CRPA Anti-Jamming Antenna for Autonomous Driving

Designed specifically for L3+ autonomous driving and robotaxis. It remains unaffected by urban canyons, multipath interference from elevated structures, and malicious signal spoofing, ensuring uninterrupted centimeter-level high-precision positioning.

Reliable GNSS Positioning for Safe Autonomous Driving

As autonomous vehicles evolve toward higher levels of intelligence, accurate positioning is no longer optional—it is mission-critical. While cameras, LiDAR, and radar provide environmental perception, GNSS remains the primary source of global positioning. However, conventional GNSS antennas are highly vulnerable to interference, jamming, and spoofing.

Our CRPA (Controlled Reception Pattern Antenna) technology delivers advanced GNSS anti-jamming capabilities, ensuring reliable positioning in complex electromagnetic environments and helping autonomous vehicles maintain safe and continuous navigation. CRPA systems use multi-element antenna arrays and adaptive beamforming to suppress interference while preserving satellite reception, making them increasingly relevant to autonomous driving and other high-reliability PNT applications.

Why Autonomous Vehicles Need CRPA

Autonomous driving systems rely on multiple sensors, but precise GNSS positioning remains essential for:

High-definition map localization
Lane-level positioning
Route planning
Vehicle control
Fleet management
V2X synchronization
Time synchronization for onboard systems

Contact Our Experts to Find the Perfect CRPA Antenna for Your Application

CRPA Antenna Interference Resistance

CRPA uses a multi-element antenna array in conjunction with digital beamforming algorithms to automatically adjust the reception pattern, creating a null at the direction of the interfering signal while maintaining normal reception of the satellite signal.