peak spatial-average incident power density (psIPD).