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The term “Global Navigation Satellite System” (GNSS) describes a group of satellites that send out signals from orbit that GNSS receivers can use to determine their location and time. In order to determine location, the receivers need this information.
The Global GNSS receiver module market accounted for $XX Billion in 2021 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2022 to 2030.
A brand-new GNSS receiver module called GNSSNOVA M20071 is being introduced by Antenova Ltd. Its power consumption has been decreased by five times, enabling the development of smaller tracker designs and five times longer tracker operating times.
The launch of a brand-new, ultra-slim family of smart antenna Global Navigation Satellite System receiver modules was announced by Telit. An extra Low Noise Amplifier, a Surface Acoustic Wave filter, and effective power management technology are among the best-in-class characteristics of the SL876Q5-A, which is housed in an incredibly thin Leadless Chip Carrier package.
A new line of high-performance system-in-package GNSS receiver modules from SkyTraq has been launched. These modules support GPS, GLONASS, Beidou, QZSS, and SBAS.
A new generation of Time Synchronisation GNSS Receiver Modules that are interoperable with all GNSS systems worldwide was launched by Furuto Electric Co., Ltd. For fifth generation (5G) mobile devices, radio communications systems, smart power grids, and master clocks, the modules deliver best-in-class nanosecond resolution.
A self-contained, high-performance Global Positioning System receiver developed for navigation, tracking, and positioning applications is the RM Series GPS receiver module. It can concurrently acquire and track on channels thanks to the MediaTek chipset.
As a result, even at low signal levels, the module has quick lock times and good position accuracy. Even amid dense vegetation and gorges in metropolitan areas, the module performs superior due to its extraordinary sensitivity. In battery-powered systems, its extremely low power consumption during tracking helps maximise runtimes.
GNSS or GPS receiver module working with the Master Development System It includes a development board that has been fully constructed for benchmarking and prototyping. The development board may function as a standalone device because it contains an OLED display for viewing the satellite data.
Adding new circuits is simple because of the big prototyping area and module interface header. The development board can now serve as a prototype to this.
An evaluation board with one GPS or GNSS receiver fits into a socket on the development board. This makes switching the module between your prototype board and the development board for testing and troubleshooting simple. Additionally, a backup module is included for usage on your prototype boards after testing.
COVID-19 on the manufacture or distribution of GNSS goods and services. assuming, of course, that their initial assumptions about the rise of GNSS-supported applications are true, that the pre-COVID-19 market estimates of double-digit growth in the value of GNSS equipment and applications over the future decade are accurate.
The COVID-19’s effects are particularly pronounced in the university research, education, and workforce training slowdowns. The GNSS industry and user groups more broadly may then be affected.
