Galileo E5 AltBOC Code Sensor
Use the world's most advanced GNSS signal for unparalleled robustness while achieving the required accuracy and precision in dynamic rural and urban environments necessary for autonomous driving.
Integrated IDEE
The integrated ionospheric delay estimation engine (IDEE) uses Galileo E1 and E5 signals to estimate the signal delay without compromising the high quality of the Galileo E5 AltBOC signal.
Galileo E6 High Accuracy Service
Our GUIDANCE™ GNSS sensor will support the Galileo E6 High Accuracy Service which will be available free of charge starting late 2020. No additional costs for correction data!
Integrated IDME
The integrated interference detection and mitigation engine (IDME) uses advanced algorithms based on our extensive real-world interference samples database - improving the overall robustness.
Available as Soft and Hard IP
To meet your requirements the GUIDANCE™ GNSS sensor IP will be available as Soft IP and Hard IP to ease the integration of our sensor into your sensor fusion engine.
Test Drive
Contact us if you would like to test drive our solution or in case you would like to know more about what we could do for you in regards to absolute positioning for autonomous driving.
Senior Digital Design Engineer (f/m)
Provide leadership and drive innovations during all phases of digital IC development like definition, requirements mapping, architectural design, RTL, VHDL/Verilog, synthesis, simulations, timing analysis, verification, etc., and help develop the next generations of our ASICs: Senior Digital Design Engineer (f/m)
GNSS Platform Software Engineer (f/m)
Design, implement, and refine the GNSS software platform upon which all our GNSS sensors rely and help develop the next generations of robust, high accuracy, and high availability positioning solutions: GNSS Platform Software Engineer (f/m)
Address
Accurision GmbH
Millennium Park 6
6890 Lustenau
Austria
Phone, Fax, E-Mail and WWW
Phone +43 5577 21 700
Fax +43 5577 21 700 70
info@accurision.com
www.accurision.com
