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LGL Group Portfolio Company Precise Time And Frequency Awarded Two-Year Contract For Multiple Advanced Communications Timing Instruments Wit

HaveQuick is a secure military radio communications capability that uses precise time synchronization to coordinate frequency-hopping patterns among authorized radios. By rapidly changing frequencies in a coordinated manner, HaveQuick-enabled systems are designed to improve communications resilience and reduce vulnerability to jamming, interference, and other contested-spectrum threats. The award will support a partner-nation military communications program in the Indo-Pacific region and is intended to enhance resilient communications in GPS-denied and GPS-contested environments. PTF's modern timing instruments are designed to support both current and future communications architectures by delivering precise, reliable synchronization in complex operating environments where access to GPS or other global navigation satellite system signals may be degraded, denied, or unavailable. Modern...

LGL

HaveQuick is a secure military radio communications capability that uses precise time synchronization to coordinate frequency-hopping patterns among authorized radios.

By rapidly changing frequencies in a coordinated manner, HaveQuick-enabled systems are designed to improve communications resilience and reduce vulnerability to jamming, interference, and other contested-spectrum threats.

The award will support a partner-nation military communications program in the Indo-Pacific region and is intended to enhance resilient communications in GPS-denied and GPS-contested environments.

PTF's modern timing instruments are designed to support both current and future communications architectures by delivering precise, reliable synchronization in complex operating environments where access to GPS or other global navigation satellite system signals may be degraded, denied, or unavailable.

Modern timing instruments play an increasingly important role in secure communications, network synchronization, spectrum operations, and mission-critical infrastructure.

As defense users seek to maintain interoperability, extend the usefulness of installed platforms, and prepare for emerging technologies, resilient time and frequency references can improve system performance across both legacy and next-generation architectures.