CLI> show perf Sample interval: 1387.3s Structure version: 101 % CPU utilization: 44% Command count: 280751 Avg Command Latency: 1.92ms % Time Active Reqs: 18.1% Max Outst Cmd Lists: 31 Logical Req Count: 280751 Avg Free Phys Reqs: 1239 Avg Free Log. Reqs: 922 Avg Free Xbuf Sects: 0 Avg Lrgst Avail Xb S: 0 Avg Free CPU DRAM KB: 0 Max DMA Xfer Q Depth: 0 % Time DMA Xfr Stall: 0.0% Avg Locked Stripes: 0 Avg Stripes Waiting: 0 Avg Completions/Sec: 202.3 Avg Log Req Comp/Sec: 202.3 Logical volume data: (All values in hex except Vol and AvQDep) Vol LWrites LReads AvQDep CHits CMiss RACount LSectRd LSectWr 0 310 3 0 0 0 0 3 D39 1 A37 93 0 2F 64 8A0 483 33AC8 2 8F1 5A7D 0 3 5A7A 0 1C798B 75E5 3 467A 44 0 2 42 0 B83 46BE9 4 247 28 0 2 26 0 4F3 1489 5 2A7 B 0 2 9 0 1B71 2F6C 6 2195 4B0 0 5 4AB 2A0 17463 36EA9 7 29F4 225A 0 A 2250 460 2E873 43FA9 8 4F05 3 0 2 1 0 3 2426B0 9 589C DE9 0 112 CD7 7640 4DC93 7DC01 10 E347 C8 0 9 BF 0 30D96 348F0 11 1849 433 0 C 427 1C0 D673 1B629 12 1E2C EEC 0 F F5B 220 606CB 24B11 13 1E94 1CEC 0 1951 39B 0 E0453 E64E9 14 1E8E 1CFC 0 1974 388 0 DFB23 E5E51 15 1E7D 1CDB 0 1935 3A6 0 E0063 E5F21 16 1E5C 1CB7 0 191C 39B 0 DDF93 E4E01 CLI> show perf logical Extra Logical Volume Data: Vol Unld Writes Unld Reads NonSeq Writes NonSeq Reads AvgWr Lat AvgRd Lat 0 0 0 790 2 10.54 18.36 1 7 0 560 104 1.60 1.34 2 49 0 2134 23015 1.25 5.44 3 44 0 18044 53 1.06 9.21 4 10 0 585 39 2.00 7.22 5 89 0 524 4 1.46 38.54 6 280 4 8597 1118 2.13 6.15 7 220 10 10742 8513 2.04 3.50 8 18340 0 956 2 1.05 10.78 9 538 32 22686 3239 1.69 8.87 10 1208 0 984 5 0.37 40.90 11 97 0 6219 1062 0.94 8.82 12 61 1365 7726 1280 2.13 3.32 13 1772 1767 7466 7033 2.26 1.51 14 1816 1806 7452 7064 2.25 1.53 15 3583 3573 7459 7072 2.14 1.58 16 1778 1773 7412 6998 2.11 1.54 CLI> Microsoft Info \PhysicalDisk(0 C: D:)\Split IO/Sec [Min: 0, Max: 6.524, Avg: 0.826] - Split IO operations make up 22.5% of Disk Transfers. - Avg should be extremely close to 0.000. - RAID may be too small/NTFS block too small. - Disk may have moderate to heavy fragmentation. \PhysicalDisk(1 Q:)\Avg. Disk sec/Transfer [Min: 0, Max: 3.726, Avg: 0.901] - > 0.030 = Poor, < 0.030 = Fair, < 0.020 = Good, < 0.010 = Excellent. - Cached disks < 0.001 = Excellent, < 0.002 = Good. \PhysicalDisk(10 P:)\Avg. Disk sec/Transfer [Min: 0.001, Max: 0.432, Avg: 0.059] - > 0.030 = Poor, < 0.030 = Fair, < 0.020 = Good, < 0.010 = Excellent. - Cached disks < 0.001 = Excellent, < 0.002 = Good. \PhysicalDisk(11 R:)\% Idle Time [Min: 0.28%, Max: 79.86%, Avg: 43.93%] - Disk is heavily utilized and may be a bottleneck. - Investigate Disk bytes/sec and individual process IO Data bytes/sec for high disk usage. \PhysicalDisk(11 R:)\Avg. Disk sec/Transfer [Min: 0.028, Max: 0.093, Avg: 0.035] - > 0.030 = Poor, < 0.030 = Fair, < 0.020 = Good, < 0.010 = Excellent. - Cached disks < 0.001 = Excellent, < 0.002 = Good. \PhysicalDisk(12 S:)\Avg. Disk sec/Transfer [Min: 0.001, Max: 0.159, Avg: 0.052] - > 0.030 = Poor, < 0.030 = Fair, < 0.020 = Good, < 0.010 = Excellent. - Cached disks < 0.001 = Excellent, < 0.002 = Good. \PhysicalDisk(13 G:)\Avg. Disk sec/Transfer [Min: 