Secure Military Communications

Unwavering performance for high-integrity data and voice transmission

AEM's high-reliability components are engineered to ensure continuous, uncompromised performance for the complex electronic backbone of secure military communications.

Secure military communications rely on the unwavering integrity of data and voice transmission across tactical, ground, airborne, and space-based platforms.

Military communication systems — including SATCOM terminals, tactical radios, battlefield data links, and electronic warfare (EW) systems — must operate reliably in spectrally dense and contested environments. These complex systems demand components that provide robust protection against power transients and precision signal fidelity under extreme conditions of shock, vibration, and temperature.

Maintaining signal integrity in contested environments

AEM's technology is integral to maintaining the signal integrity and system resilience required for information superiority in the military communications landscape.

Our solutions span the entire signal path, from the front-end RF transmission to critical power distribution. AEM’s RF: Microwave to Millimeter Wave Components maintain clear, uncorrupted links, while our high-reliability fuses protect against mission-compromising failures.

  • Low noise amplifiers (LNAs) amplify extremely weak incoming signals with minimal added noise, maximizing the communication link margin in long-distance or high-interference scenarios. 
  • Mixers are essential for frequency up- and down-conversion in tactical radios and software-defined radios, enabling seamless operation across multiple military frequency bands.
  • RF filters are deployed to select the desired communication provide and provide rejection of out-of-band interfence — a vital function for anti-jamming capabilities in contested environments. 
  • High-reliability fuses are indispensable in power distribution units and transceiver modules for protecting sensitive field equipment from catastrophic overcurrent events and power fluctuations.

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