Items Tagged with 'delcross'

Delcross Technologies announced the Version 4.0 release of its Savant™ software for modeling the installed performance of antennas on electrically large vehicles. Among the many new features in this release are multi-bounce edge-diffraction rays that improve accuracy by modeling antenna interactions with shadowed portions of the platform, an integrated workflow with CST STUDIO SUITE® 2014 for importing full-wave antenna models for hybrid simulation, a new Scene Tree capability to enable articulated geometry assemblies and a new feature for generating parametric CAD models and platform parts.

Delcross Technologies announced the first commercial release of Signa, a software toolkit for advanced radar signature analysis. Signa delivers efficient EM simulation of complex radar cross sections (RCS) for targets that are tens to thousands of wavelengths in size. 

Delcross Technologies (Delcross) announces a distribution agreement with Computer Simulation Technology AG (CST) to make CST the authorized worldwide value added reseller of EMIT and Savant.

Computer Simulation Technology AG (CST) and Delcross Technologies (Delcross) have signed a distribution agreement to make CST the authorized reseller of EMIT and Savant. 

CST is pleased to announce that Delcross Technologies’ EMIT (Electromagnetic Interference Toolkit) is now available through the CST of America sales channel. The software will be fully supported by CST’s skilled team of electromagnetic specialists.

CST has announce that Delcross Technologies’ Electromagnetic Interference Toolkit (EMIT) is now available through the CST of America sales channel. The software will be fully supported by CST’s skilled team of electromagnetic specialists.

The collaboration between CST and Delcross will bring together EMIT's RF system models and predictive engine for quantifying the impact of interference on system performance with the powerful computational electromagnetic solutions of CST STUDIO SUITE. This integration provides a high-fidelity solution for the prediction of cosite interference in complex, RF-dense environments.