Cst microwave studio rise time setup
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CST works on parallelization, vectorization, multi-threading, cache optimization and NUMA awareness with a special focus on optimizing CST software solvers on Intel-based cluster systems.”
CST MICROWAVE STUDIO RISE TIME SETUP CODE
Fabrizio Zanella, Systems Manager at Computer Simulation Technology (CST) states, “We tune and optimize our code to take advantage of the parallel processing capabilities of the Intel Xeon and Xeon Phi processor.” CST ships Intel MPI libraries with the CST software to provide customers with the MPI libraries so they don’t need to worry about the cluster environment settings.
![cst microwave studio rise time setup cst microwave studio rise time setup](https://i3.ytimg.com/vi/AzzCwAORSVk/hqdefault.jpg)
According to Hänninen, “A key benefit for our customers will be enhanced performance of the Intel Xeon Phi platform over a normal high-end CPU platform allowing them to get a higher simulation performance throughput and shorter time to market.”ĭr. CST uses standard dual Intel Xeon Phi processor-based servers and customers use mostly Intel Xeon processor E5 based systems. The CST technical team has extensive experience in IA systems and parallel code optimization including multi-threading, distributed computing and MPI computing.
![cst microwave studio rise time setup cst microwave studio rise time setup](https://i3.ytimg.com/vi/r4balKQMryc/hqdefault.jpg)
Transient simulation of lightning strike (Courtesy of CST) Implementing IA-Based Systems and Improving Code Performance Ilari Hänninen, CST principal engineer.įigure 2.
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Customer compute models, such as time parameter studies, that were previously too compute intensive can be handled thanks to CST’s continuous code optimizations and improved hardware support including MPI clusters (especially parallelization for multi-core and many-core systems as well as for distributed memory systems),” states Dr. “CST provides our customers with better performance and shorter development cycles. The recent benchmarks on their optimized codes were performed on a system equipped with dual Intel Xeon Gold CPUs 6148 and has seen performance improvements for a broad range of applications and solvers when comparing to a system with dual Intel Xeon processors E5-2697 v4 2. The parameterization and optimization tools built into the CST STUDIO SUITE mean that users can check how a device’s behavior is affected as its properties change, and find the parameters which maximize or minimize a given effect or fulfill a certain goal. When multiple variables are involved, the interactions between them can be complex, and finding the optimum values analytically is often impossible 1.ĬST has extensive experience in configuring high performance computing (HPC) systems and optimizing parallel processing code. Small changes to the dimensions of a component can have a big effect on its tuning and efficiency. The insights they’ve gleaned from optimizing code allow them to make performance recommendations that allow engineers and researchers to get the most out of their devices. The company’s 3D EM field simulation tools are used in a diverse range of industries, including aerospace, automotive, defense, electronics, education, healthcare, energy, semiconductors and telecommunications. New benchmarks from Computer Simulation Technology (CST) on their recently optimized 3D electromagnetic (EM) field simulation tools compare the performance of the new Intel Xeon Scalable processors with previous generation Intel Xeon processors. This sponsored post explores new benchmarks from Computer Simulation Technology on their recently optimized 3D electromagnetic field simulation tools that compare the new Intel Xeon Scalable processors with previous generation Intel Xeon processors.