5KM 10KM 20KM Combines Defense, Control & Flexibility Safe Airspace Intelligent Drone for BDS (B1), GLONASS (L1), Galileo (E1)
No.SIG- AY22
The S I G -AY22 Navigation Satellite Spoofing Device is designed for counter- UAV applications in sectors such as oil & gas, power infrastructure, public security.The device features a compact, lightweight design, ease of operation, and highreliability, enabling quick integration into various systems.
Based on GNSS signal simulation technology, the device generates and transmitssimulated satellite signals that are identical to real in-orbit navigation satellite signals.
3. Supports simulation of global GNSS systems and frequency bands, including: BDS, GPS, GLONASS, Galileo, QZSS, and NavIC, with customizable frequencyconfigurations. 4. Supports spoofed coordinate simulation, allowing arbitrary latitude andlongitude generation:
Static spoofing point simulation
Dynamic trajectory simulation
Enables guiding UAVs to designated virtual positions.
5. Built-in GNSS signal reception and delay compensation, enablingsynchronization with real satellite timing. Channel delay can be adjustedbased on spoofing distance to achieve optimal performance, with automaticsuppression of co-frequency interference. 6. Supports satellite ephemeris download, injection, storage, update, andcalculation, allowing operation even in environments without live satellitesignal reception. 7. Outputs high-precision 10 MHz reference clock signal. 8. Equipped with B-code / 1PPS interfaces for external device timesynchronization. 9. Built-in self-diagnostics and fault reporting functions. 0. Provides standard interfaces and communication protocols for systemintegration and secondary development. 11. Supports customized GNSS frequency bands and functional configurations.
Technical Specifications Spoofing Range (Customizable)
Distance
Output Power
5 km
5 W
10 km
20 W
20 km
50 W
Supported GNSS Signal Simulation
NO.
Satellite System
GNSS Band
Center Frequency (MHz)
Bandwidth (MHz)
1
BDS
B1I
1561.098
4.092
2
BDS
B1C
1575.42
32.736
3
BDS
B2I
1207.14
4.092
4
BDS
B2a
1176.45
20.46
5
BDS
B2b
1207.14
20.46
6
BDS
B3I
1268.52
20.46
7
GPS
L1 C/A
1575.42
2.046
8
GPS
L1P
1575.42
20.46
9
GPS
L2C
1227.6
2.046
10
GPS
L2P
1227.6
20.46
11
GPS
L5
1176.45
20.46
12
GPS
L1C
1575.42
4.092
13
GLONASS
L1
1602
8.3345
14
GLONASS
L2
1246
6.7095
15
GLONASS
L3
1202.025
20.46
16
Galileo
E1
1575.42
14.322
17
Galileo
E5a
1176.45
20.46
18
Galileo
E5b
1207.14
20.46
19
Galileo
E6
1278.75
10.23
20
QZSS
L1C/A
1575.42
2.046
21
QZSS
L1C
1575.42
4.092
22
QZSS
L2
1227.6
2.046
Performance Parameters
Spoofing activation time: ≤ 10 s
Power-on startup time: ≤ 20 s
Cold start synchronization time: ≤ 300 s
(Synchronized with satellite time and ephemeris for optimal performance) Power attenuation adjustment range: 0 ~ 80 dB
Output power per frequency: ≤ -5 dBm
(Variations may occur due to differences in satellite signal acquisition) Power adjustment resolution: 0.5 dB
Time synchronization accuracy: ≤ 30 ns
General Specifications
Input Voltage: AC 110 ~ 300 V
Dimensions: 430 × 370 × 175 mm (excluding antennas) Weight: < 20 kg
