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FCP Fan In question
by Milazzo Giacomo 11 Mar '13

11 Mar '13

Hi all, we're setting up a very large FCP environment on a 6240HA with 4 target HBA each dedicated to that SAN. Hosts are IBM AIX LPAR each with 4 NPIV HBAs coming from two different VIOS. We will have more or less 300 LPARs. Both NetApp controllers and hosts are simmetrically zoned and divided on two FC switches, as usual. Well, the FC & iSCSI Configuration Guide report the limits for each family of controller and for 6200 one the FC port fan-in is 64. [cid:image001.png@01CE1E58.FE336720] Is it really the maximum number of hosts they mean? Not the inititators number? I ask it because if you look at the current fcp stat you can see we already have roughly 40 initiators connected to each target and we'll quickly reach that limit. If that is the host number we can easily add more target ports to balance workloads...but if that number is "initiators" we're in trouble. Thanks in advance, Regards V6240A*> fcp stats Statistics for adapter 0c Read Ops: 142646 Write Ops: 5387410 Other Ops: 5501 KBytes In: 606619208 KBytes Out: 18650223 Adapter Resets: 0 Frame Overruns: 0 Frame Underruns: 0 Initiators Connected: 0 Link Breaks: 2 LIP Resets: 7 SCSI Requests Dropped: 0 Interrupts: 20804631 Spurious Interrupts: 0 Total Logins: 415 Total Logouts: 415 CRC Errors: 0 Adapter Qfulls: 0 Protocol Errors: 0 Invalid Transmit Words: 0 LR Sent: 0 LR Received: 0 Discarded Frames: 0 NOS Received: 1 OLS Received: 8 Queue Depth: 0 Statistics for SFP on 0c Vendor Name: FINISAR CORP. Vendor OUI: 0:144:101 Vendor PN: FTLF8528P2BNV Vendor Rev: A Serial No: PM53SSX Date Code: 12:42:0 Media Form: SFP Connector: LC Wavelength: 850 (nm) Encoding: 8B10B FC Speed Capabilities: 2, 4, 8 Gbit/Sec SFP RX Optical Power: 442.5 (uWatts) SFP TX Optical Power: 460.1 (uWatts) Statistics for adapter 0d Read Ops: 0 Write Ops: 0 Other Ops: 0 KBytes In: 0 KBytes Out: 0 Adapter Resets: 0 Frame Overruns: 0 Frame Underruns: 0 Initiators Connected: 0 Link Breaks: 0 LIP Resets: 0 SCSI Requests Dropped: 0 Interrupts: 4 Spurious Interrupts: 0 Total Logins: 0 Total Logouts: 0 CRC Errors: 0 Adapter Qfulls: 0 Protocol Errors: 0 Invalid Transmit Words: 0 LR Sent: 0 LR Received: 0 Discarded Frames: 0 NOS Received: 0 OLS Received: 0 Queue Depth: 0 Statistics for SFP on 0d Vendor Name: FINISAR CORP. Vendor OUI: 0:144:101 Vendor PN: FTLF8528P2BNV Vendor Rev: A Serial No: PM537SY Date Code: 12:24:0 Media Form: SFP Connector: LC Wavelength: 850 (nm) Encoding: 8B10B FC Speed Capabilities: 2, 4, 8 Gbit/Sec SFP RX Optical Power: 0.0 (uWatts) (out of range) SFP TX Optical Power: 0.0 (uWatts) (out of range) Statistics for adapter 1a Read Ops: 56009868 Write Ops: 91968480 Other Ops: 7178759 KBytes In: 9625731996 KBytes Out: 1622330068 Adapter Resets: 0 Frame Overruns: 0 Frame Underruns: 0 Initiators Connected: 41 Link Breaks: 1 LIP Resets: 6 SCSI Requests Dropped: 0 Interrupts: 411105094 Spurious Interrupts: 0 Total Logins: 2143 Total Logouts: 2102 CRC Errors: 0 