This repository contains open hardware designed by Luxonis, and meant to be used as a baseboard for the Luxonis OAK-SOM and the Raspberry Pi Compute Module 3+.
Based on the Raspberry PI CMIO board, the BW1097 combines a host and the Luxonis OAK SoM to allow for fully integrated solution for real-time spatial AI.
PCBcontains the packaged Altium project filesDocscontains project output filesImagescontains graphics for readme and reference3D Modelscontains generated 3D models of the boardMechanicalcontains models of mounts, enclosures, and other mechanical parts
- Support for on-board stereo and RGB camera modules
- Interface for Luxnois OAK SoM
- SODIMM for Raspberry PI CM3/CM3+
- USB2 interface between CM3+ and OAK SoM
- 2x USB2
- 1x Aux USB2
- 10/100 Ethernet
- Raspberry PI CSI/DSI support
- Raspberry PI USB boot option
- CM3+ JTAG header
- Standard 40-pin header for CMIO/CM3+
- HDMI output
- 5V barrel jack input
- Support for 5V fan
- TRS Audio output
- microSD card support
- Design files produced with Altium Designer 20
The BW1097 accepts 5V (+/-10%) from a 5.5m x 2.5mm barrel jack. Raspberry PI USB boot can be accessed by setting a header jumper, which allows initial flash of eMMC on CM3/CM3+. Alternatively the microSD slot can be used with a bootable system image. The Raspberry PI JTAG header is not populated by default, but can be added, allowing JTAG access.
The reset button resets the Luxonis OAK SoM only. To reset the CM3/CM3+, ground the RUN header via to the GND header via.
The PWR LED indicates "power good" for the BW1097 on-board PMIC. The ACT LED indicates activity on the CM3/CM3+ device. Other indicator LEDs exist for the two USB2.0 Type A ports and for the 10/100 Ethernet port.
These files represent the R2M2E3 revision of this project. Please refer to schematic page, Project_Information.SchDoc for full details of revision history.