I'm now getting about 90 megabytes of sustained IO from the Windows client to
an iSCSI target. I'm using HD Tach (http://www.simplisoftware.com) to measure
IO. Real world operations now are also averaging about 90 megabytes/second on
read and write speeds (large hunks of continuous IO, of course
Hello All-
I've been creating iSCSI targets on the following two boxes:
- Sun Ultra 40 M2 with eight 10K SATA disks
- Sun x2200 M2, with two 15K RPM SAS drives
Both were running build 82
I'm creating a zfs volume, and sharing it with "zfs set shareiscsi=on
poolname/volume". I can access the iSCSI
I think I know the problem you are encountering well, and have managed to
overcome it. I'll outline here exactly how I'm creating my iscsi targets, and
I'm hoping you might see where your commands are different.
As Jim pointed out, the problem was that I was creating the filesystem on a
cached
This thread is actually a bit different than what you're experiencing. I never
see any huge memory usage from the iscsitgtd in the process table, but I'm
definitely encountering memory leaks. And the box itself stays stable and at
low CPU utilization. I can restart the iscsitgtd and the problems
Thanks Jim-
That was exactly the problem. Have a good Monday.
-John
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en with Sun since Oct 3, if any Sun folks want to look at the
details (case #65684887).
I'm getting very desperate to get this fixed, as this massive amount of storage
was the only reason I got this M80...
Any pointers would be greatly appreciated.
Thanks-
John Tracy
This message post
an unknown device in the Device Manager.
Should I be providing the Windows workstation specific drivers to use against
this Solaris based iSCSI target, or am I going wrong elsewhere?
Thank you-
John Tracy
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zfs
Greetings all-
I have a new X4200 that I'm getting ready to deploy. It has four 146 GB
SAS drives. I'd like to setup the box for maximum redundancy on the data stored
on these drives. Unfortunately, it looks like ZFS boot/root aren't really
options at this time. The LSI Logic controller in
