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Simbeor Overview
Simbeor is extendable graphical environment to describe and visualize interconnect circuit geometry, set up and run electromagnetic or linear network simulation, visualize and post-process the simulation results, and output interconnect models in common formats. Simbeor contains 3D full-wave solver for analysis of multiconductor interconnects in multilayered media with broadband causal dielectric and metal interior and surface roughness loss and dispersion models. It extracts propagation constants and characteristic impedances and per-unit-lenght frequency-dependent RLGC matrix parameters of transmission lines as well as S-parameters of discontinuities and passive devices. Simbeor also contains linear network solver and Touchstone model file processor to support multi-modal decompositional analysis of a complete data link both in frequency and time domains. Simbeor Rational Compactor tool converts any tabulated S-parameter model into frequency-continuous rational compact or broad-band SPICE macro-model for consistent frequency and time domain analyses in any system-level analysis tool. Simbeor Touchstone Analyzer tool automates S-parameter models quality assuarance and all macro-modeling tasks.
Typical problems can be solved with Simbeor are shown in Simbeor application notes.
See technical presentations to find more on what signal degradation effects can be accounted with Simbeor models.
Click here to see how Simbeor fits into your design flow...
Click here to see screen-cast demonstrations of Simbeor software...
Click here to download Simbeor datasheet with a brief software description and a list of benefits and features.

Simbeor Solver Application Domains
  • Interconnect structures on high-speed digital PCBs, MCMs and ICs
    • Regular multiconductor interconnects or transmission lines
    • Periodically disrupted or terminated interconnects
    • Transitions or discontinuities such as vias, micro-vias, breakouts,...
    • Embedded passives such as planar resistors, capacitors and inductors
  • Passive elements of RF, hybrid, microwave and millimeter-wave integrated circuits (MICs and MMICs) and MEMS
    • Planar strip-type, slot-type and hybrid transmission lines, periodic structures and discontinuities
    • Filters, dividers/combiners, directional couplers, switchers, attenuators,...
    • Passive elements of amplifiers and oscillators such as inductors, capacitors and resistors...
    • Planar antennas
  • Practically unlimited frequency bandwidth
    • Successfully validated with measurements from 10 KHz to 50 GHz
  • More detailed overviews of Simbeor are available in Downloads/Presentation area.
    Electromagnetic software to accomplish your design goals - no PhD in electromagnetics required™...
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