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StereoPi Wiki Main Page

Quick Start Guide First steps for turn on and check StereoPi and connected equipment	How To Burn Out Equipment (top mistakes chart) Burning out your camera Burning out Compute Module Burning out StereoPi board
The Basics How to insert RPi Compute Module How to prepare Raspbian image How to connect cameras How to connect power How to fix cameras to support plates How to power up the StereoPi Quick equipment test What StereoPi LEDs means	Advanced User Section USB power cable pinout Alternative power connection Upload image to EMMC over Micro USB (CM1, CM3 non-Lite) Using HDMI capture module instead of a camera CPU temperature caveats GPIO layout notice
Stereopi Livestream Playground (S.L.P.) image Ready-to-use image for experiments with 3D livestream. You may use it with a classic Raspberry Pi, disabling “stereo” mode and use only one camera. SLP Raspbian Image Specific Partition structure How to prepare MicroSD card with SLP Network configuration How do you find StereoPi in your network? Android application HDMI stereoscopic preview (RC FPV usage) SLP Admin panel options Advanced users’ section	Features You Should Know Some useful tips from different scopes. Rotate, flip and swap stereoscopic picture Camera mechanics may break your plan (features) Power cable is for current load, not for weight load
Mechanics Camera support plates Cases for 3D print Basic case 360 panorama case Optional support plate fixer Step file (3D model of the board) Pi Camera V1 features and drawings Pi Camera V2 features and drawings Waveshare wide angle camera features and drawings	DIY Ninjas Section CM1 support (how to change power mode) [One secret undeclared feature] Device tree (DTS and dt-blob.bin) Schematic of the StereoPi board
Specifications	Computer Vision Python first steps OpenCV first steps ROS first steps

Additional information

Project page: StereoPi.com

Hackaday.io: StereoPi project page.