Telit Cinterion pairs cellular connectivity with GNSS corrections in positioning demo

Telit Cinterion has assembled a demonstration linking its cellular development kit and GNSS receivers to Swift Navigation correction services. It presents both RTK and DGNSS configurations, with interfaces for coordinating connectivity and inspecting receiver data.

For teams developing connected equipment and tracking systems, the workflow could simplify integration of cellular connectivity and corrected positioning. Operators still need deployment-specific testing before relying on the reported precision for construction, infrastructure or robotic applications.

Telit Cinterion is demonstrating a positioning workflow that combines cellular connectivity, GNSS receivers and correction services at The Things Conference 2026. Its CMB100 development kit downloads Swift Navigation correction data over an LTE Cat 1 bis connection using NTRIP, then passes it to a GNSS receiver. The company reports average positioning precision of 1–2 centimeters in testing with its SE868K5-RTK receiver, and better than 50 centimeters with the SE868K5-D variant using DGNSS corrections. A unified interface coordinates connectivity and receiver functions, while a separate monitoring interface exposes positioning data for debugging. The development is principally an integration demonstration: it shows how developers can connect the components needed for corrected positioning in one workflow. Potential uses include construction equipment, asset tracking and robotics. However, the paid press release provides no test conditions or independent validation, so the reported precision does not establish performance in operational deployments.

Evidence supplied by PR Newswire via Yahoo Finance.