Learn more about GNSS IP core
Crius uses SOC-E’s PreciseTimeBasic (PTB) IP core to implement the IEEE 1588 slave function, with a hardware timestamping unit inserted between the MAC and PHY layers so that PTP event messages are timestamped in logic rather than in software.
This paper presents a heterogeneous neural network accelerator for multi-task RF signal recognition, supporting automatic modulation recognition (AMR), hardware-Trojan covert channel (HT-CC) detection, and GNSS jamming classification.
Walk up to your front door and it unlocks. Pull into the driveway and the garage opens. Leave, and everything locks behind you. Share access with family the same way you share a car key, and hand a plumber or a houseguest a credential that only works this afternoon.
Discover how UWB and standardized indoor positioning enable seamless navigation from outdoor GNSS to precise indoor guidance across campuses, malls, hospitals, and more.
How IEEE 1588 PTP has evolved to meet the stringent time synchronization requirements of 5G
At first glance, geolocation technology seems to work well. Our phones and cars get us to where we need to be with little effort and rather reliably. For consumers, it’s a free service, thanks to service providers like Google and Apple.