The Secure VHF Radio (LVP 285) is a cutting-edge handheld communication device designed for optimal performance in various terrains and roles. Featuring high-grade digital secrecy, this lightweight radio offers a user-friendly interface with minimal controls, making it easy to operate. It includes 32 preset crypto keys, a selective call facility, and a robust built-in microphone and speaker. The LVP 285 is equipped with multiple antenna options to enhance signal range and clarity, along with a detachable belt clip and a lightweight carrying pouch for convenient transport. Additional features include battery status indication, received signal strength indication, an 8-character alphanumeric display, and various programmable settings for customized use, ensuring reliable communication in any situation.
The BEL VHF Repeater Station (LVS 297) is a cutting-edge communication solution designed for enhanced operational efficiency. This microprocessor-based repeater station utilizes two dedicated base stations (LVM 294) for seamless transmission and reception, significantly extending the communication range of compatible handheld radios, such as the LVP 285. The LVS 297 features advanced capabilities including built-in high-grade encryption, multiple operating modes (Clear and Secure), and programmable functions like presets, crypto keys, and CTCSS tones. Additionally, it incorporates a powerful Built-In Test Equipment (BITE) diagnostic feature to ensure reliability. With compliance to MIL-STD-461C for EMI/EMC standards, this repeater station is ideal for demanding environments, making it a trusted choice for military and communication applications.
The BEL HD VLF-HF Receiver is a cutting-edge naval communication system designed for reliable long-range communication between the Indian mainland and distributed ships or submerged submarines. Operating within the Very Low Frequency (VLF) band, this advanced receiver supports efficient text data communication at speeds up to 600 bps across a 200 Hz bandwidth, utilizing modern signal processing techniques. It features dual capabilities for MSK demodulation in VLF mode and HF reception in HF mode, with a frequency range of 10 kHz to 30 MHz. The system employs advanced GMSK modulation with high code rate LDPC for efficient forward error correction and is compatible with legacy modes. The user-friendly interface is soft-key controlled, and the compact design allows for easy deployment in a 2U height, 19” rack mountable form factor.
The Configurable VHF Frequency Hopping Tactical Radio (LVP 346) is a cutting-edge communication device designed for both manpack and vehicular applications. This lightweight and compact radio utilizes advanced technology, including a Digital Signal Processor (DSP) and Direct Digital Frequency Synthesizer (DDFS), to deliver high-performance voice and data communication. It operates in both anti-jam and fixed frequency modes, ensuring secure transmissions with built-in high-grade digital encryption. The LVP 346 features built-in GPS, multiple power options, and offers enhanced functionalities such as scanning, selective calling, and over-the-air programming. Its user-friendly interface includes menu-driven operation and voice-activated switching for hands-free use, making it an ideal choice for tactical operations requiring reliable and secure communication.
Thales's Counter RCIED Electronic Protection system is designed to combat the growing threat posed by Radio Controlled Improvised Explosive Devices (RCIEDs), which have become prevalent in various conflict zones due to their cost-effectiveness against advanced weaponry. This system leverages Thales's extensive experience in Communications Electronic Counter Measures (ECM) to provide robust solutions for detecting and inhibiting RCIEDs, thereby enhancing the safety of military personnel and operations. By integrating advanced electronic defense equipment, Thales enables armed forces to effectively mitigate the risks associated with RCIED proliferation, ensuring operational effectiveness and reducing casualties in complex battlefield environments.
The Guardian RCIED Suppression system from Leonardo is a cutting-edge solution designed to counter radio-controlled improvised explosive devices (RCIEDs) and enhance operational safety in high-risk environments. This advanced system employs sophisticated jamming technology to disrupt the communication signals used to trigger RCIEDs, effectively neutralizing potential threats before they can cause harm. The Guardian system is highly adaptable, allowing for integration into various platforms, including vehicles and fixed installations, ensuring comprehensive protection for military personnel and critical infrastructure. Its user-friendly interface and real-time monitoring capabilities provide operators with vital situational awareness, enabling swift responses to emerging threats. With its proven effectiveness, the Guardian RCIED Suppression system is an essential tool for modern defense forces committed to ensuring mission success and personnel safety in complex operational scenarios.
The L3Harris JAM-11F is an advanced "eye-safe" laser transmitter designed for a variety of applications, featuring a 1.54 μm diode-pumped, passively Q-switched Erbium glass laser. With a pulse energy of over 0.8 mJ and a pulse duration of just 6 nanoseconds, the JAM-11F operates at a frequency of 1-2 Hz, making it suitable for precise and efficient laser operations. This transmitter is certified under ISO 9001:2015, ensuring high-quality manufacturing standards. The JAM-11F is part of a comprehensive range of laser products, including associated laser glass and filters, providing users with reliable solutions for their optical needs in various environments.
