Aerocore 2CD for Dragonboard 410C
Aerocore 2CD for Dragonboard 410C 
AreoCore 2CD for DragonBoard 410C
Expanding on the AeroCore 2 product suite, the AreoCore 2 for 96Boards provides MAV control to 96Boards compliant platforms. With an ARM Cortex-M4 microcontroller running NuttX RTOS and an integrated connection to the connected 96Boards device, AeroCore 2 gives users a complete Linux installation on a PX4-compatible platform.
The addition of support for NimbeLink Skywire LTE modems makes the AeroCore 2CD the perfect 96Boards platform for drone and swarm projects. Have your drone text you when it reaches it's waypoint or stream data to your server from anywhere over a high-speed LTE connection.
The Aerocore 2CD for Dragonboard 410c also has connectors for 2 MIPI CSI2 cameras for computer vision applications or FPV (First Person View) control, and a DSI connector for a high-resolution capacitive touch display.
The 9-axis internal measurement unit, along with an altimeter, monitored in real time by the embedded ARM M4 microcontroller, combined with optional geopositioning with the GPS connector, gives you accurate positional feedback from your drone.
Customize Your Board
Customize the AreoCore 2 for 96Boards to your project's specific needs in Geppetto D2O. Add functionality or remove unused components with the ease of a drag-and-drop interface.
Clone and kickstart your customized AreoCore 2 expansion board design for 96Boards
Explore and create a customized expansion board from scratch
Important: Software support for the AeroCore 2 for 96Boards limited to Yocto Linux.
Related Posts:
Learn more about this product by checking out the following:
Articles from Gumstix Blog
- How to build a DragonBoard 410C Drone – Simple Step by Step
- How to Custom Design a 96Boards dev board in minutes?
- Drone Video featuring AeroCore 2 for Dragonboard
- AeroCore 2 for Dragonboard
Find more information about this product by reading one or all of the following:
| Included Components | ||
| AeroCore 2CD for DragonBoard | MAV control board featuring an integrated Cortex-M4 microprocessor and NuttX RTOS with display and camera connectors. Compatible with: Arrow DragonBoard 410C, Pre-GO, and Pre-GO PPP. | |
|---|---|---|
| Accelerometer | 6-axis internal measurement unit (IMU) |
|---|---|
| Barometer | Barometric pressure sensor |
| Controller Area Network (CAN) | For use in applications employing the CAN serial communication physical layer in accordance with the ISO 11898 standard. |
| Gyroscope | 3-axis gyroscope |
| Processor | ARM Cortex-M4 Microcontroller |
| USB Device | Micro B USB Plug |
| 5-pin GPS Connector | UART connection for Gumstix Pre-GO modules |
| Key Components | ||
| Micro B USB Plug | Micro B USB Plug | |
|---|---|---|
| JST-XH Top 3Pos 2.5mm | CONN HEADER XH TOP 3POS 2.5MM | |
| DF13 Top 5Pos 1.25mm | CONN HEADER 5POS 1.25MM STR TIN | |
| DF30 Series 24 Position Dual Row 0.4 mm SMT Board to Board Receptacle | DF30 Series 24 Position Dual Row 0.4 mm SMT Board to Board Receptacle | |
| Magnetic Buzzer SMT (5V 30mA 92dBA) | BUZZER MAGNETIC 5V 12.8MM SMD | Specs |
| Texas Instruments SN65HVD232 CAN Transceiver | Designed for use with Texas Instruments DSPs with CAN controllers and equivalent devices. Provides differential transmit and receive capability at speeds up to 1 Mbps. | Specs |
| FTDI FT232RQ USB UART Interface | Connect to an RS232 serial terminal over USB with the FTDI FT232RQ interface | Specs |
| ST L3GD20H 3-Axis Gyroscope | IC MEMS MOTION SENSOR 16LLGA. Updated version of ICL415 (L3G4200D) | Specs |
| Memory (SPI FRAM 1MB 1.8V) | Memory (SPI FRAM 1MB 1.8V) | Specs |
| MS5611 Barometric Sensor | A high resolution altitude and digital atmospheric pressure sensor accurate to within 10 cm. | Specs |
| LSM303D 6-Axis Accelerometer | System-in-package featuring a 3D digital linear acceleration sensor and a 3D digital magnetic sensor. | Specs |
| FPC 0.3mm 39 position RA SMD Top Contacts | Conn FPC Connector SKT 39 POS 0.3mm Solder RA SMD T/R | |
| Mating Connectors | ||
Please read the instructions in the README file carefully before starting. Instructions and functions are explained in the file.
Files that are needed (such as bootloader and operating system) to create a bootable disk image, are available below.
Our Support page links additional resources.
| Software Links | ||
| Disk Image | ||
