Telephonics Corporation, a worldwide leader in Integrated Information and Communication Systems technology. We serve Aerospace, Defense, and Commercial markets throughout the globe. Whether it is in the air, on the sea, or ground based, our electronic systems are on board to ensure the safety and security of thousands of military and civilians worldwide.

Radar Systems

Identification Friend Or Foe & Surveillance System

Telephonics' Surveillance Systems provide breakthrough performance in the detection, interrogation, identification, tracking, and data extraction of small targets in severe environments. Over more than 40 years, Radar Systems has deployed thousands of its ultra-sophisticated, highly-versatile, field-proven, Identification Friend or Foe systems and Target Extractors at airports, on aircraft carriers and surface vessels, on the AWACS fleet, and on maritime patrol platforms. These systems have reliably provided critical assistance to military and civil air traffic control, battle management, and air defense system decision-makers in efficiently and safely directing traffic, increasing mission effectiveness, and keeping friendly forces out of harms way.

Telephonics' Surveillance Systems include:

Identification Friend or Foe
Multi-Mode Secondary Surveillance Radar
Target Extractors

Radar Systems extremely wide range of surveillance functions include Beacon and Primary (Search) Target Extractors, Receivers, Transmitters, Mode 4 Evaluators, Transponders, Interrogators, Multi-Mode Secondary Surveillance Radar Trackers, Beacon Decoders, Defruiters, Coders, Synchronizers, and Azimuth Generators.

Identification Friend or Foe (IFF)

Identification Friend or Foe (IFF) systems fulfill a mission-critical role in today's sophisticated conflict scenarios. They determine with great speed and precision the identity and position of an unknown airborne vehicle. For more than 40 years, Radar Systems has produce hundreds of field-proven, highly-reliable, IFF Systems and Target Extractors that provide the core of a multitude of Air Traffic Control and Air Defense Systems.

With their state-of-the-art monopulse technology, advanced target extractor processing, and scan-to-scan correlation, they also incorporate self-test, high-performance algorithms, and full interrogation and receiver side lobe suppression.

Radar Systems' IFF Systems include Target Extractors, Receivers, Transmitters, Transponders, Interrogators, MSSR Trackers, Coders, Decoders, Defruiters, Synchronizers, and Azimuth Generators.

Multi-Mode Secondary Surveillance Radar (MMSSR)

Radar Systems' Multi-Mode Secondary Surveillance Radar (MMSSR) provide military and civilian air traffic controllers and battle management decision-makers with the high-performance and outstanding reliability necessary to efficiently and safely direct traffic, and keep friendly forces out of harm's way. They are deployed world-wide at airports, on aircraft carriers and surface vessels, on the AWACS fleet, and in maritime patrol fixed and rotary wing platforms.

Making use of state-of-the-art multi-mode monopulse technology, flexible open-systems architectures, advanced code correction algorithms, unique digital-extraction technology, and high-speed signal processing, the MMSSR represents an unparalleled achievement in multi-mission IFF interrogators. Download Brochure

Target Extractors

In today's complex shipboard, air traffic control, and air defense radar environments, state-of-the-art multi-sensor correlation, tracking, and data fusion is a mandatory requirement. Radar Systems' cost-effective, field-proven, target extractors have been meeting these requirements for over 20 years. The Beacon Target Extractor (BTE) and Search Target Extractor (STE) convert primary and secondary radar video into detected digital target outputs. The Combined Target Extractor (CTE) merges the BTE and STE functions with a Multi-Scan Fusion Track Processor to achieve the ultimate in correlation and target extraction.

Radar Systems' target extractors efficiently process huge amounts of target data from multiple sources. They use a unique combination of advanced processing techniques to achieve maximum target detection sensitivity, while minimizing false target reports. Their open-architecture design uses commercial-off-the-shelf (COTS) VME cards that monitor their own performance and detect faults down to the card level. Download Brochure