Purpose, Application, and Risk Environment

Purpose: XWJ2 systems are deployed to disrupt or deny unauthorized radio frequency communications in environments where such transmissions pose a direct security or safety risk. The systems are used to counter threats including remote triggered devices, illicit communications, and unmanned systems, while maintaining controlled and mission focused electromagnetic activity.

Application Environments: Typical application environments include convoy protection, border and perimeter security, correctional facilities, critical infrastructure protection, tactical operations, event security, and counter drone scenarios. Depending on configuration, XWJ2 can be deployed as a permanent installation, a vehicle mounted system, or a rapidly deployable tactical asset.

Operational Risk Context: Uncontrolled or hostile use of radio frequency signals can enable remote detonation, coordination of attacks, contraband communication, or drone based threats. Broad and indiscriminate jamming increases the risk of unintended interference and operational disruption. XWJ2 addresses this risk by enabling selective, programmable, and scenario specific jamming aligned with defined threat profiles.

Functional Capability Overview

1. Digital and Selective Jamming Architecture
Digitally controlled jamming using programmable signal generation, allowing precise definition of start and stop frequencies, power levels, modulation types, and operational timing.

2. Wide Frequency Coverage
Supports jamming operations across a broad frequency spectrum, from 20 MHz up to 6 GHz, with band selective amplifiers matched to specific threat frequencies.

3. Modular and Scalable System Design
Built from interchangeable jamming modules that can be scaled, replaced, or reconfigured to match mission requirements and simplify maintenance.

4. Multiple Jamming Modes
Supports configurable jamming modes including sweep, spot, barrage, hopping, band selective, and channel based approaches to address different threat behaviors.

5. Real Time Monitoring and System Protection
Provides continuous monitoring of system status and temperature to protect hardware and ensure stable operation under demanding conditions.

6. Platform Specific Power & Antenna Integration
Includes dedicated power supply concepts and specialized directional or omni directional antenna systems adapted to vehicle, fixed site, or tactical deployments.