infoX CRPA Systems
TX2609-AJS-32CH-DPA

32-Element CRPA Antenna for GNSS Anti-Jamming & Anti-Spoofing

The flagship: 31 jammers suppressed plus full spoofing rejection

Array elements
32
Max jammers
31
Weight
≤8000 g
1 jammer
≥120 dBc
7 jammers
≥105 dBc
15 jammers
≥95 dBc
31 jammers
≥95 dBc
TX2609-AJS-32CH-DPA
Footprint at true scale Scale · 100 mm 390 × 390 × 54 mm
32 element array31 max jammers
§ 01 Specifications

The TX2609-AJS-32CH-DPA is a GNSS anti-jamming terminal for industrial users. It suppresses interference on BDS-B1i, GPS-L1 and Galileo-E1 — narrowband, wideband, pulse, swept and Gaussian noise jamming, up to 31 jammers at once — and rejects asynchronous, synchronous and repeater spoofing before the signal reaches the receiver. The 32-element antenna array, anti-jamming components and GNSS receiver are integrated in one housing. Built for UAVs, unmanned ground vehicles and vessels, and for timing in power, communications and finance networks, it protects the user terminal from unintentional interference and malicious attacks and substantially raises PNT information security.

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°.

Dimensions390 × 390 × 54 mm
Power≤70 W
Weight≤8000 g
Frequencies1561.098 MHz · 1575.42 MHz
ConstellationsBDS-B1i · GPS-L1 · GALILEO-E1
RF output-70 to -60 dBm · 50 Ω
Anti-spoofingEnhanced — residual spoofing signal C/N₀ at output ≤20 dB
§ 02 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
§ 04 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