infoX CRPA Systems
IX-4B3P

4-Element CRPA Antenna for GNSS Anti-Jamming

Second band chosen at order — BeiDou B3 (IX-4B3P), GPS L2 (IX-4L2) or GPS L5 / Galileo E5 (IX-4L5) — alongside BDS B1C and GPS L1

Array elements
4
Max jammers
3
Weight
≤500 g
1 jammer
≥105 dBc
3 jammers
≥95 dBc
IX-4B3P
Footprint at true scale Scale · 100 mm 150 × 130 × 26.5 mm
4 element array3 max jammers
§ 01 Specifications

The IX-4B3P is a compact integrated GNSS anti-jamming terminal for civil UAV and professional users. It receives BDS-B1C and GPS-L1 (plus Galileo-E1 on the B3 version), with a second band selected at order time — BeiDou B3 (IX-4B3P), GPS L2 (IX-4L2) or GPS L5 / Galileo E5 (IX-4L5) — so the terminal can be matched to the receiver already in the platform. It suppresses wideband interference across those bands and protects against up to 3 jammers, with the antenna array, anti-jamming module and GNSS receiver integrated in one housing.

Interference types suppressed: band-limited Gaussian white noise, spread-spectrum matched-spectrum interference, pulsed, swept-frequency and mixed interference. Suppression coverage: azimuth 0—360°, elevation −90° to +90°.

Dimensions150 × 130 × 26.5 mm
Power≤17 W
Weight≤500 g
Frequencies1575.42 MHz · 1268.52 / 1227.60 / 1176.45 MHz
ConstellationsBDS-B1C · GPS-L1 · GALILEO-E1 · BDS-B3 / GPS-L2 / GPS-L5
RF output-70 to -60 dBm · 50 Ω
Band optionsSecond band selectable at order: BDS-B3 (1268.52 MHz), GPS-L2 (1227.60 MHz) or GPS-L5 (1176.45 MHz)
Anti-spoofingBasic — built into the array
§ 02Product video
Product video
§ 03 Nulling behaviour

The plot below is locked to this model's array. Drag a jammer to see where the nulls form and which satellites stay locked.

Sky view — adaptive pattern Drag the pink jammer
Nulls / capacity
—
Satellites held
—
Aperture geometry
§ 05 Inquiry

Ask for pricing and lead time

Tell us the platform, the power budget and the interference you expect. We will confirm this model fits, or point you at the one that does. We respond within one business day.

Emailinfoxgnss@gmail.com Telegram@cyberhelen