Any theories on how Boot Camp will work with the new Fusion drive? I'm assuming that it'll ignore the SSD and partition the larger physical hard drive... and I'm assuming that Fusion does not work in Windows.
Any theories on how Boot Camp will work with the new Fusion drive? I'm assuming that it'll ignore the SSD and partition the larger physical hard drive... and I'm assuming that Fusion does not work in Windows.
Without a hitch. Fusion = Intel SRT
know that it's exactly the same tech? Or just serves the same purpose?
Educated guess. Apple has a "habit" for "creating by renaming" technology (does Power-Nap ring a bell ?). Don't see why they shouldn't use this, since it's something on the level of the chipset/MoBo firmware, included in most Ivy Bridge chipsets. So why would they use software raid? They probably did tweak the firmware a little to support up to 128 GiB cache SSDs
Without a hitch. Fusion = Intel SRT
Bootcamp will never work with Fusion Drive because Fusion Drive uses Apple's Corestorage, so unless Apple wrote a Corestorage system for Windows then Bootcamp will only be able to use the regular HD and not the SSD. Better bet would be to put your Bootcamp partition on it's own hybrid disk or SSD is you need the speed. Your only choices would be Fusion Drive for OSX and external drive for Bootcamp.
When you get it, you can 'break the fusion', install Boot Camp onto a partition on the SSD, re-Fusion the remaining SSD/HDD and merrily go on your way.
MatthewAMEL--can you tell me where to find instructions for the process you described to "break fusion" etc.?
wow are you sure? not able to bootcamp windows 7 os directly on the ssd was a showstopper for me, but this will resolve it if it's true. I can just install bootcamp win 7 os on the internal ssd, then all other windows files on external thunderbolt ssd.
http://www.macworld.com/article/2015664/how-to-split-up-a-fusion-drive.html
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You can partition the drives any way you want and add the drives/partitions to a Fusion Drive. My biggest gripe is the 128GB SSD. There should've been an option to make that 256 or 512.
Just keep in mind you'll have to DIY the Fusion Drive if you want to put Windows on the SSD.
Well, not exactly...
You can order pre-configured with a Fusion Drive which will give you a 128GB SSD and 1 or 3TB HDD.
When you get it, you can 'break the fusion', install Boot Camp onto a partition on the SSD, re-Fusion the remaining SSD/HDD and merrily go on your way.
Since the Windows partition will be small, you could also partition the HDD (one extra partition is allowed using Fusion) and use that for game/file storage. The 2.2TB limit is a boot limit only.
Theoretically, of course. BTW- you CAN do this with the DIY Fusion Drive. Several users (myself included) have this setup in non-factory fusion drives. I have a OWC 240GB SSD and 500GB HDD running with Boot Camp off the SSD.
Yes you can partition, but like I said windows will never be able to use the Fusion drive, only the OSX side of things can use it because you need Corestorage to recognize the Fusion drive, which is why older OSX (anything older than current release of Mountain Lion) can't use it either. Once it is partitioned out that new partition is not a Fusion drive, it is just a SSD or HD partition. Fusion drive is only when they are bonded together as one drive with data tiering.
What I am hoping is Apple expands Corestorage to allow the bonding of N number drives and set N level parity with mixed drives. That would be awesome since Apple dropped ZFS.
No one said anything about Windows running off the Fusion Drive.
I was merely illustrating how you can get Boot Camp to work with the SSD, instead of the HDD and then re-create your own Fusion Drive with the remaining pieces. It's already been shown that CoreStorage will happily bond anything together as a Fusion Drive. Internal/Internal, Internal/External, External/External, SATA, USB, TB, FW, etc...it doesn't care. CoreStorage already supports N drives with N parity. Since 10.7, when you create a software RAID, it's CoreStorage doing that work.
All we need now is a filesystem as robust as ZFS. We finally have a volume manager (CoreStorage).