Multi-band Radio for Multi-mission Communications
A Military, Combat-Proven, Modular Solution
In modern theatres of operation, real-time coordination across ground, air, and marine forces is critical. To meet the demands of these complex tactical environments, secure, easy-to-use, and interoperable communications are essential. The multi-band Tadiran CNR-710MB from Elbit Systems offers a lightweight yet robust communication solution, built with the reliability expected from a combat-proven system. Its modular design provides unmatched flexibility and security, adapting to a wide range of operational requirements.
Covering frequencies from 30 to 512 MHz, the Tadiran CNR-710MB ensures seamless voice and data communications across multiple units and stations. With features like synchronous orthogonal frequency hopping, advanced encryption (COMSEC), and sophisticated error correction, this system delivers secure and resilient performance even in challenging conditions. Its adaptability allows it to be used in handheld, vehicular, marine, and airborne configurations, making it ideal for diverse missions.
The radio is designed for ease of use, featuring an intuitive menu-driven interface, frequency hopping for anti-jamming protection, and a built-in GPS for precise location tracking. Additional accessories, including various power sources, antennas, and software applications, further enhance its capabilities. The Tadiran CNR-710MB offers a comprehensive communication solution for forces requiring reliable, multi-mission performance.
Optional Accessories
Special Features
The Tadiran CNR-710MB’s modular design provides a variety of confgurations geared to match any specifc operational requirement.
Manpack, Vehicular, Base, Marine and Airborne radio sets are easily configured around the common Receiver-Transmitter unit.
- Very high level of voice and data security (digital encryption)
- Maximum security over the entire frequency band from 30 to 512 MHz
- Frequency hopping over the entire frequency band 30 to 512 MHz
- Synchronous orthogonal frequency hopping minimizes friendly collocation interference and improves anti-jamming immunity
- PTT-oriented, self-distributed synchronization eliminates need for master stations and provides immediate operation readiness
- Very high probability of synchronization and resynchronization under severe jamming conditions
- Spoofing resistant
