The IAI ELTA ELK-7065 is a cutting-edge compact HF COMINT and 3D Geolocation system designed for high-precision location tracking of HF transmitters. This advanced system is optimized for installation on various airborne platforms, including mission aircraft and UAVs, ensuring reliable operation even in the challenging electromagnetic environments typical of the HF band. The ELK-7065 excels in tagging and identifying signal characteristics across multiple dimensions, utilizing parameters such as power, center frequency, modulation, geo-location, and polarization. These capabilities facilitate rapid labeling of received signals and the generation of accurate Electronic Order of Battle (EOB) data, making it an essential tool for modern intelligence operations.
CAES offers advanced Data Links and Telemetry solutions designed for airborne and weapon applications, providing compact and rugged systems that ensure high performance in challenging environments. These solutions feature low loss performance with exceptional channel-to-channel isolation, tailored to meet specific platform requirements through size, weight, and power (SWaP) optimization. Custom form factors are available, along with encoder and encryption options, ensuring compliance with military specifications for missiles, munitions, and airborne platforms. With a focus on networking friendliness and reliability, CAES's telemetry solutions are engineered to enhance operational effectiveness in critical missions.
The MCT – LSV (Mobile Communication Terminal – Light Specialty Vehicle) by BEL is a state-of-the-art, quick deployable mobile communication solution designed for strategic operations in challenging environments. Built on a rugged 4x4 vehicle chassis, this compact and air transportable terminal ensures reliable and secure multi-layer communication, even at high altitudes of up to 4000 meters AMSL and temperatures ranging from -20 to +55 degrees Celsius. It features IP-centric integration with AFNET, offering versatile communication options including Satcom, VHF, LOS, and OFC, with optional SOTM and ROTM capabilities. The MCT-LSV is engineered for rapid deployment via air or road transport under short notice, making it an essential asset for remote operations where connectivity is critical.
The BEL OFDM Modem for Tropo Communication is a cutting-edge device designed for high-speed, point-to-point digital communication over Tropo scatter links. Capable of delivering data rates of up to 20 Mbps across a bandwidth of 20 MHz, this modem features a Layer 2 Bridge mode with a 100/1000 Mbps Ethernet interface. Utilizing QPSK and OFDM technologies, it ensures reliable performance while operating primarily in the L-Band of the RF spectrum, with versatility to function across frequencies from 70 to 5550 MHz. Key features include adaptive signal processing, an in-built diversity combiner, and SNMP support for seamless integration with standard Network Management Systems. The user-friendly menu system provides real-time measurements of C/N, Eb/No, and power levels, making it an ideal choice for strategic communication applications.
The HF SDR Man Portable is a compact, lightweight software-defined radio designed for short to medium range communication, adhering to SCA 4.1 standards. Operating within a frequency range of 1.5 MHz to 30 MHz, this versatile radio features an inbuilt encryption unit for secure voice and data communications. It includes an Automatic Antenna Tuning Unit and is compatible with various antennas such as whip, dipole, and NVIS. The HF SDR supports advanced communication protocols, including 2nd and 3rd Generation Automatic Link Establishment (ALE) for efficient frequency hopping and link establishment, with a power output of 20W and modulation schemes including AM, CW, USB, LSB, and ISB. Ideal for tactical operations, it ensures reliable connectivity with a data rate of up to 120 Kbps and operates on a 12V DC power source.
The ROTM is an advanced OFDM-based full duplex IP radio designed for secure voice and data communication within On the Move Wide Area Networks (WAN). Featuring a dynamic TDMA scheme, it adapts seamlessly to various network topologies and supports both Point to Point (PTP) and Point to Multipoint (PTMP) modes of operation. With an aggregate data rate of 4Mbps, the ROTM ensures reliable communication even in challenging environments, utilizing L band and UHF band frequency support. Its built-in COMSEC and TRANSEC capabilities enhance security, while the relay feature facilitates connectivity between radios without direct Line of Sight (LoS). Related products include the Trusted Lan Interface Unit (TLIU-MK-II) and the Tele Loud Speaking System (TLS), making the ROTM a versatile choice for modern communication needs.
The Wide Band IP Radio by BEL is a versatile point-to-multipoint (PTMP) communication device designed for reliable data and voice transmission across a wide frequency range of 30MHz to 512MHz in the V/UHF band. This radio supports clear voice communication and offers data communication capabilities in both fixed frequency (FF) and frequency hopping (FH) modes, specifically within the 225-512MHz range. With features such as up to 2Mbps data throughput, dynamic TDMA networking for up to 16 nodes, and an impressive FH capability of up to 500 hops per second, this device ensures secure and efficient operation. Its man-pack form factor allows for easy portability, and it can be enhanced with an optional 40W booster. The Wide Band IP Radio also supports simultaneous tactical voice, VOIP, and network-centric data applications, making it ideal for diverse operational environments.
The BEL HF SDR Static High Power (1KW/5KW) is a cutting-edge Software Defined Radio (SDR) solution designed for medium to long-range communication within the HF frequency band, operating between 1.5MHz and 30MHz. This versatile system offers two power variants, 1KW and 5KW, allowing users to adjust output power according to their specific needs. It supports advanced communication features, including voice and data transmission, and is equipped with 2nd, 3rd, and 4th generation Automatic Link Establishment (ALE) for seamless connectivity. The radio's wideband data capability utilizes up to 24 KHz of bandwidth and achieves speeds of up to 120 kbps, making it ideal for modern communication demands. Additionally, the system can be operated remotely via an Ethernet-connected Remote Control Unit (RCU) and is designed to withstand high VSWR and thermal runaway faults, ensuring reliable performance in various conditions.
