Hello John,
Tuesday, November 7, 2006, 7:45:46 PM, you wrote:
JT> Greetings all-
JT> I have a new X4200 that I'm getting ready to deploy. It has
JT> four 146 GB SAS drives. I'd like to setup the box for maximum
JT> redundancy on the data stored on these drives. Unfortunately, it
JT> looks like ZFS boot/root aren't really options at this time. The
JT> LSI Logic controller in this box only supports either a RAID0
JT> array with all four disks, or a RAID 1 array with two
JT> disks--neither of which are very appealing to me.
JT> Ideally I'd like to have at least 300 gigs of storage
JT> available to the users, or more if I can do it with something like
JT> a RAID 5 setup. My concern, however, is that the boot partition
JT> and root partitions have data redundancy.
JT> How would you setup this box?
JT> It's primary used as a development server, running a myriad of
applications.
Use SVM to mirror system, something like:
d0 mirror of c0t0d0s0 and c0t1d0s0 / 2GB
d5 mirror of c0t0d0s1 and c0t1d0s1 /var 2GB
d10 mirror of c0t2d0s0 and c0t3d0s0 swap (2+2GB, to match above)
an all 4 disks create s4 slice with the rest of the disk, should
be equal on all disks. Then create raidz pool out of those slices.
You should get above 400GB of usable storage.
That way you've got mirrored root disks, mirrored swap on another
two disks matching exactly the space used by / and /var and the
rest of the disk for your data on zfs.
ps. and of course you've got to create small slices for metadb's.
--
Best regards,
Robert mailto:[EMAIL PROTECTED]
http://milek.blogspot.com
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