u-blox' GPS receiver has an innovative dead-reckoning algorithm to provide accurate navigation regardless of whether satellites are visible or not.
The Sensor-Based GPS Receiver (SBR-LS), containing the company's leading-edge ANTARIS GPS positioning engine, sets a new benchmark for accurate positioning in areas where GPS reception is hindered. The dead-reckoning algorithm uses information from a turn rate sensor (gyroscope) and the vehicle's odometer for accurate navigation without GPS for extended time periods. Once the satellites are visible again, the GPS receiver (with fast re-acquisition time of less than 1 second) resumes to GPS navigation immediately. In areas with poor GPS reception, eg, city canyons, a weighted mix of GPS and sensor information is used for navigation. The SBR-LS carries out automatic calibration and temperature compensation.
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The Cavli CQM211 aims to provide a platform that combines strong 5G connectivity with onboard compute capability, as well as interface flexibility that suits both new designs and rapid migrations from earlier products.
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The MeiG Smart SLM580 4G Smart Module features native support for Android 16 and covers core frequency bands in major countries and regions worldwide.
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The Qorvo QPC6188 is a high-performance absorptive SP4T RF switch designed to meet the demanding requirements of modern wireless infrastructure and high-frequency communication systems.
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[Sponsored] For years, many enterprise security architectures treated hardware primarily as the execution layer, while software handled authentication, access control and trust decisions.
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How Adaptive Long Coherent Integration (ALCI) delivers superior measurement and positioning performance where conventional receivers fall short.
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Refresh legacy Bluetooth designs and unlock Bluetooth Core 6.0 LE Audio in one rugged, ready to implement module.
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From precision agriculture and infrastructure inspection to beyond visual line of sight missions, modern UAVs demand far greater positional reliability than standard GNSS systems can typically provide.
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