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* Download software
* Burn Software in SD Card
* Connect some peripherals, including monitor and USB peripherals.* Boot the board. Booting
{{Message/Information Message|title=Version U-boot and Kernel |message=This tutorial has been tested using version 2017.03 u-boot and Linux Kernel 4.9.81 }}
'''1. Download Software'''
$ wget http://downloads.isee.biz/pub/relaunch/rootfs/ubuntu/xenial/ubuntu-xenial-armhf-igep-base-no-version.tgz
'''2. Burn Software in SD Card''' Now we can see an image of which are the steps to boot any module. With a general processor all start with MLO file and U-Boot.img. Also it is the same procedure for Freescale- NXP. If you want to see how to create these files follow [[The bootloader U-Boot|this]]. Next step is that once the processor is initialized,call the Linux kernel making the execution of your operative system available. Finally your OS runs and you can initialize the board correctly [[File:How_to_SD.PNG|866x372px]] To boot from MicroSD Card follow this [[How to boot from MicroSD Card|link.]] I'ts necessary compile linux kernel and install the modules in your Rootfs, the tutorial is in the following link: [[Http://labs.isee.biz/index.php/Linux Kernel 4.9.y|Linux Kernel 4.9.y]] '''3. Booting'''
You can test your new microSD card with a Serial client such as PuTTy. [[Using serial debug port to communicate|Here]] is an explanation about how to configure it.
Insert the microSD in your IGEP0034 board and power up the board.