Adapter Qfulls: 0 Protocol Errors: 0 Invalid Transmit Words: 0 LR Sent: 0 LR Received: 0 Discarded Frames: 0 NOS Received: 0 OLS Received: 7 Queue Depth: 0 Statistics for SFP on 1a Vendor Name: FINISAR CORP. Vendor OUI: 0:144:101 Vendor PN: FTLF8528P2BNV Vendor Rev: A Serial No: PM5379D Date Code: 12:04:0 Media Form: SFP Connector: LC Wavelength: 850 (nm) Encoding: 8B10B FC Speed Capabilities: 2, 4, 8 Gbit/Sec SFP RX Optical Power: 486.4 (uWatts) SFP TX Optical Power: 463.5 (uWatts) Statistics for adapter 1b Read Ops: 53939443 Write Ops: 48576966 Other Ops: 6672592 KBytes In: 1819149800 KBytes Out: 1220340034 Adapter Resets: 0 Frame Overruns: 0 Frame Underruns: 0 Initiators Connected: 47 Link Breaks: 1 LIP Resets: 6 SCSI Requests Dropped: 0 Interrupts: 242434524 Spurious Interrupts: 0 Total Logins: 2572 Total Logouts: 2525 CRC Errors: 0 Adapter Qfulls: 0 Protocol Errors: 0 Invalid Transmit Words: 0 LR Sent: 0 LR Received: 0 Discarded Frames: 0 NOS Received: 0 OLS Received: 7 Queue Depth: 0 Statistics for SFP on 1b Vendor Name: FINISAR CORP. Vendor OUI: 0:144:101 Vendor PN: FTLF8528P2BNV Vendor Rev: A Serial No: PM53PGM Date Code: 12:17:0 Media Form: SFP Connector: LC Wavelength: 850 (nm) Encoding: 8B10B FC Speed Capabilities: 2, 4, 8 Gbit/Sec SFP RX Optical Power: 619.2 (uWatts) SFP TX Optical Power: 463.3 (uWatts) Statistics for adapter 1c Read Ops: 0 Write Ops: 0 Other Ops: 5 KBytes In: 0 KBytes Out: 0 Adapter Resets: 0 Frame Overruns: 0 Frame Underruns: 0 Initiators Connected: 0 Link Breaks: 1 LIP Resets: 6 SCSI Requests Dropped: 0 Interrupts: 587980 Spurious Interrupts: 0 Total Logins: 5 Total Logouts: 5 CRC Errors: 0 Adapter Qfulls: 0 Protocol Errors: 0 Invalid Transmit Words: 0 LR Sent: 0 LR Received: 0 Discarded Frames: 0 NOS Received: 0 OLS Received: 7 Queue Depth: 0 Statistics for SFP on 1c Vendor Name: FINISAR CORP. Vendor OUI: 0:144:101 Vendor PN: FTLF8528P2BNV Vendor Rev: A Serial No: PM53V1V Date Code: 12:39:0 Media Form: SFP Connector: LC Wavelength: 850 (nm) Encoding: 8B10B FC Speed Capabilities: 2, 4, 8 Gbit/Sec SFP RX Optical Power: 521.8 (uWatts) SFP TX Optical Power: 472.0 (uWatts) Statistics for adapter 1d Read Ops: 0 Write Ops: 0 Other Ops: 5 KBytes In: 0 KBytes Out: 0 Adapter Resets: 0 Frame Overruns: 0 Frame Underruns: 0 Initiators Connected: 0 Link Breaks: 1 LIP Resets: 6 SCSI Requests Dropped: 0 Interrupts: 586249 Spurious Interrupts: 0 Total Logins: 5 Total Logouts: 5 CRC Errors: 0 Adapter Qfulls: 0 Protocol Errors: 0 Invalid Transmit Words: 0 LR Sent: 0 LR Received: 0 Discarded Frames: 0 NOS Received: 0 OLS Received: 7 Queue Depth: 0 Statistics for SFP on 1d Vendor Name: FINISAR CORP. Vendor OUI: 0:144:101 Vendor PN: FTLF8528P2BNV Vendor Rev: A Serial No: PM536P9 Date Code: 12:36:0 Media Form: SFP Connector: LC Wavelength: 850 (nm) Encoding: 8B10B FC Speed Capabilities: 2, 4, 8 Gbit/Sec SFP RX Optical Power: 661.6 (uWatts) SFP TX Optical Power: 461.9 (uWatts) Statistics for adapter 0a Read Ops: 329944 Write Ops: 2818801 Other Ops: 949 KBytes In: 124038934 KBytes Out: 14749111 Adapter