???check™: Automated Analysis of emc navisphere analyzer data

(English text version 0.00.40)

Notes from the developers:

This is simply a prototype of a report. It was computer generated from made up data and only slightly cleaned up by hand. In this particular iteration of the software, we are experimenting with the verbosity and the current setting is what we're thinking would be a good default. A more verbose version of this report would be test050.htm. A less verbose report would be test450.htm.

We are also experimenting with various formats for summary table at the end of the report. It should be obvious that much of the data is nonsense. The algorithms which color the interesting cells of the table are not all working.

This does not look as nice and easy to read as the real product will be. Wording is still cumbersome and merely reflects the current state of the code as we experiment with it. Please send us CSV output from Navisphere Analyzer on a Clariion and we'll be glad to share the output with you.

NOTE: This is a prototype. Data is not real, recommendations are not real, it exists for illustrative purposes only.

This is an analysis of the data contained in the file emcdata11. The data was collected on 08/03/2009, from 05:02:47 to 06:12:47, from the Clariion CX4-480 system 'bigarray'. This array contained 16 disks and 1024 megabytes of cache memory. There were 12 LUNs seen on this array. There were 262 Navisphere Analyzer data records used to produce this analysis.

The date format used in this report is mm/dd/yyyy. In this report, LUNs have been sorted by total I/Os per second. In this report, disks have been sorted by percent busy.

Table of Contents

SUMMARY

A change has been recommended to at least one tunable parameter. See the Resource Analysis section for details.

A ???check_parms file was found. None of the defaults used by ???check's rules were overridden by entries in the ???check_parms file.

RECOMMENDATIONS SECTION

All recommendations contained in this report are based solely on the conditions which were present when the performance data was collected. It is possible that conditions which were not present at that time may cause some of these recommendations to result in worse performance. To minimize this risk, analyze data from several different days, implement only regularly occurring recommendations, and implement them one at a time.

Change the page cache size from 8 to 16 kilobytes. This change is recommended because most cachable I/Os are greater than 8kb in size.

Raise the high watermark and low watermark values. No forced flushes were seen during the monitoring period. Raising the watermark values will allow more of the cache to be utilized because there were no bursts that were big enough to cause forced flushing and less of the cache needs to be set aside to absorb bursts.

Consider using RAID level 5 for the LUN named "LUN 2" instead of RAID level 3. RAID level 5 is generally recommended unless there is a specific reason to use a different level.

Consider using RAID level 1 for the LUN named "LUN 8" instead of RAID level 3. RAID 1 may be a reasonable choice for this LUN because low-performance, low-volume I/O was seen. Most "best practices" guides do not recommend RAID 1 groups because they are not expandable but in some cases they may be viable as a cost effective option.

RESOURCE ANALYSIS SECTION - ARRAY

Storage processor activity was reasonably well balanced. The most active storage processor was an average of 19.75 percent busy.

The predominant I/O size on this array was 8 KB. Changing the page cache size to 16 could improve performance because I/Os would not be split into pieces before being cached.

Average storage processor utilization (%busy) was 18.82 percent and average disk utilization (%busy) was 25.18 percent. Both numbers are reasonable and the storage processor utilization is lower. This is expected behavior.

The average LUN write size was 39.40 kilobytes and the average disk write size was 57.79 kilobytes. Coalescing activity can be inferred from the increase in size, and writes may be sequential.

The average arraywide disk (back end) IOPS rate was 7930.7 per second, and this consists of 5557.4 reads and 2373.3 write operations per second. The average arraywide (back end) bandwidth was 497.6 megabytes per second, and this consists of 360.3 megabytes per second of data read and 137.3 megabytes per second of data written.

RESOURCE ANALYSIS SECTION - Storage Processors

Storage processor activity for the SP named "SP A" averaged 19.75 percent and peaked at 23.22 percent from 06:02:47 to 06:12:47. This indicates significant room for growth and shows that the storage processor in not over-utilized. The storage processor queue length averaged 0.315. Service time for this storage processor averaged 0.172 milliseconds and peaked at 0.213 from 05:42:47 to 05:52:47. No forced flushes were seen for the SP named "SP A". The forced flush statistics suggest that the high and low watermark values were reasonable. The total throughput rate for this SP averaged 1181.30 I/Os per second and peaked at 1798.23 from 06:02:47 to 06:12:47.

Storage processor activity for the SP named "SP B" averaged 17.90 percent and peaked at 22.45 percent from 06:02:47 to 06:12:47. This indicates significant room for growth and shows that the storage processor in not over-utilized. The storage processor queue length averaged 0.303. Service time for this storage processor averaged 0.172 milliseconds and peaked at 0.213 from 05:42:47 to 05:52:47. No forced flushes were seen for the SP named "SP B". The forced flush statistics suggest that the high and low watermark values were reasonable. The total throughput rate for this SP averaged 806.30 I/Os per second and peaked at 1216.23 from 06:02:47 to 06:12:47.

RESOURCE ANALYSIS SECTION - LUNs

In this report, LUNs have been sorted by total I/Os per second.

There was no specific pattern to the I/O for the LUN named "LUN 11" and it was a mix of sequential, random I/O, roughly divided between read and write operations. Activity for this LUN averaged 24.84 percent and peaked at 27.30 percent from 05:12:47 to 05:22:47. This indicates room for growth and shows that the LUN is not over-utilized. The LUN queue length averaged 2.25. The total throughput rate for this LUN averaged 118.21 per second and peaked at 125.60 per second from 05:42:47 to 05:52:47.

The I/O pattern for the LUN named "LUN 5" was primarily mixed reads. Activity for this LUN averaged 7.34 percent and peaked at 24.30 percent from 06:02:47 to 06:12:47. This indicates significant room for growth and shows that the LUN is not over-utilized. The LUN queue length averaged 2.25. The total throughput rate for this LUN averaged 106.96 per second and peaked at 116.60 per second from 05:02:47 to 05:02:47.

The I/O pattern for the LUN named "LUN 2" was primarily sequential writes. Activity for this LUN averaged 7.34 percent and peaked at 24.30 percent from 06:02:47 to 06:12:47. This indicates significant room for growth and shows that the LUN is not over-utilized. The LUN queue length averaged 2.25. The total throughput rate for this LUN averaged 51.96 per second and peaked at 56.60 per second from 05:02:47 to 05:02:47. RAID level 5 is generally recommended unless there is a specific reason to use a different level.

The I/O pattern for the LUN named "LUN 1" was primarily random reads. Activity for this LUN averaged 21.34 percent and peaked at 27.30 percent from 05:12:47 to 05:22:47. This indicates room for growth and shows that the LUN is not over-utilized. The LUN queue length averaged 4.45. The total throughput rate for this LUN averaged 34.90 per second and peaked at 111.60 per second from 05:02:47 to 05:02:47.

