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About This Product
･ The electromagnetic field calculation that took more than a week is completed in one day
･ Ultra -high -speed electromagnetic field simulator high -speed calculation that does not use GPU (reduced calculation time to 1/100)
･ Speed over 100 times the electromagnetic field calculation by XPU Technology
⇒In XPU-Technology, speed up electromagnetic field calculation on multi-core structural PCs such as Core-I7. High -speed calculation of 1000 times or more is also possible by parallel processing on multiple machines. Furthermore, since GPU (Graphics Processing Unit) is not used, the propagation waveform in the middle of calculation can be displayed. This allows you to quickly perform work, such as detecting during the calculation and redoing the calculation if there are mistakes in the analysis conditions.
･ Large -scale analysis (Calculation scale is 10 times or more)
·Cost reduction
⇒ Because GPU is not used, it is possible to make a large -scale analysis without restrictions by making the most of the memory implemented on the computer. It is possible to further expand the analysis scale by using parallel processing of multiple machines.
feature
･ The electromagnetic world simulator of the FDTD method (Finite-Difference Time-Domain Method) developed by IMST GMBH (Germany). Calculate the electromagnetic field phenomenon in Time-Domain.
･ The XPU-Technology achieves a 1 billion cell/second high-speed calculation on a multi-core structure architecture PC.
･ Large -scale analysis that makes full use of memory implemented in the machine is possible.
･ 2D CAD data (GDSII, DXF, Gerber, Odb ++), 3D CAD data (Stl, Catia, PDF, XML, Iges, Step, Step, VDA-FS, NX Direct, NX Direct, DXF / DWG, Inventor, Parasold Direct, PROE / C REO, SolidWorks Direct, Solid Edge Direct, JT Direct) can be read and HFSS, PROJECT can be read.
･ We are preparing an input / output port specialized in various 3D models, material models, signal analysis, conductive road analysis, cable analysis, etc.
-The computing type can be used for diverse purposes, such as signal analysis, S-parameter/Smith chart/angle pattern calculation, RLC circuit extraction, space electromagnetic field distribution calculation, thermal transfer.
Analysis flow
2D CAD data 3D CAD data modeling (material characteristics setting, mesh generation) 3D structural generation STIMULUS input FDTD electromagnetic field calculation results In the middle display S-PARAMETER Electromagnet Distribution (Contour Map) Directly displays the signal status under calculation SMI TH-Chartimpedance (*) all calculation results can be extracted in ASCII data, so it can be used for POST processing.
Analysis case
Large -scale antenna analysis by the electric field fluctuation human body of the in -vehicle antenna
We provide calculating services using the Human Bomb Resolution Service Service Electronic Device Analysis SIP, electromagnetic field distribution inside LiSI, signal analysis of signal change analysis substrates, EMS, EMS, analysis computing service Cloud-Computing Calculation Service. It offers a large-scale calculation service using up to 6tera-bytes and 1000 Core. You can calculate the electromagnetic field phenomena of a large area of more than 10 billion cells that could not be handled so far.
1) Could-computer configuration of 20 cores and 120GB of memory can be used as 1 node, and up to 50 nodes can be used in one electromagnetic field calculation.
2) Calculation costs are calculated based on model creation costs, analysis conditions set-UP costs, machine usage fees (1,500 yen/hour per node), and report creation costs.
3) We also support technical consulting ( * separately expenses) to improve the performance of the product to be analyzed.
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Product
FDTD system electromagnetic field simulator EMPIRE XCCEL
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