Resets: 0 Frame Overruns: 0 Frame Underruns: 0 Initiators Connected: 0 Link Breaks: 4 LIP Resets: 9 SCSI Requests Dropped: 0 Interrupts: 9006114 Spurious Interrupts: 0 Total Logins: 57 Total Logouts: 57 CRC Errors: 1 Adapter Qfulls: 0 Protocol Errors: 0 Invalid Transmit Words: 0 LR Sent: 0 LR Received: 0 Discarded Frames: 0 NOS Received: 0 OLS Received: 10 Queue Depth: 0 Statistics for SFP on 0a Vendor Name: FINISAR CORP. Vendor OUI: 0:144:101 Vendor PN: FTLF8528P2BNV Vendor Rev: A Serial No: PM53NRB Date Code: 12:42:0 Media Form: SFP Connector: LC Wavelength: 850 (nm) Encoding: 8B10B FC Speed Capabilities: 2, 4, 8 Gbit/Sec SFP RX Optical Power: 464.7 (uWatts) SFP TX Optical Power: 461.8 (uWatts) Statistics for adapter 0b Read Ops: 0 Write Ops: 0 Other Ops: 0 KBytes In: 0 KBytes Out: 0 Adapter Resets: 0 Frame Overruns: 0 Frame Underruns: 0 Initiators Connected: 0 Link Breaks: 0 LIP Resets: 0 SCSI Requests Dropped: 0 Interrupts: 4 Spurious Interrupts: 0 Total Logins: 0 Total Logouts: 0 CRC Errors: 0 Adapter Qfulls: 0 Protocol Errors: 0 Invalid Transmit Words: 0 LR Sent: 0 LR Received: 0 Discarded Frames: 0 NOS Received: 0 OLS Received: 0 Queue Depth: 0 Statistics for SFP on 0b Vendor Name: FINISAR CORP. Vendor OUI: 0:144:101 Vendor PN: FTLF8528P2BNV Vendor Rev: A Serial No: PM537T0 Date Code: 12:28:0 Media Form: SFP Connector: LC Wavelength: 850 (nm) Encoding: 8B10B FC Speed Capabilities: 2, 4, 8 Gbit/Sec SFP RX Optical Power: 0.0 (uWatts) (out of range) SFP TX Optical Power: 0.0 (uWatts) (out of range) Statistics for adapter 11a Read Ops: 56021935 Write Ops: 94502028 Other Ops: 7138201 KBytes In: 9659958208 KBytes Out: 1621021005 Adapter Resets: 0 Frame Overruns: 0 Frame Underruns: 0 Initiators Connected: 41 Link Breaks: 2 LIP Resets: 7 SCSI Requests Dropped: 0 Interrupts: 417616681 Spurious Interrupts: 0 Total Logins: 1925 Total Logouts: 1884 CRC Errors: 0 Adapter Qfulls: 0 Protocol Errors: 0 Invalid Transmit Words: 0 LR Sent: 0 LR Received: 0 Discarded Frames: 0 NOS Received: 0 OLS Received: 8 Queue Depth: 0 Statistics for SFP on 11a Vendor Name: FINISAR CORP. Vendor OUI: 0:144:101 Vendor PN: FTLF8528P2BNV Vendor Rev: A Serial No: PM53SA4 Date Code: 12:18:0 Media Form: SFP Connector: LC Wavelength: 850 (nm) Encoding: 8B10B FC Speed Capabilities: 2, 4, 8 Gbit/Sec SFP RX Optical Power: 440.0 (uWatts) SFP TX Optical Power: 463.0 (uWatts) Statistics for adapter 11b Read Ops: 53734018 Write Ops: 46687962 Other Ops: 6700517 KBytes In: 1799406809 KBytes Out: 1216393589 Adapter Resets: 0 Frame Overruns: 0 Frame Underruns: 0 Initiators Connected: 47 Link Breaks: 1 LIP Resets: 6 SCSI Requests Dropped: 0 Interrupts: 237637872 Spurious Interrupts: 0 Total Logins: 2443 Total Logouts: 2396 CRC Errors: 0 Adapter Qfulls: 0 Protocol Errors: 0 Invalid Transmit Words: 0 LR Sent: 0 LR Received: 0 Discarded Frames: 0 NOS Received: 0 OLS Received: 7 Queue Depth: 0 Statistics for SFP on 11b Vendor Name: FINISAR CORP. Vendor OUI: 0:144:101 Vendor PN: FTLF8528P2BNV Vendor Rev: A Serial No: PM53V1Y Date Code: 12:16:0 Media