The I/O pattern for the LUN named "LUN 4" was primarily mixed reads. Activity for this LUN averaged 21.21 percent and peaked at 27.30 percent from 05:12:47 to 05:22:47. This indicates room for growth and shows that the LUN is not over-utilized. The LUN queue length averaged 4.45. The total throughput rate for this LUN averaged 34.90 per second and peaked at 111.60 per second from 05:02:47 to 05:02:47.

The I/O pattern for the LUN named "LUN 7" was primarily mixed reads. Activity for this LUN averaged 21.21 percent and peaked at 27.30 percent from 05:12:47 to 05:22:47. This indicates room for growth and shows that the LUN is not over-utilized. The LUN queue length averaged 4.45. The total throughput rate for this LUN averaged 34.90 per second and peaked at 111.60 per second from 05:02:47 to 05:02:47.

The I/O pattern for the LUN named "LUN 10" was primarily mixed reads. Activity for this LUN averaged 21.21 percent and peaked at 27.30 percent from 05:12:47 to 05:22:47. This indicates room for growth and shows that the LUN is not over-utilized. The LUN queue length averaged 4.45. The total throughput rate for this LUN averaged 34.90 per second and peaked at 111.60 per second from 05:02:47 to 05:02:47.

The I/O pattern for the LUN named "LUN 0" was primarily sequential reads. Activity for this LUN averaged 21.91 percent and peaked at 31.30 percent from 06:02:47 to 06:12:47. This indicates room for growth and shows that the LUN is not over-utilized. The LUN queue length averaged 4.11. The total throughput rate for this LUN averaged 33.38 per second and peaked at 51.60 per second from 06:02:47 to 06:12:47.

The I/O pattern for the LUN named "LUN 3" was primarily mixed reads. Activity for this LUN averaged 22.04 percent and peaked at 31.30 percent from 06:02:47 to 06:12:47. This indicates room for growth and shows that the LUN is not over-utilized. The LUN queue length averaged 4.11. The total throughput rate for this LUN averaged 33.38 per second and peaked at 51.60 per second from 06:02:47 to 06:12:47.

The I/O pattern for the LUN named "LUN 6" was primarily mixed reads. Activity for this LUN averaged 22.04 percent and peaked at 31.30 percent from 06:02:47 to 06:12:47. This indicates room for growth and shows that the LUN is not over-utilized. The LUN queue length averaged 4.11. The total throughput rate for this LUN averaged 33.38 per second and peaked at 51.60 per second from 06:02:47 to 06:12:47.

The rest of the LUNs aren't being displayed to keep the report from being too long and repetitive. To see them, use the -allluns switch. Greater control of this will be coming in the near future.

Notes from the developers:

By default, we will limit the number of disks and LUNs that are reported because a report with 600 disks does not need and can not effectively report on a paragraph for each one. The number of disks and LUNs included in the report can be controlled by the user.

RESOURCE ANALYSIS SECTION - Disks

In this report, disks have been sorted by percent busy.

The disk "Bus 1 Enclosure 1 Disk 7" averaged 37.25 percent busy and peaked at 40.83 percent from 05:12:47 to 05:22:47. Response time for the disk "Bus 1 Enclosure 1 Disk 7" averaged 5.28 milliseconds and peaked at 5.43 milliseconds from 05:02:47 to 05:02:47. The total throughput rate for this disk averaged 580.22 per second and peaked at 582.78 per second from 05:32:47 to 05:42:47. The size of the average I/O was 64.44 kilobytes.

The disk "Bus 0 Enclosure 1 Disk 0" averaged 37.25 percent busy and peaked at 40.83 percent from 05:12:47 to 05:22:47. Response time for the disk "Bus 0 Enclosure 1 Disk 0" averaged 5.28 milliseconds and peaked at 5.43 milliseconds from 05:02:47 to 05:02:47. The total throughput rate for this disk averaged 580.21 per second and peaked at 582.78 per second from 05:32:47 to 05:42:47. The size of the average I/O was 60.47 kilobytes.

The disk "Bus 1 Enclosure 1 Disk 1" averaged 29.50 percent busy and peaked at 41.73 percent from 05:32:47 to 05:42:47. Response time for the disk "Bus 1 Enclosure 1 Disk 1" averaged 5.28 milliseconds and peaked at 5.43 milliseconds from 05:02:47 to 05:02:47. The total throughput rate for this disk averaged 590.22 per second and peaked at 592.78 per second from 05:32:47 to 05:42:47. The size of the average I/O was 63.35 kilobytes.

The disk "Bus 1 Enclosure 1 Disk 5" averaged 29.29 percent busy and peaked at 41.23 percent from 05:32:47 to 05:42:47. Response time for the disk "Bus 1 Enclosure 1 Disk 5" averaged 5.28 milliseconds and peaked at 5.43 milliseconds from 05:02:47 to 05:02:47. The total throughput rate for this disk averaged 589.47 per second and peaked at 590.98 per second from 05:42:47 to 05:52:47. The size of the average I/O was 63.13 kilobytes.

The disk "Bus 1 Enclosure 1 Disk 4" averaged 28.87 percent busy and peaked at 33.88 percent from 05:02:47 to 05:02:47. Response time for the disk "Bus 1 Enclosure 1 Disk 4" averaged 4.28 milliseconds and peaked at 4.43 milliseconds from 05:02:47 to 05:02:47. The total throughput rate for this disk averaged 489.04 per second and peaked at 492.13 per second from 05:32:47 to 05:42:47. The size of the average I/O was 69.71 kilobytes.

The disk "Bus 0 Enclosure 1 Disk 3" averaged 28.75 percent busy and peaked at 41.73 percent from 05:32:47 to 05:42:47. Response time for the disk "Bus 0 Enclosure 1 Disk 3" averaged 5.28 milliseconds and peaked at 5.43 milliseconds from 05:02:47 to 05:02:47. The total throughput rate for this disk averaged 590.21 per second and peaked at 592.78 per second from 05:32:47 to 05:42:47. The size of the average I/O was 59.45 kilobytes.

The disk "Bus 1 Enclosure 1 Disk 3" averaged 28.69 percent busy and peaked at 33.58 percent from 05:02:47 to 05:02:47. Response time for the disk "Bus 1 Enclosure 1 Disk 3" averaged 9.28 milliseconds and peaked at 9.43 milliseconds from 05:02:47 to 05:02:47. The total throughput rate for this disk averaged 654.72 per second and peaked at 658.78 per second from 05:32:47 to 05:42:47. The size of the average I/O was 59.06 kilobytes.

The disk "Bus 0 Enclosure 1 Disk 7" averaged 28.53 percent busy and peaked at 41.23 percent from 05:32:47 to 05:42:47. Response time for the disk "Bus 0 Enclosure 1 Disk 7" averaged 5.28 milliseconds and peaked at 5.43 milliseconds from 05:02:47 to 05:02:47. The total throughput rate for this disk averaged 589.46 per second and peaked at 590.98 per second from 05:42:47 to 05:52:47. The size of the average I/O was 59.17 kilobytes.

