omiio.org is dedicated to fostering open source growth for mobile applications software development on TI’s OMAP™ platform.
Through omiio.org, you can collaborate, share and grow open source hardware and software.
Trying to backport legacy Linux kernels to the PandaBoard ES. I need to verify a software library functions on multiple Linux kernels and multiple platforms. Linux kernel generations are any kernel from 2.6.32 - 2.6.35, and kernel from 2.6.36 - 2.6.39 and the 3.0 kernel.
An expansion board for Pandaboard featuring
- 10inch LCD with touchscreen via 40 pin LVDS and 4 wire touch interface
- 5 user controlled LEDs
- 5 user controlled push buttons
- optional SATA controller with micro SATA connector
- headers for optional add-on boards
- stereo speakers board
- camera and digital microphone board
- GPS board
- Accelerometer and gyro board
All schematics will be available under GPL license.
Boards available for preordering from 6/12/12 for delivery mid January.
A small project to build a prototype BeagleBoard Tablet. We will also work on Touchscreen software too.
Project on game console, the blue prints are already laid out I need some minds, brains to help me please contact me at email@example.com Thanks again
With R2012b, Simulink provides built-in support for prototyping, testing, and running models on the PandaBoard and PandaBoard ES. You can design algorithms in Simulink for audio processing and computer vision applications then see them perform with hardware. The included tools & utilities allow PandaBoard users to setup their board directly from a Windows computer. MATLAB command line utilities allow the user to talk to PandaBoard from within MATLAB through MATLAB command line API's.
LCD and Plasma TV sets have revolutionized living rooms everywhere. Gone are the days of having large consoles or tables to hold those big CRT TV sets. Now, most TVs are mounted on the wall increasing space and viewability. One thing is for sure, TVs aren’t going to get any smaller. The newest TVs range in size up to 84 inches and feature high resolution, 3D capabilities, and access to the Internet.
Project development is subdivided into three sections:
Informatics, Electronics and Mechanics
This section deals with Rover control. A Pandaboard ES will handle the communication between the various subsystems of the robot.
Electronics section will deal with physic interfaces between the components of the Rover and with power management. Each circuit will be described in all their details. Motor system is based on RoboController V2 board.
Porting android and linux on panda board.
Porting ASTERISK VOIP server on Panda board for unified communications.