A client involved in molecular engineering research contacted us to discuss the need for a workstation for the operation of CST Studio Suite. The budget was around 200 million yen. […see next]
A customer involved in photochemistry research told us that they were considering introducing a laboratory PC capable of electromagnetic field simulation using Lumerical and COMSOL with a budget of around 100 million yen. […see next]
A customer who is involved in research into the properties and applications of light, after looking at Case No. PC-11041, has requested us to develop an electromagnetic field simulation using Lumerical and COMSOL in his laboratory with a budget of around 100 million yen. […see next]
A customer involved in the design of precision equipment consulted us on a PC for conducting charged particle trajectory analysis. The PC can handle Dassault CST Studio Suite and supports Nvidia […see next]
A customer involved in the research and development of electrical components contacted us for a PC to perform electromagnetic field analysis and thermal fluid analysis. The budget was about 100 to 150 million yen, and the customer was looking for a PC that would use Femtet. […see next]
A customer involved in the development of semiconductor products contacted us for a workstation for electromagnetic field simulation. The specific purpose was to use COMSOL and to develop hardware and […see next]
A customer considering installing a workstation for COMSOL Multiphysics asked us about installing a new machine.The configuration currently in use is […see next]
Software for accelerator design and simulation developed by the Saclay Nuclear Agency Center (CEA Saclay Center) in France on the Unipos website " […see next]
A customer involved in the development of precision parts asked us about a PC for electromagnetic field analysis.The conditions for your request are as follows.・CPU: Intel Xeon Silver 43 […see next]
A customer involved in materials research and development consulted us about a machine for using Lumerical FDTD. Since we are planning to use COMSOL for electromagnetic field calculations, […see next]
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