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ANavS is a leading company in development of highly accurate positioning and navigation solutions with sensor fusion and AI. ANavS® GNSS receiver M.2 cards provide precise position, velocity and attitude information which can easily be integrated into your application. The M.2 Key E format is a common standard for industrial PCs, Embedded PCs or development boards (e.g. Nvidia Jetson boards). With adapter boards the cards can also be used with USB or Mini PCIe.
Solution: ANavS
Product link: mosaic-X5, mosaic-H, mosaic-T
Tags: #mdot2, #mPCIe, #Nvidia #Jetson
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ArduPilot is an open source, unmanned vehicle Autopilot Software Suite, capable of controlling autonomous Multirotor drones, Fixed-wing and VTOL aircraft, Helicopters, Ground rovers and othe vehicles.
ArduPilot is an open source SW and has evolved into a full-featured and reliable autopilot used by industry. The SW supports Septentrio GNSS receivers.
Solution: Ardupilot
Product link: mosaic-X5, AsteRx-m3, AsteRx-i3
Tags: #opensource, #autopilotsw, #uavs
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ArduSimple develops user friendly and affordable evaluation kits – based on Septentrio cm-level GNSS/GPS technology, including multiband GPS/GNSS and Real Time Kinematic (RTK), allowing quick and fast evaluation. These plug-and-play kits work with the most popular development platforms: Arduino, STM Nucleo, Raspberry Pi, Ardupilot and Nvidia Jetson.
olution: Ardusimple
Product link: mosaic-X5, mosaic-H
Tags: #evalboard, #evaluation, #evalkit, #diy, #robotics, #uav, #easytousertk, #prototyping
mosaicHat is an open source HAT (addon) for Raspberry PI Hardware. The HAT integrates the mosaic-x5 in a small and lean GNSS board with basic communication interfaces (USB, serial port, events, PPS, FTDI and power). It is fully documented, the reference design and the footprint are made available and can also be used to spinoff other mosaic based hardware projects.
Solution: mosaicHAT
Product link: mosaic-X5, mosaic-H
Tags: #opensource, #raspberrypi #easyprototyping #robotics #autonomous #gnssboard #hat
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mosaicHAT Arduino The receiver is an open source project which uses the mosaicHAT board in order to create a plastic boxed receiver unit with an LCD display and with standard batteries operation. All controlled by Arduino.Using mosaicHAT in this extended open source project allows the integration of Septentrio’s mosaic-x5 in a small battery powered system. It is fully documented and it makes available the Fritzing schematics as well as the Arduino code to the instructables and github community.
Solution: mosaicHAT Arduino, mosaic-H
Product link: mosaic-X5
Tags: #opensource, #Arduino #easyprototyping #robotics #autonomous #gnssboard #noshield #lcd #fritzing #github
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NMEA Navsat driver This package provides a ROS interface for GPS devices that output compatible NMEA sentences. The driver is generic enough to work with several GNSS receiver types including Septentrio GNSS receivers. Please also take a look at the ROSaic project which offers full support for SBF.
Solution: ROS Driver
Product link: All Septentrio Products
Tags: #opensource, #ROS, #robotics #autonomous #rosdriver #nmea
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NXP's Vehicle-to-Everything (V2X) technology enables cars to communicate with their surroundings and makes driving safer and more efficient for everyone. NXP provides a complete solution for Vehicle-to-Vehicle (V2V) and Vehicle-to-Infrastructure (V2I) communications for active safety systems and intelligent transport system (ITS) management. The reference design integrtates Septentrio's GNSS technology for high performance and resiliance.
Solution: V2X Ref design
Product link: mosaic-X5
Tags: #v2x #resilience #referencedesign
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The Pixhack flight controller board is a flexible autopilot intended primarily for manufacturers of UAV commercial systems. Its HW can be used with Septentrio receivers specially when in combination with Ardupilot SW.
Solution: Pixhawk
Product link: mosaic-X5, mosaic-H, AsteRx-m3, AsteRx-i3
Tags: #opensource, #autopilotsw, #uavs #flightcontroller
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PX4 autopilot is one of the largest commercially adopted open-source navigation control stacks, enabling an innovative community to build and maintain drone hardware and software in a scalable way. Septentrio AsteRx-m3 and mosaic receivers are compatible with PX4 autopilots, with both single antenna and dual antenna configurations, which offer either heading and pitch or heading and roll angles on top of accurate GNSS positioning. With this open-source copy of the official PX4 repository you can get started with Septentrio receivers working seamlessly with PX4.
Solution: PX4 Driver on GitHub
Product link: mosaic, AsteRx-m3
Tags: #opensource, #autopilotsw, #uavs #flightcontroller
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pySBF A Python module to parse "Septentrio Binary Format" (SBF) files generated by Septentrio receivers.
Solution: SBF Parser
Product link: mosaic-X5
Tags: #v2x #resilience #referencedesign
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ROSaic is an open-source ROS driver for mosaic and other Septentrio GNSS receivers. The ROS driver is a ROS node that makes the Septentrio GNSS hardware accessible from ROS (Robotics Operating System). Robot Operating System is robotics middleware. Although ROS is not an operating system, it provides services designed for a heterogeneous computer cluster such as hardware abstraction, low-level device control, implementation of commonly used functionality, message-passing between processes, and package management. This page contains links to many resources to assist integration of GNSS in ROS, with the help of ROSaic.
Solution: ROS driver
Product link: mosaic-X5, mosaic-H, AsteRx-m3, AsteRx-i3, AsteRx SB3, AsteRx SBi3, AsteRx U3
Tags: #opensource, #ROS, #robotics #autonomous #ROSdriver
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