Latest Articles


March 26, 2021
GNSS Timing Module for 5G Network Synchronization

Trimble introduced its first dual-frequency — GPS L1 and L5 — embedded timing module providing next-generation wireless networks with 5-nanosecond accuracy.

By Inside GNSS


March 26, 2021
ESA, NASA Race to the Moon for First Lunar GNSS Fix

An experimental European Space Agency (ESA) moon-bound payload will carry an advanced GNSS receiver to perform what may be the first satnav positioning…

By Inside GNSS


March 25, 2021
Canada First to Receive New GPS M-Code Receivers in Ally Tech-Sharing Arrangement

The first M-code enabled receiver cards were delivered to a U.S. ally in February 2021. Canada took possession of an unspecified number of…

By Inside GNSS


March 24, 2021
Galileo Satellite Checks Out, Dodges Space Debris, Returns to Active Service

For the first time, a Galileo constellation satellite has performed a collision avoidance maneuver in orbit.

By Inside GNSS


March 24, 2021
Self-Diagnostic 6-DOF Inertial Sensor Targets Autonomous, Dynamic Inclination and GNSS Support Applications

Murata has developed a new micro-electromechanical systems (MEMS) six degrees-of-freedom (6DoF) inertial sensor, the SCHA63T, for autonomous off-highway vehicles, dynamic inclination sensing and…

By Inside GNSS


March 24, 2021
Unambiguous Meta-Signal Processing: A Path to Code-Based High-Accuracy PNT

The joint exploitation of meta-signals received from multiple GNSS satellites, and from one or multiple antennas, can achieve high-accuracy PNT solutions in harsh…

By Inside GNSS


March 24, 2021
Q: How can a GNSS satellite oscillator anomalies, even at micro-scale, be detected?

Incidents of GNSS signals that contain phase anomalies in a way as to mimic ionospheric scintillation have been observed in the past years….

By Inside GNSS


March 23, 2021
High Walls Reduce Satellite Visibility, But Galileo-Enabled Excavators Dig On

A mega-scale infrastructure project in Norway found that Galileo-enabled machine guidance systems offer an advantage over GPS-only machine control in obstructed environments, due…

By Inside GNSS


March 22, 2021
New High-end FOG Tactical Grade IMU for ISR Systems Landed by USG Prime Contractor

EMCORE Corporation received a $1.1 million development contract from a major U.S. prime contractor to design and manufacture a high-end inertial measurement unit…

By Inside GNSS


March 21, 2021
End Game for Urban GNSS: Google’s Use of 3D Building Models

Inaccuracy in cities has been the persistent and lingering problem for GNSS, engendering many attempts at a solution and revealing deeply embedded difficulties….

By Inside GNSS


March 19, 2021
State of Play: Resilience Is Not Just About Parts

The Department of Transportation Report on complementary and backup PNT technologies has good information but paints far from a complete picture. Several candidate…

By Inside GNSS


March 18, 2021
ION Publishes SDR Metadata Standard in NAVIGATION

The Institute of Navigation’s (ION) announces that the GNSS Software Defined Radio Metadata Standard document has been published in NAVIGATION: Journal of the…

By Inside GNSS


March 17, 2021
Catching A Ride: Improvements to Position Accuracy for eMobility Applications

eMobility services that provide on-demand eBikes and eScooters rentals are fast growing alternatives to traditional transportation modalities. As they are affordable, convenient, and…

By Inside GNSS


March 17, 2021
GNSS Simulator Enhanced for High-Dynamics Vehicles, Space Missions, HIL Testing

Spirent Communications has added premium enhancements to its GSS9000 Series GNSS simulator, doubling the update rate to run simulations at a software and…

By Inside GNSS


March 17, 2021
IoT Company Enhances Services with Location Technology Using GNSS, Wi-Fi and Cellular

Alps Alpine, a manufacturer of electronic components and automotive infotainment systems with an extensive involvement in the Internet of Things (IoT) industry, has…

By Inside GNSS


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