![]() ![]() Need more compute power? Our NumberSmasher servers can be linked together via InfiniBand to provide a powerful HPC cluster for CST STUDIO SUITE. CST STUDIO SUITE supports GPU computing in the transient solver, integral equation solver, transmission line matrix (TLM) solver and particle-in-cell (PIC) solver, using NVIDIA Tesla® GPUs. The high memory bandwidth and parallel processing abilities of GPUs provide significant simulation speed advantages over conventional CPU computing. They enable high-speed simulations of one to two billion mesh cells using CST’s Transient Solver (exact model size depends upon the particulars of the materials). ![]() These systems are 4U rackmount servers supporting up to eight NVIDIA Quadro or Tesla V100 GPUs (along with additional slots for networking, storage connectivity and professional Quadro graphics). Microway’s NumberSmasher® GPU-accelerated servers provide a pre-configured platform for CST STUDIO SUITE. Thus, a combined electromagnetic and circuit optimization task can easily be defined, where the typical goal is to design an antenna or antenna system such that the total efficiency is maximized, using a realistic matching circuit with available off-the-shelf discrete component models.Improve Simulation Times on Large Electronic Structures with Tesla GPUs, CST STUDIO SUITE, and Microway In addition, CST MICROWAVE STUDIO's template based post-processing tools can be used to automatically apply Optenni Lab within a parameter sweep or an optimization task in CST MICROWAVE STUDIO. Post-processing templates for parameter sweeps and optimization in CST MICROWAVE STUDIO ![]()
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