Search
|
The images on this site are normally run from a bootable SD card. For OMAP boards with NAND, it is also possible to boot from a NAND image. To boot from NAND you will need to write four di...
The images on this site are normally run from a bootable SD card. For OMAP boards with NAND, it is also possible to boot from a NAND image. To boot from NAND you will need to write four di...
The images on this site are normally run from a bootable SD card. For OMAP boards with NAND, it is also possible to boot from a NAND image. To boot from NAND you will need to write four di...
The images on this site are normally run from a bootable SD card. For OMAP boards with NAND, it is also possible to boot from a NAND image. To boot from NAND you will need to write four di...
Embedded systems sometimes require a simple numeric display. This article illustrates how to interface a Sparkfun 7-Segment Serial Display to the expansion signals of an Overo. Of cours...
The Linux virtual memory system divides physical RAM into chucks of memory called pages. Swapping is the process of copying inactive pages of RAM to a reserved area of non-volatile storage, called swa...
Each OMAP development board contains a number of LEDs that are software controllable. They are typically connected to a GPIO pin on the OMAP or PMIC companion chip.
The kernels available on th...
The Gumstix Pinto-TH (and its sibling Thumbo) are wonderful devices for prototyping. They are DIP style breakout boards that can be used with any of the Overo processor modules (COMs).
The...
The LaunchPad is an easy-to-use, affordable, and scalable introduction to the world of microcontrollers and the MSP430 family.
The LaunchPad development kit is a part of TI's MSP430 Value Line serie...
Beagle, Overo, and Panda all have push buttons that are connected to GPIO pins. Overo has 2 buttons, Beagle and Panda each have a single button.
The kernels for these boards implement the kernel g...
One usually interacts with GNOME NetworkManager via the GUI interface. There are occasions when a command line interface would be quite useful. The nmcli command is the proper tool for those occ...
The GNOME image distributed from this site requires the user to login at boot.
Requiring a login is good for security, but often becomes burdensome during development when reboots are a routine occu...
The OMAP4 images on this site will automatically set the display resolution to match your monitor.
Unfortunately this capability isn't yet available for the OMAP3 images. The simplest method to cu...
|
Latest Articles
- GNOME builds for OMAP3
- How to write an UBIFS rootfs image to NAND
- How to write the Linux kernel to NAND
- How to write u-boot to NAND
- How to write x-loader to NAND
- An overview of OMAP3 power management with 2.6.39-pm
- How to add a serial 7 segment display to Overo
- How to enable Linux swapping
- How to customize use of the LEDs on OMAP development boards
- How to add a serial console to Overo Thumbo/Pinto
Popular Articles
- Preparing a bootable SD/microSD card
- MicroSD card performance test results
- A script for partitioning/formatting a bootable SD/microSD card
- Gnome image screenshots
- How to develop MSP430 Launchpad code on Linux
- An overview of OMAP3 power management with 2.6.39-pm
- How to write an UBIFS rootfs image to NAND
- How to control NetworkManger from the command line
- How to customize use of the LEDs on OMAP development boards
- How to add a serial console to Overo Thumbo/Pinto
About
Sakoman Inc. provides consulting and design services for embedded systems.
Services offered include:
- Board bringup and debug
- Embedded Linux ports
- Device drivers
- Kernel modifications
- U-boot ports and customization
- X-load ports and customization
- Root filesystems
- OpenEmbedded support
- Development environment setup
- PCB design and layout
We specialize in the Texas Instruments OMAP family.
You are here :
Advertisement
Advertisement
New Articles