The V/UHF SDR Man Portable is a cutting-edge software-defined radio designed for versatile, reliable, and secure voice and data communication across V/UHF bands (30 to 512 MHz). This compact, lightweight device supports multiple waveforms for both narrowband and wideband applications, all easily managed through an intuitive front panel GUI. Built on a trusted indigenous platform, it features integrated Transec-ECCM and Comsec capabilities, ensuring robust performance in the field. With a power output of 5 Watts and data rates up to 512 kbps, this radio is equipped with a rechargeable Li-Ion battery for extended use. Weighing just 5.5 kg (including battery), it comes with various accessories such as batteries, DC-DC adaptors, shock mount trays, and carrying harnesses, making it ideal for diverse deployment scenarios.
The BEL UHF SDR Handheld is a compact and lightweight software-defined radio designed for secure voice and data communication within the frequency band of 370 MHz to 430 MHz. Ideal for short-range ground-to-ground, ground-to-ship, and ship-to-ship communications, this handheld device features a power output of 1.5 W and comes equipped with an in-built GPS that supports an external antenna. Powered by a rechargeable 7.4 V DC Li-Ion battery (4.5 Ah), it weighs only 300 grams without the battery and under 600 grams with it. The SDR-HH utilizes a lightweight SCA software environment tailored for high assurance security architecture, making it a reliable choice for various communication needs.
The SDR TAC is a state-of-the-art Software Defined Radio (SDR) system designed for versatile communication in network-centric operations. This 4-channel, multi-mode, and multi-band radio is rack-mountable and optimized for shipborne use, supporting simultaneous operations across V/UHF (30-512 MHz) and L-Band (960-1240 MHz). With capabilities for both narrowband and wideband applications, users can easily instantiate various waveforms via the intuitive front panel GUI or remote control unit. The system features built-in TRANSEC-ECCM and COMSEC for enhanced security, configurable output power of 50W in V/UHF and 100W in L-Band, and data rates of up to 6 Mbps. Its architecture adheres to SCA 2.2.2 standards with red-black separation, ensuring the highest security grading capability for critical communications.
The SDR-NC is a state-of-the-art Software Defined Radio system designed for maritime communication, featuring a 3 Channel Multi-mode, Multi Band configuration that is rack mountable and ship-borne. This advanced system facilitates seamless Ship to Ship, Ship to Shore, and Ship to Air voice and data communication, supporting simultaneous operations across all three channels within the HF (3–30 MHz) and V/UHF (30-512 MHz) bands. The SDR-NC is equipped with a user-friendly front panel GUI and remote control unit for easy waveform management, housing multiple waveform types suitable for both narrowband and wideband applications. Built on a trusted indigenous platform, it incorporates robust TRANSEC-ECCM and COMSEC capabilities, ensuring high security through Red-Black separation in compliance with SCA 2.2.2 standards. Designed to withstand harsh environmental conditions, the SDR-NC is an ideal solution for modern maritime communication needs.
The SDR AR is a cutting-edge 4 Channel Multi-mode, Multi Band Airborne Software Defined Radio system designed for seamless Ground to Air and Air to Air voice and data communication in network-centric operations. This versatile radio system supports simultaneous operation across HF, V/UHF, and L Band frequencies, making it ideal for diverse applications. With a wide frequency band coverage ranging from 3 MHz to 1240 MHz, the SDR AR can handle both narrowband and wideband waveforms, all of which can be remotely controlled for optimal flexibility. Built on a trusted indigenous platform, it features advanced TRANSEC-ECCM and COMSEC capabilities, ensuring high security standards. The ruggedized design allows for reliable performance in harsh environmental conditions, making it a robust choice for tactical data communication.
The High Capacity Radio Relay (HCRR) by BEL is a cutting-edge communication solution designed for military applications, providing reliable and secure tactical communication links even in hostile Electronic Warfare (EW) environments. This full duplex equipment operates through a line-of-sight radio path and features a robust configuration comprising an Indoor Unit (IDU) and an Outdoor Unit (ODU). The ODU, mounted on the antenna, allows for precise alignment via an electronically controlled rotator or manual adjustments, which can be performed from the ground or within a shelter. The IDU can be installed in either a static shelter or mobile vehicle, offering multiple baseband interfaces including E1, E3, and Ethernet. Operating in the frequency band of 4.4 – 5 GHz, the HCRR supports data rates of 2, 8, 34, and 100 Mbps, powered by AC 230V or 48V DC.
The Secure Digital Mobile Radio-25 W is a cutting-edge DMR radio designed for high-security communication needs. With a power output of 25W and built-in AES encryption, this radio ensures end-to-end secrecy through a customized algorithm embedded on an internal encryption card. It operates within the frequency range of 136-174 MHz and 403-470 MHz, providing reliable line-of-sight (LOS) communication in both clear and secure modes. Compatible with legacy FM radios and other DMR systems, it supports various communication features including individual, group, and broadcast calls, SMS capabilities, remote monitoring, and caller ID display. This versatile vehicle-mounted radio adheres to ETSI standards for DMR protocol, making it an ideal choice for secure and efficient communication in demanding environments.