The disk "Bus 0 Enclosure 1 Disk 5" averaged 27.20 percent busy and peaked at 30.33 percent from 05:12:47 to 05:22:47. Response time for the disk "Bus 0 Enclosure 1 Disk 5" averaged 9.28 milliseconds and peaked at 9.43 milliseconds from 05:02:47 to 05:02:47. The total throughput rate for this disk averaged 650.21 per second and peaked at 652.78 per second from 05:32:47 to 05:42:47. The size of the average I/O was 57.11 kilobytes.

The disk "Bus 0 Enclosure 1 Disk 6" averaged 26.62 percent busy and peaked at 28.01 percent from 05:52:47 to 06:02:47. Response time for the disk "Bus 0 Enclosure 1 Disk 6" averaged 4.28 milliseconds and peaked at 4.43 milliseconds from 05:02:47 to 05:02:47. The total throughput rate for this disk averaged 489.03 per second and peaked at 492.13 per second from 05:32:47 to 05:42:47. The size of the average I/O was 69.72 kilobytes.

The rest of the disks aren't being displayed to keep the report from being too long and repetitive. To see them, use the -alldisks switch. Greater control of this will be coming in the near future.

Notes from the developers:

By default, we will limit the number of disks and LUNs that are reported because a report with 600 disks does not need and can not effectively report on a paragraph for each one. The number of disks and LUNs included in the report can be controlled by the user.

CAPACITY PLANNING SECTION

The section is designed to provide the user with a rudimentary linear capacity planning model and should be used for rough approximations only. These estimates assume that an increase in workload will affect the usage of all resources equally. These estimates should be used on days when the load is heaviest to determine approximately how much spare capacity remains at peak times.

Based on the data available, the system should be able to support approximately a 68 percent increase in workload at peak times before the first resource bottleneck affects performance or reliability, and that bottleneck is likely to be disk utilization (%busy). See the following paragraphs for additional information.

The storage processors can support an increase in workload of at least 100 percent at peak times. The busiest Storage Processor was SP A and at its peak, it was 23.22 percent busy. The threshold for this resource is set to 70 percent busy.

The busiest disk drive can support an increase in workload of approximately 68 percent at peak times. The busiest disk drive was Bus 0 Enclosure 1 Disk 3 and at its peak, it was 41.73 percent busy. The threshold for this resource is set to 70 percent busy.

This array can support can support a very large increase in the number of disk drives that can be supported. There were 16 disk drives seen and this array can support up to 480 disks.

This array can support can support a very large increase in the number of LUNs that can be supported. There were 12 LUNs seen and this array can support up to 4096 LUNs.

Please note: In no event can Aptitune Corporation be held responsible for any damages, including incidental or consequent damages, in connection with or arising out of the use or inability to use this software. All trademarks belong to their respective owners.

This is beta quality software and is to be used only in conjunction with a beta test program. This software is likely to contain defects and its recommendations should be regarded skeptically. This software provided for the exclusive use of: test. This software expires on 09/21/2009. Code version: 0.00.40. Serial number: 39394949.

(c) copyright 2009 by Aptitune Corporation, Portsmouth NH, USA, All Rights Reserved. http://www.sarcheck.com

Notes from the developers:

Too many tables follow. We're deciding on the best format (or formats) for displaying the data as HTML tables.

Thanks for taking a look at this report. Feel free to send us feedback and CSV data from Navisphere Analyzer that you'd like us to look at.

