Quectel QLM290P – Quectel Wireless Solutions, a global end-to-end IoT solutions provider, today introduces the QLM290P, a smart antenna device that consolidates high-precision GNSS/RTK positioning, LoRa connectivity and global LTE connectivity, including a direct path to RTK correction services, onto a single pre-validated PCBA, providing developers with an integrated platform for precise positioning and both short- and long-range communications.
Designed for organizations building robotics, precision agriculture, mining, surveying, and autonomous driving systems, the platform eliminates the time-consuming effort of designing, integrating, and validating separate GNSS RF circuitry, antenna subsystems, and cellular communication modules.
“The QLM290P represents a shift in how companies can approach high-precision positioning product development,” said Windy Fang, GNSS Product Director, Quectel Wireless Solutions. “Instead of spending months on RF design, antenna selection, and system validation, our customers can now drop a fully integrated, validated platform into their product and move straight to differentiation. That’s the difference between being first to market and watching competitors get there first.”
Building a high-precision positioning product ordinarily means designing GNSS RF circuitry, tuning an antenna, and integrating a separate cellular subsystem for RTK correction data, then validating it all together, a process that drains engineering resources and adds technical risk. The QLM290P collapses these efforts into a single, ready-to-integrate platform, enabling customers to start from a working positioning solution rather than from individual components.
Integrated cellular connectivity provides a direct path to NTRIP/RTK correction services, eliminating the need for a separate communications subsystem and simplifying field deployment.
The platform can be configured as either a base station or a rover station via the embedded LTE module, making it adaptable across different applications and regional requirements, whether a manufacturer is building autonomous tractors for precision agriculture, survey-grade equipment for civil engineering, or navigation systems for mining vehicles.
For a robotics company developing autonomous outdoor navigation systems, for example, the QLM290P means engineering teams can focus on application-layer software and system integration rather than wrestling with RF design and antenna tuning.
For more information visit: https://www.quectel.com/.
