GNSS receivers Archives - Inside GNSS - Global Navigation Satellite Systems Engineering, Policy, and Design

October 1, 2021

New GNSS Receiver Evaluation Software Released

u-blox announced a new GNSS evaluation software, u-center 2, running on Microsoft Windows and offering anyone working with tenth-generation u-blox GNSS technology a highly intuitive interface to configure GNSS products, evaluate their performance, improve the quality of their software,

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By Inside GNSS
October 11, 2018

CORE Corp. Expands Line of GNSS Receivers

Tokyo, Japan-based CORE Corporation recently exhibited a line of customizable multi-GNSS receivers and Quasi-Zenith Satellite System (QZSS) centimeter-level receivers at ION GNSS+. Customizable multi-GNSS receiver means users build up with CORE’s circuit design, FGPA and software program, not using any commercial or completed GNSS chips.

The company’s Cohac infinite repetition L6 decoder is designed to deliver positioning centimeter accuracy, and case studies indicate successful results in agricultural machinery, autos, railroad and aviation.

Looking ahead to QZSS service startup in November,CORE has released the new QZSS centimeter-level receiver supporting both CLAS and MADOCA. In addition to GNSS receivers, the company develops total GNSS solutions by fusing with Internet of Things (IoT), the cloud and applications to enable various possibilities for location, automotive, agriculture and train customers.

By Inside GNSS
March 13, 2017

Series of Integrated GNSS Receivers Based on the Loradd++ Core Now Available from reelektronika

Loradd++ /Corce eLoran/Chayka receiver module. Photo: reelektronika.

Designed to deliver a breakthrough in size reduction and lower power needs, reelektronika announces the development of a new series of integrated eLoran/Chayka/GNSS receivers based on the Loradd++ core which extends the range of currently produced receivers.

The need to significantly reduce the size and power consumption of receivers was the main driver of this development, according to Reeuwijk, Netherlands-based Reelektronika. Low power and small size are among the prerequisites for developing wearable instruments.


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By Inside GNSS
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