u-blox Telematics Solutions Telematics data transforms the driving experience: the road to holistic connectivity In the growing market demand for vehicle connectivity, advanced safety solutions and the capturing of real-time data at a lower cost is driving the production of more telematics-enabled vehicles than ever before. These types of vehicles are equipped with telematics systems...

JODY-B1 Series RF Module by u-blox AG The JODY-B1 Series from u-blox are Automotive-Grade Bluetooth 5.4 Modules. They are designed and tested to meet the high reliability requirements of in-vehicle infotainment and telematics applications. These AEC-Q104-qualified modules are based on Qualcomm’s QCA8695AU chipset and include a security block, an antenna & serial interfaces. They also offer an...

u-blox GNSS technology powers next-generation telescope array in search for extraterrestrial intelligence PANOSETI project achieves sub-nanosecond synchronization without fiber infrastructure using u-blox ZED-F9T. Thalwil, Switzerland, June 2, 2026 – u-blox, a global leader in positioning and short-range communication technologies for automotive, industrial, and consumer markets, today announced that its ZED-F9T high-precision GNSS receiver is enabling...

ALMA-B2 Series RF Module by u-blox AG The ALMA-B2 Series from u-blox are Multiprotocol Standalone Bluetooth Low Energy (BLE) 6.0 Modules designed for low-latency and low-power applications. They are based on Nordic’s nRF54LM20 series chips and integrate a 128 MHz ARM Cortex-M33 MCU, a 128 MHz RISC-V co-processor, and an Axon NPU. These Bluetooth modules also include...

Centimeter-level positioning in Brazil: how to beat your biggest challenge – the ionosphere High precision GNSS along the geomagnetic equator If you're an engineer designing or deploying high-precision GNSS systems in Brazil, you're working in one of the most ionospherically challenging environments on Earth. Brazil sits along the geomagnetic equator, where ionospheric disturbances are stronger,...

u-blox expands collaboration with Nordic Semiconductor, introducing ALMA-B2 modules with low-latency Edge ML capabilities Based on Nordic Semiconductor’s ultra-low-power wireless nRF54LM20 series, the u-blox ALMA-B2 modules bring globally certified next-generation Bluetooth® LE connectivity and powerful wireless MCUs into a compact form factor, opening new opportunities for intelligent IoT applications. Aimed at high-performance, low-power wireless solutions across...

u-blox ZED-X20K test drive: Lane-level accuracy in real Munich traffic How does u-blox ZED-X20K, the automotive high-precision GNSS module, perform in real driving conditions? In this test drive, Martin and Laura take ZED-X20K into busy Munich traffic to demonstrate scalable lane-level positioning using all-band GNSS, Galileo HAS, dead reckoning, sensor fusion, and multipath mitigation. The...

Less Waiting. Less Power. More Positioning. Long GNSS startup times can impact user experience, increase power consumption, and complicate product design, especially for battery-powered and intermittently connected devices. u-blox AssistNow helps developers reduce time-to-first-fix (TTFF) by delivering satellite assistance data directly to supported u-blox GNSS receivers. Instead of waiting for receivers to download satellite data...

ZED-X20K GNSS Module by u-blox AG The ZED-X20K from u-blox is an Automotive-Qualified GNSS Module that covers multiple constellations, including GPS, QZSS, GLONASS, Galileo, BeiDou, NavIC, and SBAS, and supports all GNSS bands. It is designed to enable effortless rollout and massive scalability with uniform positioning performance worldwide, without requiring a cellular connection. This module natively supports...

Resilient High-Precision GNSS in a Disturbed Ionosphere The white paper explores the effects of ionospheric activity on GNSS-based systems, particularly during periods of high solar activity, and the resulting challenges for high-precision positioning. It highlights how u-blox’s multi-band GNSS technology and PointPerfect correction services improve positioning reliability, accuracy, and operational continuity in demanding environments. How...