Electronic Warfare (EW)
Securing the advantage in an invisible battlefield
Electronic Warfare (EW) involves using the electromagnetic spectrum to deny an adversary's use of that spectrum while ensuring friendly forces can use it. It is a critical component of modern defense strategy, as control of the spectrum is essential for everything from communication and radar to navigation and missile guidance.
EW and related countermeasures go far beyond simple jamming. It can include sophisticated deception techniques, frequency-hopping communications, spread-spectrum technology, anti-jamming filters, and electronic intelligence gathering through EW support.
Uncompromising reliability and protection for peace of mind
From intelligence gathering to system-wide protection, AEM's solutions are engineered for uncompromising reliability to ensure dominance in a contested environment.
AEM secures the digital battlefield by disrupting, deceiving, and defending. Our RF components provide unwavering system integrity, while our high-rel fuses are a vital safeguard for protecting highly valuable EW equipment.
- Filters are essential for managing the complex and crowded electromagnetic spectrum. They allow only a specific range of frequencies to pass through while strategically blocking others. They're particularly critical for isolating a target frequency for jamming.
- Power amplifiers are essential for EW. They take a low-power RF signal and amplify it to high-power levels needed to jam enemy communications, radars, or GPS signals.
- Low noise amplifiers (LNAs) are used in electronic support and protection. They amplify weak incoming signals from enemy emitters while introducing as little noise as possible — allowing the system to detect and analyze subtle signals from great distances.
- High-reliability fuses are engineered to preserve mission capability by acting as the last line of defense against electrical faults. They provide protection and peace of mind, ensuring that a power surge won't lead to a catastrophic system failure.
