Apple may have been working on porting the Mac OS X Darwin kernel to the same ARMv5 chipset architecture used by the iPhone and iPad, it has emerged.
A thesis called Porting Darwin to the MV88F6281 describes how Apple's Platform Technologies Group spent time in 2010 working on porting Mac OS X to ARM processors and was written by Tristan Schaap, who was at the time an intern but now works full time for Apple as a Core OS engineer.
Published by the Delfte University of Technology and picked up by the iMore blog, the paper details how Darwin - described by Schaap as "the lower half of the Mac OSX operating system" and including the XNU kernel, which is based on the Mach microkernel, and the userland - could be got into a workable state on the MV88F6281 processor.
The MV88F6281 is described by Schapp as "an ARMv5te compatible processor from Marvell. It is based on their custom Sheeva core, which is designed to be like the ARM926EJ-S core from ARM".
The paper's existence would seem to suggest that Apple has considered the possibility of a MacBook Air or perhaps even an iPad or iPhone running OS X.
Of course, the company did used to run Mac OS X on Power PC chips before moving to Intel and presumably had done extensive work on the possibilities of doing so beforehand. As iMore's Jack Perry points out: "It only makes sense for a company as forward thinking as Apple to have ARM-compatible builds of OS X in the development labs."
Contact Us
Digg
It's easy and free to get the latest news headlines, reviews and opinions straight to your email inbox. Sign up NOW to make sure you receive the latest Mac news, reviews and tutorials on your favourite topics.
Comments received
twist my arm said on Tue, 07 Feb 2012
"The paper's existence would seem to suggest that Apple has considered the possibility of a MacBook Air.......running OS X."
Can't wait to see one of those.
Disclaimer
Opinions expressed here are those of the writers and do not reflect those of Macworld. Macworld accepts no responsibility legal or otherwise for their accuracy of content.
Click here to read the house rules.
Click here for the latest reader comments