SEMCAD X in Microwave Engineering Europe Magazine

SEMCAD X: Enhanced Simulation of Waveguide Structures

SEMCAD X v14.6.2 Update Release

The SEMCAD X Team is pleased to announce the release of SEMCAD X v14.6.2, an update of SEMCAD X Aletsch v14.6.

SEMCAD X Light v14.6.2 Release

The SEMCAD X Team is pleased to announce the release of SEMCAD X Light V14.6.2, a limited version of SEMCAD X v14.6.2 Aletsch.

SEMCAD X v14.6.1 Release

The SEMCAD X Team is pleased to announce the release of SEMCAD X v14.6.1, an update of SEMCAD X Aletsch v14.6.

SEMCAD X Student Research Award 2010 Winners

Schmid & Partner Engineering AG (SPEAG) is very pleased to announce the winners of SEMCAD X Student Research Award 2010.

iSAR Quad Release

iSAR Quad is officially released! iSAR Quad is the largest and highest-resolution iSAR available. iSAR Quad is well suited for scanning laptops, tablet computers and other large devices. It also improves the precision for SAR evaluations of devices operating above 3 GHz. We provide an upgrade option from iSAR Flat to iSAR Quad.

DASY52 V6.2 and SEMCAD X V14.4.5 Software Release

The DASY team is pleased to announce the release of DASY52 V6.2 (482) and SEMCAD-X V14.4.5 (3634). We recommend the immediate installation of this upgrade as it addresses reported bugs and various minor requests/ suggestions by our customers.

Desmond Yeo Wins 1st Prize Engineering Poster at ISMRM 2011

Desmond Yeo, from GE Global Research, wins the 1st price in the Engineering Poster Session with poster #1811 using SEMCAD X:

INVESTIGATION OF A DUAL-FUNCTION APPLICATOR FOR RF HYPERTHERMIA AND MRI

SEMCAD X V14.6.0 Aletsch

The SEMCAD X Team is pleased to announce the release of SEMCAD X V14.6.0 Aletsch, a major upgrade offering a range of powerful new Modules and features, more robust handling as well as new customization options.

Improved Broad-Band Liquids

SPEAG completed its development of greatly improved head and body tissue simulating liquids for the frequencies from 3500 to 5800 MHz. This new broad-band liquids are within ±5% to the target values and provide significantly improved long-time stability and reduction of the maintenance efforts. Therefore, they lower costs and improve reproducibility of the test results.