This is now a non-preferred product. For information on our high performance INS board set for system integrators, please visit our xOEM v3 product page.
For enquiries about the xOEMCore or to purchase remaining stock, please contact us via an e-mail to enquiries@oxts.com
Get stable position and orientation, not just IMU measurements
Our xOEMcore enables you to take advantage of robust, continuous inertial position and orientation in your own application or research without needing to become an expert yourself. Our proven sensor fusion is already running in our products and is easily adaptable for your application.
Feed in your sensor data and we combine it
Whether you use LiDAR, vision, GNSS, sonar, wifi or other forms of aiding, the xOEMcore fuses all your measurements with inertial sensors. By blending the data with the on-board Kalman filter, it provides an optimal solution giving you robust, continuous position and orientation at a high data rate. It can use your data if it is nearly 1 second late while maintaining millisecond output delay.
Advanced GPS processing
Get unsurpassed accuracy from low-cost GPS receivers with optional gx/ix™ tight coupling algorithms, DGPS corrections, and forward-backward post-processing. Enhance survey-grade receivers with an inertially-aided RTK solution. With two receivers we compute a stable heading solution. That is technology your customers want to combine with your application expertise.
Flexible, customisable, simple integration
Mount at any angle in your product, output what you need, synchronise to other timing sources: the xOEMcore provides a flexible solution for integration. We are always looking for new ways to customise the xOEMcore for your needs. Our simple integration approach means you can create your customised solution from a single low cost microcontroller or a powerful multi-core system.
Using the xOEMcore you can combine the knowledge from the leader in MEMS inertial navigation systems in your product and deliver amazing results to your customers faster and more cost-effectively.
