Solve Signal Integrity Issues with Precision and Confidence

Wild River Technology’s channel modeling tools are engineered to help you overcome the most common—and complex—signal integrity challenges in high-speed design.

Key Features:

  • Exceptional Signal Integrity Analysis – Delivers reliable insight for today’s high-performance systems
  • EDA Tool Benchmarking – Ideal for validating and comparing electronic design automation platforms
  • Material Identification Support – Accurately characterizes anisotropic materials for enhanced modeling precision
  • Outstanding Correlation – Achieve high-fidelity alignment between simulation and real-world measurements

Experience industry-leading accuracy and performance with our trusted channel modeling technology.

  • CMP-50 Channel Modeling Platform by Wild River Technology 3/4 View

    CMP-50 Channel Modeling Platform for High-Speed Systems up to 50 GHz

    INDUSTRY-FIRST EDA SIMULATION-TO-MEASUREMENT TOOL

    The Wild River Technology CMP-50 Advanced Channel Modeling Platform represents a powerful tool for development of high-speed systems up to 50 GHz. The primary target application for the CMP-50 is 3D-EM solver analysis versus time and frequency domain measurement methodology. It combines 27 structures based on a consistent development of primitive structures useful for performing a host of calibrations including automatic fixture removal, unknown THRU, WinCal XE™ calibration, and VNA gating and time transform analysis.

  • CMP-70 Advanced Channel Modeling Platform for High-Speed Systems up to 70 GHz

    CMP-70 Advanced Channel Modeling Platform Program for High-Speed Systems up to 70 GHz

    INDUSTRY-FIRST EDA SIMULATION-TO-MEASUREMENT PROGRAM

    The Wild River Technology CMP-70 Advanced Channel Modeling Platform represents a powerful tool for development of high-speed systems up to 70 GHz. The primary target application for the CMP-70 platform is 3D-EM solver analysis versus time and frequency domain measurement methodology. It combines 27 structures based on a consistent development of primitive structures useful for performing a host of calibrations including automatic fixture removal, unknown THRU, WinCal XE™ calibration, and VNA gating and time transform analysis.