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BDS GPS Galileo 8-Element Anti-Jamming GNSS Antenna for drones autonomous vehicles

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Product Description

Product Summary

The Anti-Jamming Antennas receives and processes BDS B1, GPS L1, Galileo E1, and extended GLONASS G1 bands, providing stable RF output and optional internal positioning solutions. Its design combines front-end reception, amplification, filtering, anti-interference algorithms, and RF output in a compact housing with low power consumption.

Anti-Jamming Antennas (5)

Anti-Jamming Antennas structure diagram

Core Advantages

8-element Anti-Jamming Antennas array structure enabling spatial filtering and robust interference suppression from multiple directions.
Effective mitigation of broadband, narrowband, sweep, pulse, and combined jamming across B1, L1, E1 and extended G1 ranges.
Supports simultaneous suppression of up to seven independent jamming sources while maintaining useful satellite signals.
Integrated GNSS receiver option delivers position and velocity results directly through the data interface for simplified system design.
Wide DC input range and low typical power draw make it suitable for vehicles, vessels, unmanned platforms, and fixed installations.
Rugged enclosure, IP65-level sealing, and industrial temperature range ensure stable operation in outdoor and mobile environments.

Typical Use Cases

Navigation and timing for ground or airborne defense systems operating in contested RF environments.
UAV, aircraft, and maritime platforms requiring resilient satellite navigation and high availability of GNSS signals.
Critical infrastructure timing, communication base stations, and high-precision equipment exposed to potential interference.

Anti-Jamming Antennas for drones

Anti-Jamming Antennas for autonomous vehicles

Key Specifications

Category	Item	Value / Description
GNSS constellations	Systems	BDS, GPS, Galileo, extended GLONASS support
Frequency bands	Signals	BDS_B1C/B1I, GPS_L1C/A, Galileo_E1, GLONASS_G1 (extended)
Array design	Number of elements	8-element array
Anti-jam performance	Single broadband ratio	≥105 dB @ -130 dBm
	Three broadband ratio	≥95 dB @ -130 dBm
	Seven broadband ratio	≥85 dB @ -130 dBm
	Spatial coverage	Azimuth 0°–360°, elevation -90°–90°
RF characteristics	Output level	-55 dBm to -70 dBm
	Impedance	50 Ω
	VSWR	≤2.0
Built-in receiver	Horizontal accuracy	≤7 m (95%, PDOP ≤4)
	Vertical accuracy	≤9 m (95%, PDOP ≤4)
	Velocity accuracy	≤0.2 m/s (95%)
Power	Supply range	+9 V to +36 V DC
	Typical power consumption	≤15 W
Interfaces	RF connector	1 × SMA-K RF port
	Power/data connector	1 × J30J-9ZKP
Mechanical	Dimensions (L × W × H)	150.0 mm × 150.0 mm × ≤23 mm
	Mass	≤900 g (without debug cable)
	Mounting	Bottom: 4 × M3; side: 4 × M2.5 threaded holes
Reliability & environment	MTBF	≥2000 h
	Continuous operation	≥24 h
	Operating temperature	-40℃ to +70℃, 10%–90% RH, non-condensing
	Storage temperature	-45℃ to +85℃, 10%–95% RH, non-condensing
	Protection	Not lower than IP65

Integration Options

The Anti-Jamming Antennas provides two working configurations: RF-only mode, where anti-jammed RF signals are delivered to an external receiver, and receiver mode, where internal processing outputs navigation data directly. Mode selection is performed via a serial interface, allowing system designers to adapt the product to different architectures with minimal hardware change.