From Measurement to Simulation – Complete RF Design in One Suite

IVCAD Suite – Accurate RF Modeling and System Simulation



Overview

IVCAD Suite is a comprehensive software suite that manages the entire Radio-Frequency (RF) measurement, modeling, and simulation workflow—helping ensure circuit and system design success from the very beginning.

Originally developed by AMCAD Engineering, a company known for its advanced RF measurement and modeling technologies, the solution enables highly accurate component and circuit characterization. In May 2024, AMCAD Engineering was acquired by Dassault Systèmes (3DS). This acquisition strengthens the SIMULIA brand portfolio, enhancing and extending the capabilities of CST Studio Suite to deliver complete simulation solutions for active RF circuits and systems—both upstream and downstream of the antenna.

Features

Accelerate RF design with precise device modeling, power amplifier analysis, and seamless workflow integration.

Complete RF Workflow

Manage measurement, modeling, and simulation in a single environment.

Accurate Device Modeling

Extract precise models for transistors, amplifiers, and RF circuits.

Advanced Measurement Support

DC, pulsed-IV, S-parameter, and load-pull testing.

Power Amplifier Analysis

Evaluate nonlinear and large-signal performance.

Automatic Model Extraction

Generate and validate models directly from measurement data.

Seamless Integration

Works with CST Studio Suite and SIMULIA tools for full RF system simulation.

User-Guided Workflow

Step-by-step modeling with easy data management.

Customizable Platform

Scripting support and multiple model formats for flexible workflows.

Applications

Optimize RF device performance and system-level integration with accurate modeling, validation, and measurement automation.

Transistor Modeling

Create accurate models for circuit simulations.

Power Amplifier Design

Evaluate and optimize performance in nonlinear operating conditions.

Load-Pull Analysis

Perform advanced tuning and performance characterization.

Behavioral Modeling

Generate models suitable for system-level simulations.

Nonlinear Characterization

Analyze real-world operating conditions of RF components.

RF System Co-Simulation

Integrate component models into full system simulations.

Measurement Automation

Streamline repetitive testing and data collection processes.

Model Validation

Ensure models accurately reflect measured device behavior.