Form: SFP Connector: LC Wavelength: 850 (nm) Encoding: 8B10B FC Speed Capabilities: 2, 4, 8 Gbit/Sec SFP RX Optical Power: 639.0 (uWatts) SFP TX Optical Power: 470.1 (uWatts) Statistics for adapter 11c Read Ops: 0 Write Ops: 0 Other Ops: 6 KBytes In: 0 KBytes Out: 0 Adapter Resets: 0 Frame Overruns: 0 Frame Underruns: 0 Initiators Connected: 0 Link Breaks: 2 LIP Resets: 7 SCSI Requests Dropped: 0 Interrupts: 587951 Spurious Interrupts: 0 Total Logins: 6 Total Logouts: 6 CRC Errors: 0 Adapter Qfulls: 0 Protocol Errors: 0 Invalid Transmit Words: 0 LR Sent: 0 LR Received: 0 Discarded Frames: 0 NOS Received: 0 OLS Received: 8 Queue Depth: 0 Statistics for SFP on 11c Vendor Name: FINISAR CORP. Vendor OUI: 0:144:101 Vendor PN: FTLF8528P2BNV Vendor Rev: A Serial No: PM538VV Date Code: 12:27:0 Media Form: SFP Connector: LC Wavelength: 850 (nm) Encoding: 8B10B FC Speed Capabilities: 2, 4, 8 Gbit/Sec SFP RX Optical Power: 491.8 (uWatts) SFP TX Optical Power: 460.7 (uWatts) Statistics for adapter 11d Read Ops: 0 Write Ops: 0 Other Ops: 5 KBytes In: 0 KBytes Out: 0 Adapter Resets: 0 Frame Overruns: 0 Frame Underruns: 0 Initiators Connected: 0 Link Breaks: 1 LIP Resets: 6 SCSI Requests Dropped: 0 Interrupts: 586210 Spurious Interrupts: 0 Total Logins: 5 Total Logouts: 5 CRC Errors: 0 Adapter Qfulls: 0 Protocol Errors: 0 Invalid Transmit Words: 0 LR Sent: 0 LR Received: 0 Discarded Frames: 0 NOS Received: 0 OLS Received: 7 Queue Depth: 0 Statistics for SFP on 11d Vendor Name: FINISAR CORP. Vendor OUI: 0:144:101 Vendor PN: FTLF8528P2BNV Vendor Rev: A Serial No: PM53SS4 Date Code: 12:31:0 Media Form: SFP Connector: LC Wavelength: 850 (nm) Encoding: 8B10B FC Speed Capabilities: 2, 4, 8 Gbit/Sec SFP RX Optical Power: 607.2 (uWatts) SFP TX Optical Power: 465.4 (uWatts) Statistics for adapter vtic Read Ops: 246105 Write Ops: 2907529 Other Ops: 168582 KBytes In: 539680064 KBytes Out: 4695478 out_of_vtic_cmdblks: 0 out_of_vtic_msgs: 0 out_of_vtic_resp_msgs: 0 out_of_bulk_msgs: 0 out_of_bulk_buffers: 0 out_of_r2t_buffers: 0 Message: sent completed received VTIC_MESSAGE_L2P_NEW: 0 0 3322216 VTIC_MESSAGE_L2P_DATA_IN: 0 0 61561 VTIC_MESSAGE_L2P_DATA_IN_RESP: 0 0 271383 VTIC_MESSAGE_L2P_RESP: 0 0 3050832 VTIC_MESSAGE_L2P_DATA_OUT: 0 0 9196613 VTIC_MESSAGE_L2P_ABORT: 0 0 1 VTIC_MESSAGE_L2P_TASK_MGT: 112 112 1763 VTIC_MESSAGE_P2L_DATA_IN: 61561 61561 0 VTIC_MESSAGE_P2L_DATA_IN_RESP: 271383 271383 0 VTIC_MESSAGE_P2L_RESP: 3050833 3050833 0 VTIC_MESSAGE_P2L_R2T: 9196613 9196613 0 VTIC_MESSAGE_P2L_ABORT: 0 0 0 VTIC_MESSAGE_FCP_CONFIG_INITIALIZE: 3 3 0 VTIC_MESSAGE_FCP_CONFIG_UPDATE: 0 0 4 VTIC_MESSAGE_L2P_ADD_INITIATOR: 9576 9576 9056 VTIC_MESSAGE_L2P_REMOVE_INITIATOR: 9400 9400 8880 VTIC_MESSAGE_L2P_GET_LUN_LIST: 2139 2139 25 VTIC_MESSAGE_P2L_RETURN_LUN_LIST: 25 25 2139 VTIC_MESSAGE_DUMMY_UPDATE: 2213 2213 106 Dott. Giacomo Milazzo [cid:image001.jpg@01C75422.0D316270] Technical Account Manager Sinergy SpA Filiale di Roma * 00198. viale Regina Margherita, 269 ' (+39) 3406001045 0644245272 7 (+39) 0226922048 * Giacomo.Milazzo(a)Sinergy.it