Statistics for CX4-480 system 'bigarray'
Statistics collected on 08/03/2009
Array-wide statistics
Megabytes of cache memory: 1024
Number of SPs seen: 2
Number of LUNs seen: 12
Number of physical disks seen: 16
Average SP %busy: 18.82
Average disk %busy: 25.18
Average LUN write size: 39.40 kb
Average disk write size: 57.79 kb
Avg array-wide disk IOPS: 7930.7
Avg array-wide disk read IOPS: 5557.4
Avg array-wide disk write IOPS: 2373.3
Avg array-wide disk MB/sec: 497.6
Avg array-wide disk read MB/sec: 360.3
Avg array-wide disk write MB/sec: 137.3
Approx SP capacity remaining: >100 %
Approx Disk %busy remaining: 68 %
Approx #Disks room for growth: >500 %
Approx #LUNS room for growth: >500 %
  Minimum Average Peak Start of peak interval End of peak interval
Storage Processor "SP A"
%busy 17.58 19.75 23.22 06:02:47 06:12:47
Queue depth 0.254 0.315 0.415 05:02:47 05:02:47
Forced flushes/sec 0.00 0.00 0.00    
Total ops/sec 824.13 1181.30 1798.23 06:02:47 06:12:47
Read mb/sec 16.94 22.40 27.60 06:02:47 06:12:47
%busy 251.04 483.60 959.62 06:02:47 06:12:47
Read size (kb) 29.45 52.50 69.08 05:42:47 05:52:47
Write mb/sec 5.95 9.42 12.44 05:12:47 05:22:47
Write ops/sec 522.63 697.70 838.60 06:02:47 06:12:47
Write size (kb) 11.20 13.87 17.73 05:42:47 05:52:47
Service time (ms) 0.129 0.172 0.213 05:42:47 05:52:47
Storage Processor "SP B"
%busy 14.01 17.90 22.45 06:02:47 06:12:47
Queue depth 0.234 0.303 0.405 05:02:47 05:02:47
Forced flushes/sec 0.00 0.00 0.00    
Total ops/sec 530.13 806.30 1216.23 06:02:47 06:12:47
Read mb/sec 16.94 22.40 27.60 06:02:47 06:12:47
%busy 247.04 454.85 777.62 06:02:47 06:12:47
Read size (kb) 31.74 55.04 70.08 05:42:47 05:52:47
Write mb/sec 5.95 9.42 12.44 05:12:47 05:22:47
Write ops/sec 272.63 351.45 438.60 06:02:47 06:12:47
Write size (kb) 12.20 14.80 18.22 05:42:47 05:52:47
Service time (ms) 0.129 0.172 0.213 05:42:47 05:52:47
LUN "LUN 11"
%busy 23.30 24.84 27.30 05:12:47 05:22:47
Queue depth 1.00 2.25 4.10 06:02:47 06:12:47
Total ops/sec 110.10 118.21 125.60 05:42:47 05:52:47
Read mb/sec 0.320 0.56 1.42 06:02:47 06:12:47
Read ops/sec 55.30 60.49 68.80 05:12:47 05:12:47
Write mb/sec 0.120 0.346 1.32 06:02:47 06:12:47
Write ops/sec 52.30 57.72 65.30 05:12:47 05:22:47
  Minimum Average Peak Start of peak interval End of peak interval
LUN "LUN 5"
%busy 3.30 7.34 24.30 06:02:47 06:12:47
Queue depth 1.00 2.25 4.10 06:02:47 06:12:47
Total ops/sec 95.60 106.96 116.60 05:02:47 05:02:47
Read mb/sec 0.320 0.56 1.42 06:02:47 06:12:47
Read ops/sec 92.30 101.74 114.30 05:02:47 05:02:47
Write mb/sec 0.120 0.346 1.32 06:02:47 06:12:47
Write ops/sec 2.30 5.22 10.30 06:02:47 06:12:47
LUN "LUN 2"
%busy 3.30 7.34 24.30 06:02:47 06:12:47
Queue depth 1.00 2.25 4.10 06:02:47 06:12:47
Total ops/sec 45.60 51.96 56.60 05:02:47 05:02:47
Read mb/sec 0.320 0.56 1.42 06:02:47 06:12:47
Read ops/sec 2.30 6.74 14.30 05:02:47 05:02:47
Write mb/sec 0.120 0.346 1.32 06:02:47 06:12:47
Write ops/sec 42.30 45.22 50.30 06:02:47 06:12:47
LUN "LUN 1"
%busy 12.60 21.34 27.30 05:12:47 05:22:47
Queue depth 2.00 4.45 6.20 05:42:47 05:52:47
Total ops/sec 15.60 34.90 111.60 05:02:47 05:02:47
Read mb/sec 1.02 1.28 1.42 Multiple peaks Multiple peaks
Read ops/sec 5.30 24.86 104.30 05:02:47 05:02:47
Write mb/sec 0.320 0.73 1.32 06:02:47 06:12:47
Write ops/sec 5.30 10.04 15.30 05:12:47 05:22:47
LUN "LUN 4"
%busy 12.60 21.21 27.30 05:12:47 05:22:47
Queue depth 2.00 4.45 6.20 05:42:47 05:52:47
Total ops/sec 15.60 34.90 111.60 05:02:47 05:02:47
Read mb/sec 1.02 1.28 1.42 Multiple peaks Multiple peaks
Read ops/sec 5.30 24.86 104.30 05:02:47 05:02:47
Write mb/sec 0.320 0.73 1.32 06:02:47 06:12:47
Write ops/sec 5.30 10.04 15.30 05:12:47 05:22:47
  Minimum Average Peak Start of peak interval End of peak interval
LUN "LUN 7"
%busy 12.60 21.21 27.30 05:12:47 05:22:47
Queue depth 2.00 4.45 6.20 05:42:47 05:52:47
Total ops/sec 15.60 34.90 111.60 05:02:47 05:02:47
Read mb/sec 1.02 1.28 1.42 Multiple peaks Multiple peaks
Read ops/sec 5.30 24.86 104.30 05:02:47 05:02:47
Write mb/sec 0.320 0.73 1.32 06:02:47 06:12:47
Write ops/sec 5.30 10.04 15.30 05:12:47 05:22:47
LUN "LUN 10"
%busy 12.60 21.21 27.30 05:12:47 05:22:47
Queue depth 2.00 4.45 6.20 05:42:47 05:52:47
Total ops/sec 15.60 34.90 111.60 05:02:47 05:02:47
Read mb/sec 1.02 1.28 1.42 Multiple peaks Multiple peaks
Read ops/sec 5.30 24.86 104.30 05:02:47 05:02:47
Write mb/sec 0.320 0.73 1.32 06:02:47 06:12:47
Write ops/sec 5.30 10.04 15.30 05:12:47 05:22:47
LUN "LUN 0"
%busy 12.60 21.91 31.30 06:02:47 06:12:47
Queue depth 2.00 4.11 6.60 05:32:47 05:42:47
Total ops/sec 11.60 33.38 51.60 06:02:47 06:12:47
Read mb/sec 1.02 1.34 1.64 Multiple peaks Multiple peaks
Read ops/sec 4.30 20.99 29.80 Multiple peaks Multiple peaks
Write mb/sec 0.320 0.88 1.14 Multiple peaks Multiple peaks
Write ops/sec 7.30 12.39 27.30 06:02:47 06:12:47
LUN "LUN 3"
%busy 12.60 22.04 31.30 06:02:47 06:12:47
Queue depth 2.00 4.11 6.60 05:32:47 05:42:47
Total ops/sec 11.60 33.38 51.60 06:02:47 06:12:47
Read mb/sec 1.02 1.34 1.64 Multiple peaks Multiple peaks
Read ops/sec 4.30 20.99 29.80 Multiple peaks Multiple peaks
Write mb/sec 0.320 0.88 1.14 Multiple peaks Multiple peaks
Write ops/sec 7.30 12.39 27.30 06:02:47 06:12:47
  Minimum Average Peak Start of peak interval End of peak interval
LUN "LUN 6"
%busy 12.60 22.04 31.30 06:02:47 06:12:47
Queue depth 2.00 4.11 6.60 05:32:47 05:42:47
Total ops/sec 11.60 33.38 51.60 06:02:47 06:12:47
Read mb/sec 1.02 1.34 1.64 Multiple peaks Multiple peaks
Read ops/sec 4.30 20.99 29.80 Multiple peaks Multiple peaks
Write mb/sec 0.320 0.88 1.14 Multiple peaks Multiple peaks
Write ops/sec 7.30 12.39 27.30 06:02:47 06:12:47
LUN reporting stopped to control verbosity. For all LUNs, use the -allluns switch.
Disk "Bus 1 Enclosure 1 Disk 7"
%busy 31.22 37.25 40.83 05:12:47 05:22:47
Queue depth 2.25 2.32 2.41 05:02:47 05:02:47
Total ops/sec 576.58 580.22 582.78 05:32:47 05:42:47
Read mb/sec 26.48 29.70 33.48 Multiple peaks Multiple peaks
Read ops/sec 421.29 423.54 425.49 05:32:47 05:42:47
Read size (kb) 63.90 71.81 * 67.90 Multiple peaks Multiple peaks
Write mb/sec 6.48 6.81 6.88 05:12:47 06:12:47
Write ops/sec 154.39 156.68 157.29 05:12:47 06:12:47
Write size (kb) 57.80 44.53 * 60.70 05:02:47 05:12:47
Resp Time (ms) 5.21 5.28 * 5.43 05:02:47 05:02:47
* this field is a calculated value because the alternative would be to use an 'average of averages' and such values may not be accurate.
