The OpenIMU330LI Module is described as a compact, low cost, high performance RTK/GNSS receiver with built-in triple redundant inertial sensors.The development kits are available for purchase directly through Aceinna or authorized distributors.
Instead of wasting time building and debugging prototype hardware and firmware, Aceinna’s OpenRTK330LI EVK provides the essential hardware, firmware and development environment that engineers working on autonomous applications need to quickly start developing algorithms and solutions. Within minutes of receiving the OpenRTK330LI EVK, engineers can be logging and visualizing positioning data with centimeter precision, the vendor promises.
Development of custom positioning and localization solutions with the OpenRTK330LI is supported by Aceinna Navigation Studio, and MS VS-Code by installing the free Aceinna extension. Customers can use Aceinna’s position engine or implement their own in the open-source framework. Source code and libraries for the OpenRTK330LI module are available on GitHub.
At the heart of Aceinna’s OpenRTK330LI EVK is the OpenRTK330LI Evaluation board (EVB). The EVB provides built in RJ45 Ethernet, Micro-USB, Bluetooth, SWD/JTAG Interface, SPI, UART, CAN, SMA, power and 1PPS out connections, simplifying access to the OpenRTK330LI module installed on the EVB, and enabling quick and convenient connection to a PC and access to RTK correction data via the internet. The OpenRTK330Li EVK can monitor all major global constellations (GPS, GLONASS, BeiDou, Galileo, QZSS) and simultaneously track up to 80 channels.
In addition, the kit includes a GNSS antenna, ST-Link/v2 debugger, 12 V Supply, USB Cable, and for customers in the continental USA, a complimentary 30-day subscription to Aceinna OpenARC correction service. OpenARC is Aceinna’s precise positioning platform that provides secure GNSS corrections powered by a dense RTK network and cloud-based architecture.
More information: openarc.aceinna.com.