Antenna Magus – Accelerating Intelligent Antenna Design



Overview

Antenna Magus is an advanced antenna design and knowledge-based tool that accelerates the development of innovative antenna systems. It provides a comprehensive library of over 350 validated antenna models, allowing engineers to explore, compare, and select optimal designs efficiently. The software offers first-order design algorithms and performance estimation tools to evaluate key parameters such as gain, bandwidth, and radiation pattern.

With seamless integration to CST Studio Suite, Antenna Magus enables quick export of ready-to-simulate antenna geometries for full-wave electromagnetic analysis. It also serves as a centralized knowledge management platform, helping teams store and share design insights, reduce prototyping time, and enhance productivity across industries like communications, aerospace, defense, and IoT.

Features

Accelerate antenna design and system integration with validated libraries and smart tools.

Extensive Antenna Database

Access a library of 350+ validated antenna designs ready for customization.

Smart Performance Comparison

Use standardized metadata and performance estimates to evaluate antennas efficiently.

First-Order Design Algorithms

Generate accurate starting points for gain, bandwidth, and impedance analysis.

Seamless CST Integration

Export antenna models directly for 3D EM simulation and optimization.

Knowledge Management Tools

Store, organize, and share antenna data, algorithms, and measurements across teams.

Applications

Streamline antenna development and system-level studies across industries and research.

RF & Communication Systems

Rapid design and selection of antennas for wireless, satellite, and radar systems.

IoT & Sensor Networks

Develop compact, efficient antennas for connected and smart devices.

Aerospace & Defense

Support for radar, telemetry, and secure communication antenna design.

Academic & Research Labs

Build structured antenna knowledge libraries for R&D and teaching.

System-Level EM Studies

Analyze antenna placement, interference, and integration within larger systems.