Exodus Advanced Communications is showcasing its range of RF and microwave amplifier technologies at EMV 2026, the leading event for electromagnetic compatibility (EMC) in Europe from 24-26 March 2026. The company, based in Las Vegas, focuses on solid-state power amplifiers for electromagnetic compatibility testing and related applications.
At the event, Exodus is showcasing solid-state power amplifiers designed for both continuous wave and pulse operations. These systems cover frequencies from 10 kHz to above 75 GHz, supporting a variety of RF testing and communication requirements. The company’s portfolio also includes millimeter-wave amplifiers, dual-band configurations, and X-band systems, reflecting its work across multiple frequency bands and use cases.
Exodus develops amplifiers using LDMOS, GaN (HEMT), and GaAs technologies. Some components are manufactured in-house, allowing control over production processes and component integration. The company also operates cleanroom facilities and supports chip-and-wire assembly.
The products presented at EMV are used in EMC and EMI testing environments, as well as in areas such as radar, satellite communications, and electronic warfare. In addition to standalone RF modules, Exodus provides integrated amplifier systems and turnkey configurations for laboratory and field use. These systems are designed to handle high-power requirements and are used in settings where consistent RF performance is necessary.
Exodus follows a vertically integrated manufacturing approach, which includes design, fabrication, and testing. This model supports customization and lifecycle management for different applications. The company distributes its products through a global network serving government, research, and industrial customers.
Stop by the Exodus Advanced Communications booth at EMV 2026 to learn more about their amplifier technologies for EMC testing, RF engineering, and related fields. The showcase is focusing on current product capabilities and their application across different operating environments.
