French defense giant Thales has announced its new solution developed to counter the increasing electronic warfare threats in the modern battlefield. The system, named TopStar Smart Receiver, aims to ensure the uninterrupted operation of both communication and positioning systems, especially in environments with intense signal jamming and spoofing attempts.
Three-in-One Ultra-Compact Structure
The new generation solution integrates positioning, navigation, and timing (PNT) capabilities into a single compact system. This structure, which can be integrated into land vehicles, unmanned aerial vehicles (UAVs), and munitions, increases operational flexibility while reducing the hardware load in the field.
One of the system's most striking features is its equipment with two different GNSS receivers. This receiver offers higher accuracy and accessibility by combining military Galileo PRS signals with civilian GPS data. The system is also designed to provide resilience against spoofing attacks.
The TopStar Smart Receiver also includes advanced solutions against signal jamming, one of the most critical threats in electronic warfare environments. Thanks to its adaptive CRPA (Controlled Radiation Pattern Antenna) technology, it can reduce jammer-induced interference, allowing the system to continue operating. This technology offers operational capability even at distances up to 30 times closer compared to traditional GPS receivers.
Furthermore, the high-performance clock within the system enables tactical radios to operate synchronously for up to 48 hours, even if the GNSS signal is completely lost. This duration is limited to approximately 30 minutes in existing standard equipment.
Ready for Testing in Real-World Conditions
Developed with an entirely European-centric production chain, the system is manufactured at Thales facilities in Valence, France. The company states that the solution has now reached a level where it can be tested in real operational conditions.
Thanks to its miniature design, the system stands out as one of the most compact and cost-effective options among existing solutions. This facilitates integration, especially in areas such as unmanned systems and precision-guided munitions.
Electronic warfare systems are becoming increasingly critical for detecting, analyzing, and neutralizing threats across the electromagnetic spectrum. In this context, reliable positioning and navigation data are vital in many areas, from unmanned systems to precision strike capabilities.
0 Comments: