<p>Thank you Andrew. Those were the other options I selected.<br>
My confusion arose from thinking that the core's version was indicated by the number after ARM!<br>
Thanks a lot again.<br>
Claudio</p>
<div class="gmail_quote">On Apr 22, 2011 1:05 PM, "Andrew Bradford" <<a href="mailto:bradfa@gmail.com">bradfa@gmail.com</a>> wrote:<br type="attribution">> On Fri, Apr 22, 2011 at 3:16 PM, Andrew Bradford <<a href="mailto:bradfa@gmail.com">bradfa@gmail.com</a>> wrote:<br>
>> On Fri, Apr 22, 2011 at 12:42 PM, boedosoy <<a href="mailto:boedosoy@gmail.com">boedosoy@gmail.com</a>> wrote:<br>>>> 1) AT91RM9200 (ARM920)<br>>><br>>> ARM920 is armv4t<br>>><br>
>>> 2) i.MX28 (ARM926)<br>>><br>>> i.MX28 is a ARM926EJ-S core, which is armv5te<br>> <br>> Sorry, upon review, I may not have completely answered your question.<br>> <br>> For both processors, I'd recommend little endian, arm mode, and the<br>
> EABI (aapcs-linux).<br>> <br>> armv4t most likely does not have hard floating point built in. I'd<br>> recommend using soft floating point.<br>> armv5te may have a hard floating point unit, but I'm not that familiar<br>
> with Freescale's parts. I believe hard floating point was an option<br>> for armv5 cores. You're safe doing a soft floating point build but if<br>> you can find out from Freescale documentation if they included hard<br>
> floating point, use which ever version they have.<br>> <br>> Pick your target triplets to be based on your other choices. Use the<br>> examples in the book as a reference, the examples are definitely not a<br>
> complete list of all available options.<br>> <br>> -Andrew<br>> _______________________________________________<br>> Clfs-support mailing list<br>> <a href="mailto:Clfs-support@lists.cross-lfs.org">Clfs-support@lists.cross-lfs.org</a><br>
> <a href="http://lists.cross-lfs.org/listinfo.cgi/clfs-support-cross-lfs.org">http://lists.cross-lfs.org/listinfo.cgi/clfs-support-cross-lfs.org</a><br></div>