0.001, Max: 0.159, Avg: 0.059] - > 0.030 = Poor, < 0.030 = Fair, < 0.020 = Good, < 0.010 = Excellent. - Cached disks < 0.001 = Excellent, < 0.002 = Good. \PhysicalDisk(14 W:)\Avg. Disk sec/Transfer [Min: 0.001, Max: 0.135, Avg: 0.057] - > 0.030 = Poor, < 0.030 = Fair, < 0.020 = Good, < 0.010 = Excellent. - Cached disks < 0.001 = Excellent, < 0.002 = Good. \PhysicalDisk(15 X:)\Avg. Disk sec/Transfer [Min: 0.001, Max: 0.13, Avg: 0.056] - > 0.030 = Poor, < 0.030 = Fair, < 0.020 = Good, < 0.010 = Excellent. - Cached disks < 0.001 = Excellent, < 0.002 = Good. \PhysicalDisk(16 Y:)\Avg. Disk sec/Transfer [Min: 0.006, Max: 0.135, Avg: 0.056] - > 0.030 = Poor, < 0.030 = Fair, < 0.020 = Good, < 0.010 = Excellent. - Cached disks < 0.001 = Excellent, < 0.002 = Good. \PhysicalDisk(17 Z:)\Avg. Disk sec/Transfer [Min: 0.007, Max: 0.138, Avg: 0.057] - > 0.030 = Poor, < 0.030 = Fair, < 0.020 = Good, < 0.010 = Excellent. - Cached disks < 0.001 = Excellent, < 0.002 = Good. \PhysicalDisk(2 U:)\% Idle Time [Min: 0%, Max: 0%, Avg: 0%] - Disk is heavily utilized and may be a bottleneck. - Investigate Disk bytes/sec and individual process IO Data bytes/sec for high disk usage. \PhysicalDisk(2 U:)\Avg. Disk Queue Length [Min: 2.798, Max: 47.695, Avg: 6.25] - Generally up to 2 per spindle (Hard Disk Device) is acceptable. \PhysicalDisk(2 U:)\Avg. Disk sec/Transfer [Min: 0.037, Max: 0.111, Avg: 0.065] - > 0.030 = Poor, < 0.030 = Fair, < 0.020 = Good, < 0.010 = Excellent. - Cached disks < 0.001 = Excellent, < 0.002 = Good. \PhysicalDisk(3 J:)\Avg. Disk sec/Transfer [Min: 0.015, Max: 0.21, Avg: 0.075] - > 0.030 = Poor, < 0.030 = Fair, < 0.020 = Good, < 0.010 = Excellent. - Cached disks < 0.001 = Excellent, < 0.002 = Good. \PhysicalDisk(4 K:)\Avg. Disk sec/Transfer [Min: 0, Max: 0.164, Avg: 0.051] - > 0.030 = Poor, < 0.030 = Fair, < 0.020 = Good, < 0.010 = Excellent. - Cached disks < 0.001 = Excellent, < 0.002 = Good. \PhysicalDisk(5 I:)\Avg. Disk sec/Transfer [Min: 0.001, Max: 0.158, Avg: 0.052] - > 0.030 = Poor, < 0.030 = Fair, < 0.020 = Good, < 0.010 = Excellent. - Cached disks < 0.001 = Excellent, < 0.002 = Good. \PhysicalDisk(6 T:)\Avg. Disk sec/Transfer [Min: 0.001, Max: 0.158, Avg: 0.047] - > 0.030 = Poor, < 0.030 = Fair, < 0.020 = Good, < 0.010 = Excellent. - Cached disks < 0.001 = Excellent, < 0.002 = Good. \PhysicalDisk(7 M:)\Avg. Disk sec/Transfer [Min: 0, Max: 0.181, Avg: 0.055] - > 0.030 = Poor, < 0.030 = Fair, < 0.020 = Good, < 0.010 = Excellent. - Cached disks < 0.001 = Excellent, < 0.002 = Good. \PhysicalDisk(8 N:)\Avg. Disk sec/Transfer [Min: 0.005, Max: 0.194, Avg: 0.056] - > 0.030 = Poor, < 0.030 = Fair, < 0.020 = Good, < 0.010 = Excellent. - Cached disks < 0.001 = Excellent, < 0.002 = Good. \PhysicalDisk(9 O:)\Avg. Disk sec/Transfer [Min: 0.016, Max: 0.132, Avg: 0.064] - > 0.030 = Poor, < 0.030 = Fair, < 0.020 = Good, < 0.010 = Excellent. - Cached disks < 0.001 = Excellent, < 0.002 = Good. \Process(_Total)\Handle Count [Min: 22,492, Max: 23,747, Avg: 22,735] - This may be a normal amount on Terminal Servers in Application Mode. - Investigate individual applications using > 1,500 handles