Disk "Bus 0 Enclosure 1 Disk 0"
%busy 31.22 37.25 40.83 05:12:47 05:22:47
Queue depth 2.25 2.31 2.41 05:02:47 05:02:47
Total ops/sec 576.58 580.21 582.78 05:32:47 05:42:47
Read mb/sec 26.48 27.45 28.48 Multiple peaks Multiple peaks
Read ops/sec 421.29 423.54 425.49 05:32:47 05:42:47
Read size (kb) 63.90 66.37 * 67.90 Multiple peaks Multiple peaks
Write mb/sec 6.48 6.81 6.88 05:12:47 06:12:47
Write ops/sec 154.39 156.68 157.29 05:12:47 06:12:47
Write size (kb) 57.80 44.53 * 58.70 05:02:47 05:12:47
Resp Time (ms) 5.21 5.28 * 5.43 05:02:47 05:02:47
* this field is a calculated value because the alternative would be to use an 'average of averages' and such values may not be accurate.
  Minimum Average Peak Start of peak interval End of peak interval
Disk "Bus 1 Enclosure 1 Disk 1"
%busy 24.22 29.50 41.73 05:32:47 05:42:47
Queue depth 2.25 2.32 2.41 05:02:47 05:02:47
Total ops/sec 586.58 590.22 592.78 05:32:47 05:42:47
Read mb/sec 26.48 29.70 33.48 Multiple peaks Multiple peaks
Read ops/sec 431.29 433.54 435.49 05:32:47 05:42:47
Read size (kb) 63.90 70.15 * 67.90 Multiple peaks Multiple peaks
Write mb/sec 6.48 6.81 6.88 05:12:47 06:12:47
Write ops/sec 154.39 156.68 157.29 05:12:47 06:12:47
Write size (kb) 56.50 44.53 * 58.00 05:42:47 05:52:47
Resp Time (ms) 5.21 5.28 * 5.43 05:02:47 05:02:47
* this field is a calculated value because the alternative would be to use an 'average of averages' and such values may not be accurate.
Disk "Bus 1 Enclosure 1 Disk 5"
%busy 24.32 29.29 41.23 05:32:47 05:42:47
Queue depth 2.25 2.32 2.41 05:02:47 05:02:47
Total ops/sec 586.58 589.47 590.98 05:42:47 05:52:47
Read mb/sec 26.34 29.56 33.58 05:52:47 06:02:47
Read ops/sec 432.29 433.92 435.29 05:02:47 05:02:47
Read size (kb) 63.90 69.75 * 67.90 Multiple peaks Multiple peaks
Write mb/sec 6.45 6.79 6.86 05:22:47 05:42:47
Write ops/sec 153.39 155.55 156.29 05:22:47 06:12:47
Write size (kb) 56.50 44.67 * 58.00 05:42:47 05:52:47
Resp Time (ms) 5.21 5.28 * 5.43 05:02:47 05:02:47
* this field is a calculated value because the alternative would be to use an 'average of averages' and such values may not be accurate.
Disk "Bus 1 Enclosure 1 Disk 4"
%busy 23.60 28.87 33.88 05:02:47 05:02:47
Queue depth 1.49 1.63 1.83 05:12:47 05:22:47
Total ops/sec 484.56 489.04 492.13 05:32:47 05:42:47
Read mb/sec 23.48 24.08 24.48 Multiple peaks Multiple peaks
Read ops/sec 411.29 413.54 415.49 05:32:47 05:42:47
Read size (kb) 59.90 59.61 * 66.90 05:52:47 06:02:47
Write mb/sec 4.58 9.23 40.38 05:52:47 06:02:47
Write ops/sec 73.27 75.60 77.25 05:22:47 05:32:47
Write size (kb) 56.14 124.95 * 57.60 05:22:47 05:32:47
Resp Time (ms) 4.21 4.28 * 4.43 05:02:47 05:02:47
* this field is a calculated value because the alternative would be to use an 'average of averages' and such values may not be accurate.
  Minimum Average Peak Start of peak interval End of peak interval
Disk "Bus 0 Enclosure 1 Disk 3"
%busy 24.22 28.75 41.73 05:32:47 05:42:47
Queue depth 2.25 2.31 2.41 05:02:47 05:02:47
Total ops/sec 586.58 590.21 592.78 05:32:47 05:42:47
Read mb/sec 26.48 27.45 28.48 Multiple peaks Multiple peaks
Read ops/sec 431.29 433.54 435.49 05:32:47 05:42:47
Read size (kb) 63.90 64.84 * 67.90 Multiple peaks Multiple peaks
Write mb/sec 6.48 6.81 6.88 05:12:47 06:12:47
Write ops/sec 154.39 156.68 157.29 05:12:47 06:12:47
Write size (kb) 56.50 44.53 * 58.00 05:42:47 05:52:47
Resp Time (ms) 5.21 5.28 * 5.43 05:02:47 05:02:47
* this field is a calculated value because the alternative would be to use an 'average of averages' and such values may not be accurate.
Disk "Bus 1 Enclosure 1 Disk 3"
%busy 21.42 28.69 33.58 05:02:47 05:02:47
Queue depth 4.25 4.32 4.41 05:02:47 05:02:47
Total ops/sec 646.58 654.72 658.78 05:32:47 05:42:47
Read mb/sec 25.48 27.95 33.48 Multiple peaks Multiple peaks
Read ops/sec 421.29 423.54 425.49 05:32:47 05:42:47
Read size (kb) 64.90 67.58 * 68.90 05:12:47 05:22:47
Write mb/sec 9.48 9.81 9.88 05:12:47 06:12:47
Write ops/sec 224.39 231.18 233.29 05:12:47 06:12:47
Write size (kb) 57.80 43.47 * 60.70 05:02:47 05:12:47
Resp Time (ms) 9.21 9.28 * 9.43 05:02:47 05:02:47
* this field is a calculated value because the alternative would be to use an 'average of averages' and such values may not be accurate.
Disk "Bus 0 Enclosure 1 Disk 7"
%busy 24.32 28.53 41.23 05:32:47 05:42:47
Queue depth 2.25 2.31 2.41 05:02:47 05:02:47
Total ops/sec 586.58 589.46 590.98 05:42:47 05:52:47
Read mb/sec 26.28 27.28 28.58 06:02:47 06:12:47
Read ops/sec 432.29 433.91 435.29 05:02:47 05:02:47
Read size (kb) 63.90 64.37 * 67.90 Multiple peaks Multiple peaks
Write mb/sec 6.45 6.79 6.86 05:22:47 05:42:47
Write ops/sec 153.39 155.55 156.29 05:22:47 06:12:47
Write size (kb) 56.50 44.67 * 58.00 05:42:47 05:52:47
Resp Time (ms) 5.21 5.28 * 5.43 05:02:47 05:02:47
* this field is a calculated value because the alternative would be to use an 'average of averages' and such values may not be accurate.
  Minimum Average Peak Start of peak interval End of peak interval
Disk "Bus 0 Enclosure 1 Disk 5"
%busy 21.42 27.20 30.33 05:12:47 05:22:47
Queue depth 4.25 4.31 4.41 05:02:47 05:02:47
Total ops/sec 646.58 650.21 652.78 05:32:47 05:42:47
Read mb/sec 25.48 26.45 27.48 Multiple peaks Multiple peaks
Read ops/sec 421.29 423.54 425.49 05:32:47 05:42:47
Read size (kb) 64.90 63.95 * 68.90 05:12:47 05:22:47
Write mb/sec 9.48 9.81 9.88 05:12:47 06:12:47
Write ops/sec 224.39 226.68 227.29 05:12:47 06:12:47
Write size (kb) 57.80 44.33 * 58.70 05:02:47 05:12:47
Resp Time (ms) 9.21 9.28 * 9.43 05:02:47 05:02:47
* this field is a calculated value because the alternative would be to use an 'average of averages' and such values may not be accurate.
Disk "Bus 0 Enclosure 1 Disk 6"
%busy 23.58 26.62 28.01 05:52:47 06:02:47
Queue depth 1.49 1.63 1.83 05:12:47 05:22:47
Total ops/sec 484.56 489.03 492.13 05:32:47 05:42:47
Read mb/sec 23.48 24.08 24.48 Multiple peaks Multiple peaks
Read ops/sec 411.29 413.54 415.49 05:32:47 05:42:47
Read size (kb) 62.90 59.62 * 66.90 05:52:47 06:02:47
Write mb/sec 4.58 9.23 40.38 05:52:47 06:02:47
Write ops/sec 73.27 75.59 77.25 05:22:47 05:32:47
Write size (kb) 56.14 124.97 * 57.60 05:22:47 05:32:47
Resp Time (ms) 4.21 4.28 * 4.43 05:02:47 05:02:47
* this field is a calculated value because the alternative would be to use an 'average of averages' and such values may not be accurate.
Disk reporting stopped to control verbosity. For all disks, use the -alldisks switch.

