Search results for "u-blox"
Solution enables high-quality vehicle networking at ELIV
Molex, a Tier 1 system integrator and supplier of high-speed networking and automotive solutions that enable innovative architecture design and development for the intelligent vehicles of the future, will showcase its Modular Automotive Connectivity (MAX) solution in booth 151 at ELIV 2019 October 16th to 17th in Bonn, Germany.
Partnership to offer IoT security design and evaluation services
u-blox is partnering with the Kudelski Group to help clients protect Internet of Things (IoT) devices and the ecosystems that they enable. The IoT Security Lab is a consulting service offered by u-blox in partnership with the Kudelski Group, which has more than 30 years’ experience of protecting business assets in high-value ecosystems.
Which tech will form the networked buildings of tomorrow?
As the pace of innovation continues, future smart buildings will be able to leverage a range of technologies, from established standard technologies to new and futuristic developments.So far, no single technology has established itself as the standard for intelligent buildings.For example, even relatively small implementations with only dozens of sensors often use several different communication protocols.And as the size of the building increases...
u-blox celebrates half a billion GNSS receivers sold
u-blox has announced that it recently sold its 500 millionth global navigation satellite system (GNSS) receiver. As the only technology capable of delivering absolute position anywhere on the planet, GNSS-based positioning has found its way into a wide range of consumer, industrial, and automotive applications, allowing connected devices to efficiently qualify the origin of transmitted data with accurate time and position information.
Autonomous cars and overcoming the inadequacies of road mapping
Functional safety standards for self‑driving cars require redundancy in case any of the sensors - LiDAR, radar, cameras, etc. - fails. While sensors such as radar and LiDAR may provide redundancy for object detection, when it comes to cameras only a highly accurate map can serve as the source of redundancy, helping the autonomous vehicle make the right decisions by comparing their visual glimpses of the world with a map stored in memory.
High precision GNSS position correcting technology helps UAVs
u-blox has gained another high-profile endorsement for ZED-F9P, its high precision GNSS (Global Navigation Satellite System) module that delivers centimetre-level accuracy within seconds. Quantum-Systems has incorporated the module in its latest electric Tron F90+ fixed-wing unmanned aerial vehicles (UAVs).
A closer look at the end-to-end security of SARA-R5
Recently launched by u-blox, theSARA-R5series of LTE-M and NB-IoT modules for low power wide area (LPWA) IoT applications is their most advanced, secure and highly integrated mobile product.The module provides end-to-end security.This makes it ideal for IoT applications with long-term device implementations.
Bluetooth low energy beacons optimise asset tracking on site.
u-blox has announced that its Bluetooth low energy module NINA-B1 has been chosen by AddMobile as the basis of its short range equipment-tracking beacons, AddTrackers. This service is among the latest enhancements to the company’s AddMobile Toolbox platform and involves adding radio beacons to any tools or equipment that need tracking.
WiFi takes EV charging infrastructure to next level
Around the world, the electrification of road vehicles shows no signs of slowing down. Driven by their reduced environmental impact, low operation and maintenance costs, and, crucially, government monetary and non‑monetary subsidies, a growing number of individuals and businesses are opting for electric vehicles (EVs) over vehicles powered by conventional internal combustion engines.
Energy harvesting for 'net-zero-power' IoT devices
NB‑IoT and other low power wide area technologies have made ten year battery lives a reality in applications with minimal data transmission. Others need some extra power, which is precisely where energy harvesting fits in. Imagine an IoT device that performs year in, year out, powered by a steady drip of power scavenged from its immediate surroundings.