VAR-SOM-AM33 Start Here: Difference between revisions

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(Fixed Build Yocto link)
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= Step Five: What next?=
= Step Five: What next?=
Your next step can be one of :
Your next step can be one of :
* [[VAR-SOM-AM33 Yocto FIDO GS|Build a complete Yocto]]. This guide will help you build a complete Yocto build, resulting in all required binaries to create a full bootable Yocto SD-Card, and all required binaries to burn to NAND-Flash.
* [[VAR-SOM-AM33 Yocto Krogoth Build |Build a complete Yocto]]. This guide will help you build a complete Yocto build, resulting in all required binaries to create a full bootable Yocto SD-Card, and all required binaries to burn to NAND-Flash.
** [[VAR-SOM-MX6_Yocto Common Errors|Yocto common build errors</span>]]
** [[VAR-SOM-MX6_Yocto Common Errors|Yocto common build errors</span>]]



Revision as of 10:17, 15 November 2016

VAR-SOM-AM33 - First Time? Start Here.

Yocto.png

Step One: Read Documentations

Please download and read the development kit documentation. on Variscite website:
http://www.variscite.com/products/system-on-module-som/cortex-a8/var-som-am33-cpu-ti-am335x-am3354-am3352

NOTE:
Make sure you read the Quick Start Guide.

Step Two: Setup Linux host PC Development Environment

Set up your development environment.

Step Three: DVK Power Up

Power up the board.
You should have the serial cable connected to the debug port, as describe in the quick start guide
When board boots, make sure you see the u-boot prints on your host PC hyper terminal. You will need to type-in commands in the command prompt late in the development stages

IMPORTANT:
Don't continue without the serial console operating.

Step Four: A quick test with NAND recovery SD-Card

Please follow the below guide to boot DVK with a bootable SD-Card , and burn a complete yocto into NAND-Flash

Step Five: What next?

Your next step can be one of :



  • Test various interfaces : go to 'How to' section in main page.