  Minimum Average Peak Start of peak interval End of peak interval
%busy
SP A 17.58 19.75 23.22 06:02:47 06:12:47
SP B 14.01 17.90 22.45 06:02:47 06:12:47
LUN 11 23.30 24.84 27.30 05:12:47 05:22:47
LUN 5 3.30 7.34 24.30 06:02:47 06:12:47
LUN 2 3.30 7.34 24.30 06:02:47 06:12:47
LUN 1 12.60 21.34 27.30 05:12:47 05:22:47
LUN 4 12.60 21.21 27.30 05:12:47 05:22:47
LUN 7 12.60 21.21 27.30 05:12:47 05:22:47
LUN 10 12.60 21.21 27.30 05:12:47 05:22:47
LUN 0 12.60 21.91 31.30 06:02:47 06:12:47
LUN 3 12.60 22.04 31.30 06:02:47 06:12:47
LUN 6 12.60 22.04 31.30 06:02:47 06:12:47
LUN reporting stopped to control verbosity. For all LUNs, use the -allluns switch.
Bus 1 Enclosure 1 Disk 7 31.22 37.25 40.83 05:12:47 05:22:47
Bus 0 Enclosure 1 Disk 0 31.22 37.25 40.83 05:12:47 05:22:47
Bus 1 Enclosure 1 Disk 1 24.22 29.50 41.73 05:32:47 05:42:47
Bus 1 Enclosure 1 Disk 5 24.32 29.29 41.23 05:32:47 05:42:47
Bus 1 Enclosure 1 Disk 4 23.60 28.87 33.88 05:02:47 05:02:47
Bus 0 Enclosure 1 Disk 3 24.22 28.75 41.73 05:32:47 05:42:47
Bus 1 Enclosure 1 Disk 3 21.42 28.69 33.58 05:02:47 05:02:47
Bus 0 Enclosure 1 Disk 7 24.32 28.53 41.23 05:32:47 05:42:47
Bus 0 Enclosure 1 Disk 5 21.42 27.20 30.33 05:12:47 05:22:47
Bus 0 Enclosure 1 Disk 6 23.58 26.62 28.01 05:52:47 06:02:47
Disk reporting stopped to control verbosity. For all disks, use the -alldisks switch.
Queue depth
SP A 0.254 0.315 0.415 05:02:47 05:02:47
SP B 0.234 0.303 0.405 05:02:47 05:02:47
LUN 11 1.00 2.25 4.10 06:02:47 06:12:47
LUN 5 1.00 2.25 4.10 06:02:47 06:12:47
LUN 2 1.00 2.25 4.10 06:02:47 06:12:47
LUN 1 2.00 4.45 6.20 05:42:47 05:52:47
LUN 4 2.00 4.45 6.20 05:42:47 05:52:47
LUN 7 2.00 4.45 6.20 05:42:47 05:52:47
LUN 10 2.00 4.45 6.20 05:42:47 05:52:47
LUN 0 2.00 4.11 6.60 05:32:47 05:42:47
LUN 3 2.00 4.11 6.60 05:32:47 05:42:47
LUN 6 2.00 4.11 6.60 05:32:47 05:42:47
LUN reporting stopped to control verbosity. For all LUNs, use the -allluns switch.
Bus 1 Enclosure 1 Disk 7 2.25 2.32 2.41 05:02:47 05:02:47
Bus 0 Enclosure 1 Disk 0 2.25 2.31 2.41 05:02:47 05:02:47
Bus 1 Enclosure 1 Disk 1 2.25 2.32 2.41 05:02:47 05:02:47
Bus 1 Enclosure 1 Disk 5 2.25 2.32 2.41 05:02:47 05:02:47
Bus 1 Enclosure 1 Disk 4 1.49 1.63 1.83 05:12:47 05:22:47
Bus 0 Enclosure 1 Disk 3 2.25 2.31 2.41 05:02:47 05:02:47
Bus 1 Enclosure 1 Disk 3 4.25 4.32 4.41 05:02:47 05:02:47
Bus 0 Enclosure 1 Disk 7 2.25 2.31 2.41 05:02:47 05:02:47
Bus 0 Enclosure 1 Disk 5 4.25 4.31 4.41 05:02:47 05:02:47
Bus 0 Enclosure 1 Disk 6 1.49 1.63 1.83 05:12:47 05:22:47
Disk reporting stopped to control verbosity. For all disks, use the -alldisks switch.
  Minimum Average Peak Start of peak interval End of peak interval
Total ops/sec
SP A 824.13 1181.30 1798.23 06:02:47 06:12:47
SP B 530.13 806.30 1216.23 06:02:47 06:12:47
LUN 11 110.10 118.21 125.60 05:42:47 05:52:47
LUN 5 95.60 106.96 116.60 05:02:47 05:02:47
LUN 2 45.60 51.96 56.60 05:02:47 05:02:47
LUN 1 15.60 34.90 111.60 05:02:47 05:02:47
LUN 4 15.60 34.90 111.60 05:02:47 05:02:47
LUN 7 15.60 34.90 111.60 05:02:47 05:02:47
LUN 10 15.60 34.90 111.60 05:02:47 05:02:47
LUN 0 11.60 33.38 51.60 06:02:47 06:12:47
LUN 3 11.60 33.38 51.60 06:02:47 06:12:47
LUN 6 11.60 33.38 51.60 06:02:47 06:12:47
LUN reporting stopped to control verbosity. For all LUNs, use the -allluns switch.
Bus 1 Enclosure 1 Disk 7 576.58 580.22 582.78 05:32:47 05:42:47
Bus 0 Enclosure 1 Disk 0 576.58 580.21 582.78 05:32:47 05:42:47
Bus 1 Enclosure 1 Disk 1 586.58 590.22 592.78 05:32:47 05:42:47
Bus 1 Enclosure 1 Disk 5 586.58 589.47 590.98 05:42:47 05:52:47
Bus 1 Enclosure 1 Disk 4 484.56 489.04 492.13 05:32:47 05:42:47
Bus 0 Enclosure 1 Disk 3 586.58 590.21 592.78 05:32:47 05:42:47
Bus 1 Enclosure 1 Disk 3 646.58 654.72 658.78 05:32:47 05:42:47
Bus 0 Enclosure 1 Disk 7 586.58 589.46 590.98 05:42:47 05:52:47
Bus 0 Enclosure 1 Disk 5 646.58 650.21 652.78 05:32:47 05:42:47
Bus 0 Enclosure 1 Disk 6 484.56 489.03 492.13 05:32:47 05:42:47
Disk reporting stopped to control verbosity. For all disks, use the -alldisks switch.
Read ops/sec
SP A 251.04 483.60 959.62 06:02:47 06:12:47
SP B 247.04 454.85 777.62 06:02:47 06:12:47
LUN 11 55.30 60.49 68.80 05:12:47 05:12:47
LUN 5 92.30 101.74 114.30 05:02:47 05:02:47
LUN 2 2.30 6.74 14.30 05:02:47 05:02:47
LUN 1 5.30 24.86 104.30 05:02:47 05:02:47
LUN 4 5.30 24.86 104.30 05:02:47 05:02:47
LUN 7 5.30 24.86 104.30 05:02:47 05:02:47
LUN 10 5.30 24.86 104.30 05:02:47 05:02:47
LUN 0 4.30 20.99 29.80 Multiple peaks Multiple peaks
LUN 3 4.30 20.99 29.80 Multiple peaks Multiple peaks
LUN 6 4.30 20.99 29.80 Multiple peaks Multiple peaks
LUN reporting stopped to control verbosity. For all LUNs, use the -allluns switch.
Bus 1 Enclosure 1 Disk 7 421.29 423.54 425.49 05:32:47 05:42:47
Bus 0 Enclosure 1 Disk 0 421.29 423.54 425.49 05:32:47 05:42:47
Bus 1 Enclosure 1 Disk 1 431.29 433.54 435.49 05:32:47 05:42:47
Bus 1 Enclosure 1 Disk 5 432.29 433.92 435.29 05:02:47 05:02:47
Bus 1 Enclosure 1 Disk 4 411.29 413.54 415.49 05:32:47 05:42:47
Bus 0 Enclosure 1 Disk 3 431.29 433.54 435.49 05:32:47 05:42:47
Bus 1 Enclosure 1 Disk 3 421.29 423.54 425.49 05:32:47 05:42:47
Bus 0 Enclosure 1 Disk 7 432.29 433.91 435.29 05:02:47 05:02:47
Bus 0 Enclosure 1 Disk 5 421.29 423.54 425.49 05:32:47 05:42:47
Bus 0 Enclosure 1 Disk 6 411.29 413.54 415.49 05:32:47 05:42:47
Disk reporting stopped to control verbosity. For all disks, use the -alldisks switch.
  Minimum Average Peak Start of peak interval End of peak interval
Read size (kb)
SP A 29.45 52.50 69.08 05:42:47 05:52:47
SP B 31.74 55.04 70.08 05:42:47 05:52:47
LUN reporting stopped to control verbosity. For all LUNs, use the -allluns switch.
Bus 1 Enclosure 1 Disk 7 63.90 71.81 * 67.90 Multiple peaks Multiple peaks
Bus 0 Enclosure 1 Disk 0 63.90 66.37 * 67.90 Multiple peaks Multiple peaks
Bus 1 Enclosure 1 Disk 1 63.90 70.15 * 67.90 Multiple peaks Multiple peaks
Bus 1 Enclosure 1 Disk 5 63.90 69.75 * 67.90 Multiple peaks Multiple peaks
Bus 1 Enclosure 1 Disk 4 59.90 59.61 * 66.90 05:52:47 06:02:47
Bus 0 Enclosure 1 Disk 3 63.90 64.84 * 67.90 Multiple peaks Multiple peaks
Bus 1 Enclosure 1 Disk 3 64.90 67.58 * 68.90 05:12:47 05:22:47
Bus 0 Enclosure 1 Disk 7 63.90 64.37 * 67.90 Multiple peaks Multiple peaks
Bus 0 Enclosure 1 Disk 5 64.90 63.95 * 68.90 05:12:47 05:22:47
Bus 0 Enclosure 1 Disk 6 62.90 59.62 * 66.90 05:52:47 06:02:47
Disk reporting stopped to control verbosity. For all disks, use the -alldisks switch.
Write ops/sec
SP A 522.63 697.70 838.60 06:02:47 06:12:47
SP B 272.63 351.45 438.60 06:02:47 06:12:47
LUN 11 52.30 57.72 65.30 05:12:47 05:22:47
LUN 5 2.30 5.22 10.30 06:02:47 06:12:47
LUN 2 42.30 45.22 50.30 06:02:47 06:12:47
LUN 1 5.30 10.04 15.30 05:12:47 05:22:47
LUN 4 5.30 10.04 15.30 05:12:47 05:22:47
LUN 7 5.30 10.04 15.30 05:12:47 05:22:47
LUN 10 5.30 10.04 15.30 05:12:47 05:22:47
LUN 0 7.30 12.39 27.30 06:02:47 06:12:47
LUN 3 7.30 12.39 27.30 06:02:47 06:12:47
LUN 6 7.30 12.39 27.30 06:02:47 06:12:47
LUN reporting stopped to control verbosity. For all LUNs, use the -allluns switch.
Bus 1 Enclosure 1 Disk 7 154.39 156.68 157.29 05:12:47 06:12:47
Bus 0 Enclosure 1 Disk 0 154.39 156.68 157.29 05:12:47 06:12:47
Bus 1 Enclosure 1 Disk 1 154.39 156.68 157.29 05:12:47 06:12:47
Bus 1 Enclosure 1 Disk 5 153.39 155.55 156.29 05:22:47 06:12:47
Bus 1 Enclosure 1 Disk 4 73.27 75.60 77.25 05:22:47 05:32:47
Bus 0 Enclosure 1 Disk 3 154.39 156.68 157.29 05:12:47 06:12:47
Bus 1 Enclosure 1 Disk 3 224.39 231.18 233.29 05:12:47 06:12:47
Bus 0 Enclosure 1 Disk 7 153.39 155.55 156.29 05:22:47 06:12:47
Bus 0 Enclosure 1 Disk 5 224.39 226.68 227.29 05:12:47 06:12:47
Bus 0 Enclosure 1 Disk 6 73.27 75.59 77.25 05:22:47 05:32:47
Disk reporting stopped to control verbosity. For all disks, use the -alldisks switch.
  Minimum Average Peak Start of peak interval End of peak interval
Write size (kb)
SP A 11.20 13.87 17.73 05:42:47 05:52:47
SP B 12.20 14.80 18.22 05:42:47 05:52:47
LUN reporting stopped to control verbosity. For all LUNs, use the -allluns switch.
Bus 1 Enclosure 1 Disk 7 57.80 44.53 * 60.70 05:02:47 05:12:47
Bus 0 Enclosure 1 Disk 0 57.80 44.53 * 58.70 05:02:47 05:12:47
Bus 1 Enclosure 1 Disk 1 56.50 44.53 * 58.00 05:42:47 05:52:47
Bus 1 Enclosure 1 Disk 5 56.50 44.67 * 58.00 05:42:47 05:52:47
Bus 1 Enclosure 1 Disk 4 56.14 124.95 * 57.60 05:22:47 05:32:47
Bus 0 Enclosure 1 Disk 3 56.50 44.53 * 58.00 05:42:47 05:52:47
Bus 1 Enclosure 1 Disk 3 57.80 43.47 * 60.70 05:02:47 05:12:47
Bus 0 Enclosure 1 Disk 7 56.50 44.67 * 58.00 05:42:47 05:52:47
Bus 0 Enclosure 1 Disk 5 57.80 44.33 * 58.70 05:02:47 05:12:47
Bus 0 Enclosure 1 Disk 6 56.14 124.97 * 57.60 05:22:47 05:32:47
Disk reporting stopped to control verbosity. For all disks, use the -alldisks switch.
* this field is a calculated value because the alternative would be to use an 'average of averages' and such values may not be accurate.

Average %busy Queue depth Total ops/sec Read ops/sec Read size (kb) Write ops/sec Write size (kb)
SP A 19.75 0.315 1181.30 483.60 52.50 697.70 13.87
SP B 17.90 0.303 806.30 454.85 55.04 351.45 14.80
LUN 11 24.84 2.25 118.21 60.49 0.00 57.72 0.00
LUN 5 7.34 2.25 106.96 101.74 0.00 5.22 0.00
LUN 2 7.34 2.25 51.96 6.74 0.00 45.22 0.00
LUN 1 21.34 4.45 34.90 24.86 0.00 10.04 0.00
LUN 4 21.21 4.45 34.90 24.86 0.00 10.04 0.00
LUN 7 21.21 4.45 34.90 24.86 0.00 10.04 0.00
LUN 10 21.21 4.45 34.90 24.86 0.00 10.04 0.00
LUN 0 21.91 4.11 33.38 20.99 0.00 12.39 0.00
LUN 3 22.04 4.11 33.38 20.99 0.00 12.39 0.00
LUN 6 22.04 4.11 33.38 20.99 0.00 12.39 0.00
LUN reporting stopped to control verbosity. For all LUNs, use the -allluns switch.
Bus 1 Enclosure 1 Disk 7 37.25 2.32 580.22 423.54 71.81 * 156.68 44.53 *
Bus 0 Enclosure 1 Disk 0 37.25 2.31 580.21 423.54 66.37 * 156.68 44.53 *
Bus 1 Enclosure 1 Disk 1 29.50 2.32 590.22 433.54 70.15 * 156.68 44.53 *
Bus 1 Enclosure 1 Disk 5 29.29 2.32 589.47 433.92 69.75 * 155.55 44.67 *
Bus 1 Enclosure 1 Disk 4 28.87 1.63 489.04 413.54 59.61 * 75.60 124.95 *
Bus 0 Enclosure 1 Disk 3 28.75 2.31 590.21 433.54 64.84 * 156.68 44.53 *
Bus 1 Enclosure 1 Disk 3 28.69 4.32 654.72 423.54 67.58 * 231.18 43.47 *
Bus 0 Enclosure 1 Disk 7 28.53 2.31 589.46 433.91 64.37 * 155.55 44.67 *
Bus 0 Enclosure 1 Disk 5 27.20 4.31 650.21 423.54 63.95 * 226.68 44.33 *
Bus 0 Enclosure 1 Disk 6 26.62 1.63 489.03 413.54 59.62 * 75.59 124.97 *
Disk reporting stopped to control verbosity. For all disks, use the -alldisks switch.
* this field is a calculated value because the alternative would be to use an 'average of averages' and such values may not be accurate.

