Hi, Thanks for your fast reply.
Yes I've configured MACHINE=intel-quark and built core-image-base images that I am testing with. I'm using poky, v 2.1.1, cloned via git. I get a grub error when I try to boot my image, the default sd-card with WindRiver Linux has a boot partition (fat) and a second partition with the filsystem (extX). When I do a wic list images I get the following: mkgalileodisk Create an Galileo Gen 1/2 disk image directdisk-multi-rootfs Create multi rootfs image using rootfs plugin directdisk Create a 'pcbios' direct disk image directdisk-gpt Create a 'pcbios' direct disk image mkhybridiso Create a hybrid ISO image directdisk-bootloader-config Create a 'pcbios' direct disk image with custom bootloader config qemux86-directdisk Create a qemu machine 'pcbios' direct disk image mkefidisk Create an EFI disk image sdimage-bootpart Create SD card image with a boot partition mkgummidisk Create an EFI disk image I will give the mkgalileodisk another go and let you know how it goes Thanks again for your help, Best regards Fredrik 21 sep. 2016 kl. 17:27 skrev Saul Wold <[email protected]<mailto:[email protected]>>: On Tue, 2016-09-20 at 20:54 +0000, Fredrik Östergren wrote: Hi, We are testing a Supermicro SYS-E100-8Q board with an Intel Quark SoC x1021 CPU for our IoT implementation and I was wondering if the BSP "Intel Common core (intel-quark)" supports this processor? It should support this, if you use the meta-intel layer and set MACHINE=intel-quark. Which version of the Yocto Project are you using? If it does, what is the correct way to build the partition structure and put the yocto image onto a SD card for booting this device ? You can use the "wic" command and the mkgalileodisk.wks (or possibly galileodisk-sd.wks) to correctly create a partitioned image that can be dd'ed to an SD card. Sau! Thank you for your patience and help, Best Regards Fredrik
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