What are you design needs
Problem size, frequency spectrum, thin metallization, dispersion, skin effect, etc.
What kind of EM software you need
What features of an EM software are crucial for your application. What options you need and what you don't.
What can our software offer you
When we describe a product, we tell what it does to you before going into details.
If it feels like this when it comes to the Electromagnetic CAD for SI and EMC:



we can help you find the right software and teach you how to handle though programs!
Your guide to the world of EM software for SI and EMC applications

How many times have you visited an EM software product site and seen something like this:
The new version of SuperCalifragilistic has these great new features!
  • Compatible with UnknownApplication ver 7.2
  • It haberdarzes the wirthiwingle using 5 new templates
  • 21 new stoomplerflungers
  • Parsing engine entirely rewritten


    • So where is the part where you actually know what the software is for?

    Full-wave, quasistatic, 2D, 2.5 D, 3D, frequency domain, time domain, MOM, FEM, FDTD, TLM, absorbing boundary conditions...     We are here to help you
    Everything you wanted to know about EM fields and their simulation.
    Start with a short general introduction to the main methods used by commercial EM CAD software CEM Numerical Methods


    What issues are important in deciding which software is the best for you?

    Do you want to simulate only planar devices consisting of layers of dielectrics and metallization, with vias?
    Or you want to simulate complicated 3D devices, like packages, various transitions (coax to PCB, package to ball grid to PCB), connectors etc.
    Do you need to import drawings from other software, like layouts from Cadence Allegro®, APD, device geometries from mechanical CAD software, etc.?
    Do you need to generate a Spice equivalent circuit of your device?
    Do you need a design environment that integrates in a system simulator: the EM solver, a circuit solver, target optimization routines, etc.
    Are dielectric loss, metal loss, skin effect, material dispersion important for your applications?
    What are your budgetary restrictions?

    Contact us with these and other details about your application and we will find the right software for you. EMIntegrity will perform an analysis of all potential clients' CAD strategies and tactics as well as their degree of aptitude with EM software. The goal of this analysis is to ensure that all clients get a solution that best fits their needs and capabilities. Whether they decide to purchase a product or not they will have an expert analysis of their EM CAD strategies.
    info@emintegrity.com

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