1MHz-50GHz Electromagnetic Testing Simulation Services Simulation Computing System

Simulation Services

Introduction to the simulation center

A high-performance simulation computing system Is an efficient, relable, and secure computing platform thatcdalve seoeceptional imwlation serviea fgr plications sueh aseletomineneticstimwlation dein, mesthonicettesting and validation costs, and enhance market competitiveness, The company has established an industry-leadinglarge-scale simulation platform with capabilities to perform electromagnetic scattering simulations for massivestructural models, Primarly applied in aviation, aerospace, shipbuilding, antenna layout, environmental fleldstudies, and electromagnetic radiation protection,it significantly reduces development time for new materials andimproves design efficiency, The company has developed speclialized platforms including; 1MHz-50GHz electromagnetic parameter testing for Absorbing materials, 100MHz-50GHz reflectivity testing for Absorbingmaterials, shielding coefficient testing for Absorbing materials, and insertion loss testing for Absorbing materials.These platforms collectively provide systematic material design capabilities spanning from concept toimplementation.

Integration of electromagnetic field analysis software

FEKO and newFASANT electromagnetic field calculation module can support the submission of any numberof computing tasks,and can also support the maximum core number of the cluster for parallel computing;

HyperMesh,general meshing module;

FEKOCAD, FEKO's electromagnetic field modelingmodule, can meet the needs of multi-person and multi-task computing; it supports up to 320-core parallelsolving

Technological superiority

Comprehensive solver: supports time domain,frequency domain,high frequency, transmission line andhybrid solver: Large-scale accurate solution technology:efficient convergence of MLFMM (Stable BICGSTAB,generalized minimum residual method);Ultra-large size efficient solving technology: RL-GO;The PO (including GO) in newFASANT can be used forsecondary or higher-order interaction effects,and PTD canbe used to calculate incremental effects caused by specificor selected edges.

Anechoic chamber simulation
Through theoretical analysis, design optimization, and simulation modeling of anechoic chamber structures andlayouts,this study investigates strong scattering zones within the facility.By identilying factors affecting measurementaccuracy, we implement targeted solutions including structural optimization, layout refinement, scattering reductionengineering, and customized Absorbing structure design., These technical measures effectively control electromagneticicattering in anechoicchambers, significantlyreducing overall interference while enhancing measurement precision.