Spirent Federal Systems
Spirent specializes in GPS and GNSS test technology and serves the needs of our customers with market-leading test solutions. Our GPS test systems support encrypted military codes, interference/jamming and spoofing simulation, inertial navigation systems, high dynamic applications, CRPA & anechoic chamber testing, and high dynamic testing.
- 800-SPIRENT
801-785-1448 - 801-785-1294
- info@spirentfederal.com
- 1402 W. State Rd.
Pleasant Grove, UT 84062
United States
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product
Multi-Output, Multi-GNSS Wavefront Simulator System
GSS9790
The GSS9790 is a development of Spirent’s GSS9000 Series platform for testing Controlled Reception Pattern Antenna (CRPA) systems, spatial testing of single-antenna devices, and as part of real-world-time-synchronized indoor GNSS implementations.
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product
MEMS Sensor Simulation
SimSENSOR
Performance testing of sensor fusion in MEMS inertial and multi-GNSS navigation systems. SimSENSOR extends the capabilities of Spirent’s multi-GNSS simulators by simulating MEMS sensor outputs on a common trajectory with the simulated GNSS RF signals. The simulated MEMSs sensor outputs include user control of representative noise and errors (bias/drift).
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product
Multi-GNSS RF Simulation System
GSS6300M
The Spirent GSS6300M is the ideal platform for entry-level and low-cost test requirements. Capable of generating signals from multiple GNSS coherently, the GSS6300M is a valuable tool in development and production test environments.
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product
Authorized GPS AES M-Code Testing
SimMCODE
Validate M-Code functions via AES M-code protocols for high fidelity secure testing. In order to facilitate greater accuracy and robustness than available in civilian GNSS, the US government has long provided secure signals for authorized users. M-Code is the latest iteration of this process, providing an encrypted and standalone service (unlike the P(Y)-Code). Spirent’s SimMCODE enables authorized users to thoroughly test Military GPS User Equipment (MGUE) in repeatable, lab-based environments, using the commercial encryption algorithm, Advanced Encryption Standard (AES).
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product
Concurrent Alternative RF & GNSS Signal Simulation
SimAltNav Replay
Non-GNSS sources of RF (radio frequency) are of interest in GPS-degraded or contested signal environments, with interest focused on LEO (low earth orbit) constellations. These systems offer high receiver signal power (relative to GNSS) and a secure & resilient link to augment GNSS.
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product
Modernized Navstar Security Algorithm (MNSA) M-code Testing
SimMNSA
The M-code signal is part of the security architecture that all new Military GPS User Equipment (MGUE) has been required to use since 2017. Until recently, testing with non-classified AES-encryption and replay of M-code Satellite Data Sets (SDS) have been the only methods authorized for GPS M-code receiver testing using a constellation simulator.
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product
Advanced GNSS Spoofing Simulation And Monitoring
SimSAFE
SimSAFE enables better protection against GNSS spoofing attacks. GNSS spoofing is a growing concern for developers and users of critical systems, with many well-publicized instances occurring every year. In order for users to be assured that their equipment continues to perform as expected when exposed to fake or replayed GNSS signals, it is vital to test thoroughly.
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product
Multi-frequency, Multi-GNSS Simulator
GSS7000
The GSS7000 offers exceptional accuracy, fidelity and authentic GNSS signal emulation, ensuring true performance at every test stage. Advance features include embedded multipath, interference, and spoofing capabilities that deliver comprehensive vulnerabilities testing.
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product
CRPA Test System
The Spirent CRPA Test System is a development of Spirent’s GSS9000 Series platform for testing Controlled Reception Pattern Antenna (CRPA) systems with a separate RF output per antenna element. The CRPA Test System generates both GNSS and interference signals. Users can control multiple antenna elements. Null-steering and space/time adaptive CRPA testing are both supported by this comprehensive wavefront approach.
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product
Inertial And Integrated GPS/Inertial (IGI) Sensor Testing
SimINERTIAL
Overcoming PNT/GNSS positioning challenges with precision inertial sensor emulation, for powerful IGI testing. Integrating inertial sensors is an effective way to overcome the weaknesses of GNSS positioning systems. However, it also adds a set of challenges to the development process. Once inertial sensors have been verified, it is necessary to test the complementary positioning systems alongside each other.
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product
Barometric Pressure Simulation
SimBARO
Embedded and Integrated GPS/Inertial navigation systems require an altitude reference data input provided by a barometric pressure altimeter to reduce vertical plane errors inherent within inertial systems. Spirent’s SimBARO product offers a simulated source of barometric pressure altitude data and is available as an add on to SimINERTIAL, Spirent’s Inertial Measurement Unit (IMU) and Embedded GPS/Inertial navigation system (EGI) test tool.
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product
High Bit-depth RF Record & Playback System
GSS6450
The Spirent GSS6450 offers the flexibility, control and high dynamic range required to test the most challenging applications.
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product
The Integrated Solution To GNSS + GBAS Functional Testing
GSS4150
To help developers and integrators test the airborne GNSS receiver in their GBAS landing system (GLS), Spirent has developed the GSS4150 solution. The GSS4150 is a VHF signal source generator, supporting multiple different message types, enabling you to build the solutions that power the future of aviation.
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product
Testing M-code Using Simulator Data Sets
SDS M-code
Simulator Data Sets (SDS) contain official, pre-encrypted M-Code signal data streams. Comprehensive development and testing of military M-Code receiver technology in an unclassified laboratory environment have been possible by employing AES encryption. Spirent Federal has supplied AES M-code test capability since 2004 via the SimMCODE product.
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product
Selective Availability Anti-spoofing Module (SAASM) Test Platform
SimSAAS
Comprehensive testing of SAASM for classified military applications. Military GPS receivers can use a Selective Availability Anti-Spoofing Module (SAASM) to enable decryption of precise positioning data. Selective Availability (SA) refers to a discontinued practice by the U.S. government to degrade the civil signal to prevent full accuracy. Since May 1, 2000, Selective Availability has not been operational.
