Septentrio collaborates with GNSS OEM Store
Septentrio is collaborating with GNSS OEM Store to expand its product ecosystem.
A variety of new evaluation boards, dongles, compact smart antennas and other plug-and-play systems have been developed by GNSS Store. These new products are based on the renowned mosaic GNSS module, including the mosaic-X5 positioning module, mosaic-H heading module and the mosaic-T timing module.
The mosaic is a compact GNSS receiver delivering high-accuracy tri-band positioning with outstanding reliability due to built-in technology that allows it to be highly resilient to signal interference including jamming and spoofing. The new products integrating mosaic offer additional connectors and various interfaces, convenient for evaluating this GNSS receiver.
The new products from GNSS Store enable sub-centimetre level location accuracy with its multi-band, multi-constellation and high precision RTK (real-time kinematic) capabilities. These solutions are a perfect choice for demanding high-precision navigation and positioning use-cases like precision agriculture, unmanned aerial vehicles (UAV) and robotic applications. Additionally, the products are plug-and-play compatible with open-source community RTK networks.
“This collaboration strengthens our commitment to making our robust and resilient positioning technology accessible to everyone. The versatile new products designed by GNSS Store add to the rapidly growing ecosystem around the mosaic GNSS module,” said Gustavo Lopez, Market Portfolio Manager at Septentrio.
The new boards and dongles integrating mosaic are now available for purchase via the GNSS Store website. Stay tuned for more mosaic-based products coming soon. Meet Septentrio GNSS experts at ROSCon 2024, on October 21-23 in Odense, Denmark. Check out Septentrio’s community page listing other innovative partners as well as open-source hardware and software projects that simplify integration of high-accuracy positioning. For more information about mosaic or other positioning solutions please contact the Septentrio team.