ELECTRONIC WARFARE

5-18 GHz ACTIVE RADAR REFLECTOR

The Active Radar Reflector is a compact, programmable radar signal amplifier designed specifically for military radar-guided missile training scenarios. The device operates effectively across the C, X, and Ku frequency bands (5-18 GHz). Utilizing a dual-antenna configuration, the reflector amplifies and retransmits incoming radar signals according to user-defined Radar Cross Section (RCS) values.

Available with either RHCP or LHCP spiral antennas, the system supports all polarization types. Gain settings are easily programmable via an RS-232 interface, allowing adjustments to be made prior to or even during flight. Configurations are retained in memory for operational convenience.

Benefits:

• Low SWaP (Size, Weight, and Power) suitable for drone-based decoy applications (e.g., MALD)
• Ideal for Suppression of Enemy Air Defence (SEAD) drone missions
• Supports radar test and validation exercises
• Effective in radar-guided missile test and validation scenarios
• Suitable for RF seeker and proximity fuse testing and validation
• Compatible with Surface-to-Air, Air-to-Air, and Anti-Ship missile training drones
• Accurately emulates aerial and surface targets with defined Radar Cross Section (RCS)

Key Specifications:

• High efficiency
• Lightweight construction
• Compact design
• User-programmable gain control

ESM / ELINT RECEIVER

The Compact ESM/ELINT Receiver operates across a wide frequency spectrum from 2 GHz to 18 GHz, capturing radar signals and rapidly generating detailed Pulse Description Words (PDWs). These PDWs include critical parameters such as frequency, amplitude, pulse width, time of arrival, and pulse repetition intervals (PRI), which are transmitted via a Gigabit Ethernet interface. An additional LVDS interface is provided for essential configurations and telemetry data.

Featuring four RF input channels, the receiver offers Direction-Finding (DF) capability. Its compact design integrates advanced Digital Frequency Discriminator (DFD), Successive Detection Log Video Amplifier (SDLVA), and a high-speed signal processing board capable of generating over two million PDWs per second. Users can apply digital filtering to eliminate undesired signals, while integrated switch multiplexer filters further refine reception by selectively excluding unwanted frequency bands per channel.

Additionally, ongoing development projects include superheterodyne receivers covering broader frequency ranges, and advanced DRFM-based systems for radar simulation, Electronic Countermeasures (ECM), and COMINT applications.

Key Benefits:

• Optimized SWaP for integration into small unmanned platforms
• Ideal for stealth and covert ELINT missions
• Suitable for ESM/ELINT drone operations across naval, terrestrial, and aerial environments
• Perfect for miniature electronic support applications

Key Specifications::

• High precision and resolution
• Rapid PDW generation capability
• MIL-STD-810G and MIL-STD-461F compliant
• Advanced digital filtering
• Excellent Size, Weight, and Power (SWaP) characteristics
• Ultra-fast processing response
• Integrated Switch Multiplexer (SwMux) filters

COMPACT DFD RECEIVER

The Compact DFD Receiver operates within the 2 GHz to 18 GHz frequency range, rapidly converting radar signals into digital outputs via an LVDS interface. Standard outputs include frequency data at 14-bit resolution along with a 1-bit data validity indicator, and additional customized outputs are available upon request.

The receiver supports both internal and external clock sources for generating precise LVDS signals. Enhanced filtering capabilities can be achieved through integrated switch multiplexer filters, which eliminate unwanted signals. Additionally, multiple receiver units can be stacked to facilitate multi-channel Direction Finding (DF) applications.

Key Specifications:

• Ultra-compact design
• High precision and resolution
• Optional Pulse Description Word (PDW) generation capability
• MIL-STD-810G compliant
• User-friendly interface
• Excellent Size, Weight, and Power (SWaP) efficiency
• Ultra-fast signal processing response

Key Benefits:

• Optimized SWaP for miniature electronic support systems
• Ideal for integration into small unmanned platforms
• Perfectly suited for compact, tactical electronic support applications

COMPACT IFM RECEIVER

The Compact IFM Receiver operates within a broad frequency range of 2 GHz to 18 GHz, rapidly processing radar signals to produce Pulse Description Words (PDWs). These PDWs capture critical parameters such as frequency, amplitude, pulse width, time of arrival, and pulse repetition intervals (PRI), transmitted via a Gigabit Ethernet interface. Additionally, an LVDS interface provides essential telemetry data and configuration settings. The receiver is available in single or dual-channel configurations.

Its ultra-compact design integrates advanced Digital Frequency Discriminator (DFD), Successive Detection Log Video Amplifier (SDLVA), and high-performance signal processing modules, enabling PDW generation rates exceeding two million per second. Users can implement customizable digital filters to eliminate undesired signals, and optional switch multiplexer filters further enhance signal clarity. The modular design supports stacking for multi-channel Direction Finding (DF) applications.

Ongoing developments include broader-spectrum superheterodyne receivers and advanced DRFM-based technologies for radar simulation, Electronic Countermeasures (ECM), and COMINT solutions.

Key Specifications:

• Ultra-compact form factor
• High precision and resolution
• Rapid PDW generation
• MIL-STD-810G and MIL-STD-461F compliant
• User-friendly interface
• Advanced digital filtering capability
• Excellent Size, Weight, and Power (SWaP) efficiency
• Ultra-fast response time

Key Benefits:

• Low SWaP
• Ideal for miniature electronic support applications
• Suitable for deployment in small unmanned platforms

RADAR ALTIMETER

The Radar Altimeter is an FPGA-based, lightweight, ultra-compact airborne system designed to deliver precise altitude measurements relative to ground level. Utilizing a modular FPGA architecture combined with advanced digital signal processing (DSP), this altimeter provides exceptional performance with low size, weight, and power (SWaP) demands, at an affordable cost.

Optimized for use on unmanned aerial vehicles, helicopters, fixed-wing aircraft, and missiles, the altimeter incorporates state-of-the-art signal processing to ensure accurate altitude readings, even on platforms operating at speeds up to Mach 1.5.

Key Specifications:

• Lightweight design
• Ultra-compact form factor
• High measurement accuracy
• Modular FPGA-based architecture
• Built-in self-test capability

Key Benefits:

• Reliable all-weather operation
• Simple and rapid installation
• Easy integration into both new and existing platforms
• Compliance with military standards
• Suitable for high-speed operational environments