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GSS6450 GNSS recording and playback
The GSS6450 GNSS Multiple Constellation Record Playback System (RPS) provides a simple and efficient solution for capturing real-world GNSS signals an
Product details
Product Features
The GSS6450 GNSS Multiple Constellation Record Playback System (RPS) provides a simple and efficient solution for capturing real-world GNSS signals and replaying them in the laboratory. It has product options for simultaneous recording and playback, as well as product options with only playback functionality. The application areas include automobiles, navigation, aerospace, national defense, and surveying.
PRODUCT FUNCTION
GSS6450 GNSS recording and playback
Recording function:
-Record 4 GNSS signals (GPS/GLONASS/BEADOU/GALILEO/QZSS) with frequencies of L1, L2, L5, B3- Portable and battery powered - Simple one click recording function - Internal battery powered for 1.5 hours -4, 8, or 16 bit I&Q bit depth to improve signal authenticity - Car power adapter (car charger) -1TB or 2TB built-in hard drive (1 or 2TB portable hard drive) or 8TB external hard drive (optional)
-OCXO provides stable and low phase noise - supports narrowband (10 MHz) and broadband (30 MHz or 50 MHz) configurations - built-in GNSS receiver
-A 1TB hard drive can support up to 25 hours of recording time - it can store external data synchronized or asynchronous with GNSS signals.
-OCXO provides stable and low phase noise - supports narrowband (10 MHz) and broadband (30 MHz or 50 MHz) configurations - built-in GNSS receiver
-A 1TB hard drive can support up to 25 hours of recording time - it can store external data synchronized or asynchronous with GNSS signals.
Playback function:
-Can be played back through the front panel or network control (built-in server) - can control playback of content from the built-in hard drive or portable hard drive
-Can be played back through the front panel or network control (built-in server) - can control playback of content from the built-in hard drive or portable hard drive
-OCXO helps provide better stability and phase noise - signal attenuation (31dB, 1dB step)
-Independent channel signal attenuation (31 dB, 1 dB step) - capable of automatic playback of multiple files
-Support script control - can start playing from any point in the recorded file - synchronized data playback
-3.3V or 5V GNSS antenna support
Signal support:
Simultaneously record/replay RF signals at 4 frequency points
GPS \ \ SBAS, GLONASS, Galileo, Beidou, and regional signals
GPS L1 (C \\A,L1c, P and M code) GPS L2c, P(Y) and M, GPS L5, signals
GLONASS L1(C/A,P), L2 C/A,P , L3
Galileo E1(B and C), E5a , E5b, E5ab
Beidou B1, B2, B3
QZSS L1(C/A,SAIF,L1c) L2c,L5
SBAS(WAAS,EGNOS,MSASA,GAGAN)
Bandwidth
10 MHz (Narrow) for L1 (B1) signal
30 MHz (Medium)
50MHz (Wide)
Bit depth (I&Q) 4 bits 8 bits 16 bits
Bit depth (I&Q) 4 bits 8 bits 16 bits
(Note: Please select the corresponding product model according to the signal requirements for recording and playback as needed.)
GSS6450 GNSS Recording and Playback System Operating Mode:
GSS6450 is very flexible in operation mode, as follows:
Utilize the front panel
Using keyboard, mouse, and monitor
Accessing the built-in web server through a web browser
Using VNC remote control
Using scripts to access wirelessly from PC, PAD, or mobile phone
Typical application: The use of GSS6450 RPS allows you to record real GNSS signals (including fading, multipath, and interference effects in real environments) and frequently replay them in the laboratory without returning to the field. This will greatly save you time and money. .
Its typical applications include:
◊ Software and hardware testing ◊ Repetitive testing
◊ Factory testing ◊ Performance analysis
◊ System verification System trials Application testing
◊ A-GPS verification ◊ Ionospheric and interference monitoring
◊ Algorithm research o Localization o Multipath o Sensitivity
GSS6450 GNSS recording and playbackSupported GNSS constellations and frequencies
Serial Number | center frequency | Constellation support | bandwidth |
1 | 1176.45 |
GPS L5 Galileo E5a QZSS L5 SBAS L5 | 30 |
2 | 1227.6 | GPS L2 (L2c, P(Y) and M) QZSS L2c | 30 |
3 | 1246 | GLONASS L2 (C/A and P) | 30 |
4 | 1591.788 |
GPS L1 (C/A, P(Y), L1c and M) Galileo E1 (B and C, with CBOC) QZSS L1 (C/A, SAIF, L1c with TMBOC) SBAS L1 (WAAS, EGNOS, MSAS, GAGAN) GLONASS L1 (C/A and P) | 50 |
5 | 1233.738 |
GPS L2 (L2c, P(Y) and M) QZSS L2c GLONASS L2 (C/A and P) | 50 |
6 | 1561.098 | Beidou B1 | 10 or 30 |
7 | 1575.42 |
GPS L1 (C/A, L1c – BOC(1,1) only) Galileo E1 (B and C, BOC(1,1) only) QZSS L1 (C/A, SAIF, L1c – BOC(1,1) only) SBAS L1 (WAAS, EGNOS, MSAS, GAGAN) | 10 |
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GPS L1 (C/A, P(Y), L1c and M) Galileo E1 (B and C, with CBOC) QZSS L1 (C/A, SAIF, L1c with TMBOC) SBAS L1 (WAAS, EGNOS, MSAS, | 30 |
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