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===Installing build packages to MMC/SD=== $ ipkg-link mount /media/card

...oblems - and it's very quick and easy to change things just by loading the card into your desktop machine. ...hough and change other stuff - for example I have modified my boot from SD card to run an ext3 filesystem.

/!\ The current qemu version seems to be limited to 1GB card images. The examples presented here will thus use 1GB images. * Running fdisk to partition the card

...pro boards can be found [http://www.gumstix.org/create-a-bootable-microsd-card.html here]; this procedure is left for reference only. ...rivers are not supported. See [http://www.nabble.com/Verdex---16GB-microSD-card-not-detected%2C-but-2GB-is.-td21975350.html this thread]

...ot does not recognize SDHC disks only SD, Open Embedded would read the 8GB card. Card partitions after formatting:

== Make a MicroSD card == ...ract the generated root file system to the second partition of the microSD card.

== Making a Card == ...ctory where you downloaded the image and the hardware pack, slip a microSD card into your machine. The general format of the command you have to enter is t

...ry of packages. With the generous amount of memory available on a micro SD card there's no reason not to use it. ...e micro SD card can be found [http://gumstix.org/create-a-bootable-microsd-card.html here]. We'll follow the same procedure but will substitute our Debian

# This script generates SD card disk images suitable for use with QEMU. echo "This utility generates SD card images suitable for use with QEMU."

==Preparing the SD card== ...tml. The official guide is at http://gumstix.org/create-a-bootable-microsd-card.html. Read those guides and come to a point where you have created the two

...or booting a Linux kernel image and mounting a root file system from an SD Card on the Gumstix Overo EVM.

...or booting a Linux kernel image and mounting a root file system from an SD Card on the Gumstix Overo EVM.

*Micro-SD card read/writer *Micro-SD card size larger than 1 GB

Copy the .bin file generated by the compiler to the boot drive on the SD card:<br /> Umount the SD card<br />

SD Card: '''VERY IMPORTANT:''' Use the fastest SD card media you can afford. "UHS Speed Class 1" or "Speed Class 10", minimum.

SD Card: Very Important: Use the fastest SD card media you can afford. "UHS Speed Class 1" or "Speed Class 10", minimum.

or at least obtain a pre-built one from them, and install it on an SD card. Likewise for the Kernel modules. ...x86 based PC to run "installpkg to install Slackware ARM packages to an SD card to be used as the rootfs of your device for '''most''' but not all Slackwar