XH-009-8CH-BD-WG-DT Dual-frequency 8-Channel GNSS Anti-jamming Terminal | BDS B1/B3 + GPS L1, PNT Security All-in-One for UAV UGV

Product Overview

Key Advantages

• Dual-band Multi-system Broadband Anti-jamming
  Supports BDS-B1, BDS-B3 and GPS-L1 multi-band satellite signal reception, with broadband anti-jamming capability enabled on B1/B3/L1 bands simultaneously. Single-tone interference suppression reaches ≥95dBc, 3-tone suppression ≥85dBc, with up to 3 simultaneous jamming signals suppression, adapting to complex electromagnetic interference scenarios.
• Adaptable to All Interference Types
  It effectively resists various electromagnetic interference forms including band-limited Gaussian white noise interference, spread spectrum matched filter interference, pulse interference, sweep interference and mixed interference, fully covering common unintentional and malicious interference scenarios to ensure uninterrupted navigation signals.
• Full Airspace Coverage Protection
  The anti-jamming airspace covers the full 0°~360° azimuth range and -90°~90° pitch range, realizing three-dimensional full-dimensional interference protection without azimuth or pitch blind spots, suitable for full-attitude UAV flight and omnidirectional UGV movement scenarios.
• Highly Integrated All-in-one Design
  Built-in integrated antenna array, anti-jamming processing module and satellite navigation receiver, the all-in-one architecture greatly reduces system complexity and deployment difficulty. With a compact size of only 150×130×26.5mm and weight ≤500g, it is easy to install and perfectly fits the limited installation space of various unmanned platforms.
• Highly Reliable PNT Security Protection
  Through comprehensive interference protection, it protects user terminals from various electromagnetic interference and malicious attacks, significantly improving the continuity and credibility of navigation and positioning. Operating power consumption is ≤17W at room temperature, adapting to the power supply requirements of industrial unmanned platforms and balancing performance and endurance.

Detailed Technical Specifications