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| | NASA’s Lunar GNSS Receiver Experiment (LuGRE) payload will test a powerful new lunar navigation capability using Earth’s GNSS signals at the Moon for the first time. | |
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| | By Dana Goward
In a world where GPS and other GNSS signals can be easily denied or, worse, spoofed, interest in other forms of navigation has rebounded. | |
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| | XPLR-IOT-1 enables end-to-end proofs of concepts for IoT products and applications. | |
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| | The NAVCEN website upgrade and redesign is now live. | |
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| | Keysight Technologies Inc. is collaborating with DEKRA to ensure that chipset and device vendors can validate E112 caller location functionality. | |
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| | Septentrio has launched Open Service Navigation Message Authentication on its high-end PolaRx5 reference receiver series. | |
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| By their nature, GNSS signals are weak and vulnerable to interference as false ones can easily be generated and transmitted — leading to navigation that is practically useless. One method to detect and mitgate such threats is the use of adaptive antenna arrays. The webinar explains how these systems work, what signal processing techniques are being used and how multi-antenna GNSS receivers can be tested against these threats using signal generators from R&S. | Registering gives you access to this webinar even after it airs! | |
&uuid=(email)) | Date: June 23
Time: 1 p.m. EDT
Duration: 45 minutes
Sponsored by: Rohde & Schwartz
Markus Irsigler, Product Manager GNSS, Rohde & Schwartz
Sebastian Kehl-Waas, Application Engineer, Rohde & Scwartz
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| | Chip-scale atomic clocks can supplement GNSS receivers to provide accurate and reliable time in GNSS-challenged environments. | |
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