The Falcon III® RF-7850D Multi-channel Modular System is a cutting-edge multi-band tactical radio designed to deliver reliable performance and resilient high-speed MANET communications across land, sea, and air. This compact system enhances operational capabilities by unifying backbone networks and significantly extending communication ranges, enabling a real-time, shared Common Operational Picture. With a Mission Module interface, users can easily add a third networked channel for video ISR or crossbanded networking, ensuring versatility in mission scenarios. The RF-7850D supports full spectrum coverage from 30 MHz to 2.5 GHz and features software-only updates for modernization, while its superior waveforms enhance warfighter agility and interoperability across the battlespace. The standardized user interface simplifies network complexity, maintenance, and training, making it an essential tool for modern military operations.
The BANSHEE™ Advanced Tactical Data Link (ATDL) Transceiver is a cutting-edge solution designed for secure and scalable networking in advanced collaborative and swarming applications. This robust transceiver facilitates coordinated operations of UAVs in spectrally-congested environments, ensuring seamless communication even under challenging conditions. Utilizing L3Harris’ ATDL 1.0 Waveform and Network Technology, it offers a low-cost, secure radio option that supports advanced mesh networking features. The networking topology manager allows for a distributed mesh configuration, enabling scalability from 2 to 32 nodes, with the capability to extend beyond this through tiered networks. Optimized for real-time network management, the BANSHEE transceiver ensures rapid convergence during dynamic airborne swarm operations, making it an essential tool for modern tactical scenarios.
The Battlefield Awareness and Targeting System - Embedded (BATS-E) is a cutting-edge solution designed to enhance situational awareness and targeting capabilities in military operations. By integrating full Link 16 functionality into a compact, embeddable form factor, BATS-E enables controllers to make rapid, informed decisions in contested environments. This system offers 360° visibility and real-time situational awareness data, allowing for accurate tracking, identification, and engagement of targets. Ideal for size, weight, and power (SWaP) constrained systems, BATS-E provides a cost-effective means of modernizing existing platforms without extensive modifications, ensuring interoperability with over 15,000 Link 16-equipped platforms.
The Battlefield Awareness and Targeting System - Dismounted (BATS-D) is a cutting-edge handheld radio designed to enhance mission effectiveness for Joint Terminal Attack Controllers (JTACs) and ground forces. This innovative system enables digitally-aided close air support, artillery coordination, and combat search and rescue operations through a secure Link 16 network connection. By providing real-time access to both air and ground data, the BATS-D significantly reduces targeting timelines by nearly 95%, thereby minimizing the risk of fratricide incidents. Users have reported that the BATS-D is indispensable in combat scenarios, underscoring its critical role in modern military operations.
The Battlefield Awareness and Targeting System (BATS) Vehicular Amplifier (BVA) is a cutting-edge solution designed to enhance communication capabilities for military operations. Specifically engineered to integrate with Link 16 Cryptographic Products, such as the BATS-D AN/PRC-161 Handheld Link 16 Radio, the BVA offers an impressive operational range exceeding 200 nautical miles, significantly boosting situational awareness for warfighters. Its rugged design and compact size make it ideal for both fixed and mobile applications, ensuring seamless connectivity for dismounted forces. The BVA allows warfighters to maintain Link 16 functionality even when disconnected from the vehicle, providing a "grab & go" capability that enhances operational flexibility. With no requirement for keying, the BVA simplifies logistics by eliminating the need for special storage, making it a vital asset in tactical environments.
The ASPEN™ (Advanced Signal Processing Engine) Technology by L3Harris is a cutting-edge platform that offers flexible Common Data Link (CDL) solutions through a series of proven hardware modules. With programmable software and FPGA options, ASPEN Technology enables the development of advanced, configurable data links tailored for high data rate and protected communications. This innovative technology serves as a robust foundation for the custom development of next-generation products, ensuring enhanced performance and reliability in various applications.
The Advanced Interference Mitigation System (AIMS) by L3Harris leverages cutting-edge interference cancellation technology to address the most challenging RF interference issues. AIMS delivers unparalleled performance in interference mitigation, adaptable to meet the specific needs and constraints of each customer. This scalable solution provides electromagnetic interference protection for multiple victim receivers against various interference sources, effectively covering a wide spectrum range from HF to above X Band for both narrowband and broadband signals. AIMS can eliminate up to 100 dB or more of interference before it reaches the victim receiver, ensuring optimal signal integrity and reliability. For more information, visit L3Harris AIMS.
The Viper Shield™ AN/ALQ-254(V)1 is an all-digital electronic warfare suite designed to provide advanced protection against modern threats. This state-of-the-art system integrates seamlessly with aircraft, offering real-time adaptive responses to a wide range of electromagnetic threats. Viper Shield employs cutting-edge technology to detect, intercept, and counter electronic threats, enhancing mission success and survivability. Its digital architecture allows for continuous upgrades and adaptability, ensuring it remains effective in dynamic environments. For more information, visit [Viper Shield](www.example.com/viper-shield).
