Topic: Dead reckoning
GNSS micromobility white paper How an integrated positioning platform helps micromobility operators meet rising regulatory, safety and compliance demands A positioning platform which integrates multi-band GNSS, dead reckoning, and RTK delivers the precision micromobility fleets need City authorities are tightening rules for shared micromobility deployments such as e-scooters and e-bikes. Dedicated parking bays, restricted riding […]
Your device’s location tracking is only as reliable as your GNSS solution partner Location data is only useful if the GNSS hardware powering it can be trusted. A module that loses lock in an urban canyon, or drifts in bad weather, undermines an otherwise well-designed device. So does one that drains the battery too fast. […]
GNSS white paper: machine control, robotics, and precision farming How ODMs help bring industrial GNSS devices to market faster, more cost-effectively, and with less risk GNSS ODMs provide flexible manufacturing and integration expertise GNSS robotics and heavy industry equipment increasingly rely on precise positioning to enable real-time analytics and performance optimization. Positioning technology has advanced […]
Dead reckoning GNSS test drive Dead reckoning is used to achieve consistent, accurate tracking in challenging environments where blockages to regular GNSS are common. When GNSS signals are impaired, the internal engine provides position estimates offset from the last known GNSS position until signal returns. In this short video we demonstrate our LC29H GNSS module […]
The QLM29H is our new GNSS smart antenna receiver – Field Application Engineer Filip Cocic explains more in this short NPI video The QLM29HBAA-GM and QLM29HCAA-GM, collectively referred to as QLM29HxAA-GM, are dual-band, multi constellation smart antenna receivers that support the concurrent reception of global and regional GNSS constellations such as GPS, GLONASS, Galileo, BDS, […]
RTK correction services white paper Single sourcing hardware, connectivity and RTK corrections simplifies precise positioning and accelerates time-to-market How to overcome GNSS limitations with RTK correction services Although GNSS offers ubiquitous coverage worldwide, some situations hinder its accuracy. Heavy vegetation can attenuate signals, for example, or tall buildings can obstruct them in dense urban canyons. […]
GNSS white paper Enabling cm-accurate and robust positioning for mass-market IoT devices How the limitations of traditional GNSS can be addressed GNSS has been widely used for decades, but limitations in its accuracy and reliability have created implementation challenges for newer, mass-market IoT devices such as e-scooters, robotic lawnmowers, and autonomous robotic devices. While GNSS […]