Peak %busy Queue depth Total ops/sec Read ops/sec Read size (kb) Write ops/sec Write size (kb)
SP A 23.22 0.415 1798.23 959.62 69.08 838.60 17.73
SP B 22.45 0.405 1216.23 777.62 70.08 438.60 18.22
LUN 11 27.30 4.10 125.60 68.80 0.00 65.30 0.00
LUN 5 24.30 4.10 116.60 114.30 0.00 10.30 0.00
LUN 2 24.30 4.10 56.60 14.30 0.00 50.30 0.00
LUN 1 27.30 6.20 111.60 104.30 0.00 15.30 0.00
LUN 4 27.30 6.20 111.60 104.30 0.00 15.30 0.00
LUN 7 27.30 6.20 111.60 104.30 0.00 15.30 0.00
LUN 10 27.30 6.20 111.60 104.30 0.00 15.30 0.00
LUN 0 31.30 6.60 51.60 29.80 0.00 27.30 0.00
LUN 3 31.30 6.60 51.60 29.80 0.00 27.30 0.00
LUN 6 31.30 6.60 51.60 29.80 0.00 27.30 0.00
LUN reporting stopped to control verbosity. For all LUNs, use the -allluns switch.
Bus 1 Enclosure 1 Disk 7 40.83 2.41 582.78 425.49 67.90 157.29 60.70
Bus 0 Enclosure 1 Disk 0 40.83 2.41 582.78 425.49 67.90 157.29 58.70
Bus 1 Enclosure 1 Disk 1 41.73 2.41 592.78 435.49 67.90 157.29 58.00
Bus 1 Enclosure 1 Disk 5 41.23 2.41 590.98 435.29 67.90 156.29 58.00
Bus 1 Enclosure 1 Disk 4 33.88 1.83 492.13 415.49 66.90 77.25 57.60
Bus 0 Enclosure 1 Disk 3 41.73 2.41 592.78 435.49 67.90 157.29 58.00
Bus 1 Enclosure 1 Disk 3 33.58 4.41 658.78 425.49 68.90 233.29 60.70
Bus 0 Enclosure 1 Disk 7 41.23 2.41 590.98 435.29 67.90 156.29 58.00
Bus 0 Enclosure 1 Disk 5 30.33 4.41 652.78 425.49 68.90 227.29 58.70
Bus 0 Enclosure 1 Disk 6 28.01 1.83 492.13 415.49 66.90 77.25 57.60
Disk reporting stopped to control verbosity. For all disks, use the -alldisks switch.