Hello. I have recently started using the raidtools-0.90 package with RH
6.1 (2.2.12-20 kernel). So far, I am only using RAID level 1, using two
identical IDE drives. I have been able to successfully configure my
RAID devices. However, I have some questions regarding the correct way
to recover
I think you meant 'ftp.bizsystems.com'?
No, I really mean ftp.bizsystems.net -- the dot com server has not
been updated and will be phased out at some point.
Marco
-Original Message-
From: Michael [SMTP:[EMAIL PROTECTED]]
Sent: May 2, 2000 4:09 PM
To: [EMAIL
From: Blair Hicks [SMTP:[EMAIL PROTECTED]]
Sent: Wednesday, May 03, 2000 4:05 PM
To: Linux Raid Support
Subject: Rebuilding a RAID volume
Hello. I have recently started using the raidtools-0.90 package with RH
6.1 (2.2.12-20 kernel). So far, I am only using RAID level 1, using
DO NOT change the type on a
partition that's part of a running array.
Hmmm. I've seen this statement many times and must assume it is
only partly true. It is very difficult to follow this rule with root
mounted raid. I have changed the partition type many times on many
systems from 83
From: Blair Hicks [SMTP:[EMAIL PROTECTED]]
Subject:Rebuilding a RAID volume
So, my question is, what do I need to do in order to rebuild /dev/md2?
snip
and do 'raidhotadd /dev/mdN' for each md device (for you, N = 0,
1, 2). 'Raidhotadd' is just a symlink to 'raidstart'.
On Sun, 23 Apr 2000, Chris Mauritz wrote:
I wonder what the fastest speed any linux software raid has gotten, it
would be great if the limitation was a hardware limitation i.e. cpu,
(scsi/ide) interface speed, number of (scsi/ide) interfaces, drive
speed. It would be interesting to see
From [EMAIL PROTECTED] Wed May 3 20:38:05 2000
Umm, I can get 13,000K/sec to/from ext2 from a *single*
UltraWide Cheeta (best case, *long* reads, no seeks). 100Mbit is only
12,500K/sec.
A 4 drive UltraWide Cheeta array will top out an UltraWide bus
at 40MByte/sec, over 3
The primary limitation is probably the rotational speed of the disks and
how fast you can rip data off the drives. For instance, the big IBM
drives (20 - 40 gigs) have a limitation of about 27mbs for both the 7200
and 10k rpm models. The Drives to come will have to make trade-offs
between
