Thursday, June 27, 2013

CST interviews Dr Prashanth Kumar, University of New Mexico

(Courtesy of Prashanth Kumar, Univesity of New Mexico)
Dr Prashanth Kumar, working in a team from the University of New Mexico, won the CST University Publication Award in 2011 for work on an inhomogeneous lens for delivering electromagnetic pulses into living tissue effectively. (A prototype of the device is shown to the right).

As part of our series of interviews promoting university research, we asked Prashanth a few questions about his work.

Thursday, June 20, 2013

Trends from IMS 2013

By Jonathan Oakley, VP Sales & Marketing CST of America
During a week of surprisingly perfect weather in Seattle, CST of America were at a particularly busy show – IMS 2013, the leading international symposium for microwave theory and practice. High traffic through the booth, a full presentation schedule and a very active demo station kept our staff occupied over the 3 exhibition days as we showcased electromagnetic (EM) simulation software tool, CST STUDIO SUITE®.

It was noticeable during the Q&A after our presentations and general booth conversations that engineers and their managers want more from their software tools than ever. So what are they looking out for? What I noticed is that companies are demanding more integrated software tools that fit seamlessly into existing workflows as well as being easy to use. However, it was clear that they needed EM simulation software that is both fast and accurate, without losing its depth of capability. What’s more is that the sheer range of applications mentioned by people visiting the booth was huge, ranging from antenna placement on large mining vehicles to exotic materials on aircrafts.

We were pleased to have all visitors drop by to say hello at our booth. If you want to have a look at what we were up to, check out our IMS 2013 Pinterest board for snapshots from the show or watch some of our interviews by Microwave Journal, RF Globalnet, and Engineering TV.

Wednesday, June 5, 2013

What Does Performance Really Mean?

Detail from a PCB cross-talk simulation
Product design cycles are tight, and there are many hurdles to be crossed between the concept and the final product. Simulation offers benefits throughout the design process, but to stay at the cutting edge, engineers, designers and researchers need their simulation results fast while still maintaining excellent accuracy. Performance is a combination of these two factors – speed and accuracy.

To make CST STUDIO SUITE® as useful as possible, we devote a substantial amount of development time to improving the performance of our products and optimizing the solver technology. Thanks to our co-operation with Intel®, our products can take full advantage of the power and speed of the latest generation processors. For more information about this, please see the Intel/CST solution profile.

Innovations such as the Perfect Boundary Approximation (PBA)®, the Thin Sheet Technique (TST)™  and True Geometry Adaptation enhance the efficiency of our flagship time domain and frequency solvers by improving their accuracy without compromising on speed. For models that are difficult to solve with these solvers, CST also have a range of other technologies which offer excellent performance for certain types of simulation. The asymptotic and integral equation solvers for example offer a practical approach for solving electrically large problems, such as antenna placement and RCS. High-Q structures, which are hard to simulate in the time domain because of how long they keep ringing, are much more efficiently calculated with the fast resonant solver.

Performance is not just about raw power, however. Usability also plays a key role in helping users achieve their goals, by streamlining the simulation workflow and allowing it to slot more easily into the product design process. To that end, we also work to ensure that CST STUDIO SUITE is very user-friendly. The Ribbon-based user interface guides the user through the simulation process, and the Project Wizard tool suggests the most suitable configuration and solver type for a fast, accurate simulation.

These three elements together – speed, accuracy and usability – are the basis of an effective workflow.  Only when all three are available, without compromise, can a simulation be called high performance.