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wafl_cp_slovol_warning_1 with big latency spikes
by Fletcher Cocquyt 08 Mar '13

08 Mar '13

Yesterday morning one of the heads on our 3270 experienced large NFS latency spikes causing our VMware hosts and their VMs to log storage timeouts. This latency does not correlate to any external metrics like CPU, network, OPS etc. But in the logs do show CP events on the aggregate hosting the VMs: Jan 14 05:27:56 [n04:wafl.cp.slovol:warning]: aggregate aggr2 is holding up the CP. And the EMS log has CP events logged for the duration of the episode - what can we do to prevent these issues? <wafl_cp_toolong_warning_1 total_ms="117825" total_dbufs="32276" clean="4312" v_ino="3" v_bm="29" a_ino="0" a_bm="3428" flush="1209"/> </LR> <LR d="14Jan2013 05:19:38" n="irt-na04" t="1358169578" id="1335304168/148007" p="4" s="Ok" o="wafl_CP_proc" vf="" type="0" seq="633232" > <wafl_cp_slovol_warning_1 voltype="aggregate" volowner="" volname="aggr2" volident="" nt="35" nb="22045" clean="1346852" v_ino="0" v_bm="113" a_ino="0" a_bm="4" flush="0" rgid="2"/> Netapp support wants me to run perfstats, but the issue is not ongoing - things are idle thanks Fletcher Cocquyt Principal Engineer Information Resources and Technology (IRT) Stanford University School of Medicine Email: fcocquyt(a)stanford.edu Phone: (650) 724-7485

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Anti Virus Scanning
by John Constable 05 Mar '13

05 Mar '13

Hi Folks, Does anyone have any recommendations (or horrible warnings, off list is fine!) for antivirus scanning integration with NetApp? We're starting to look into all this (again), and I'd be interested in people's experiences and recommendations, especially if anyone has used products like Avere to get round the performance hit that may result? We have a low double digit number of 7-mode HA systems, and are about to bring in a cluster, so we'd be looking at something that could do both, in an ideal world (I'd also like a pony). cheers John -- John Constable, Storage Team x6924 (+44 1223 496924) Wellcome Trust Sanger Institute, Wellcome Trust Genome Campus, Hinxton, Cambridge, UK -- The Wellcome Trust Sanger Institute is operated by Genome Research Limited, a charity registered in England with number 1021457 and a company registered in England with number 2742969, whose registered office is 215 Euston Road, London, NW1 2BE.

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Re: wafl_cp_slovol_warning_1 with big latency spikes
by Brian Beaulieu 04 Mar '13

04 Mar '13

I had opened a case when this happened and let the TSE know that I'm not the only one having this issue.. asked for it to be escalated and treated as a possible bug. We'll see where it goes. Brian On Thu, Jan 17, 2013 at 4:16 PM, Scott Eno <s.eno(a)icloud.com> wrote: > We're on 8.1.1P1 across the environment. > > 7-mode, of course. > > > On Jan 17, 2013, at 3:35 PM, Brian Beaulieu <brian.beaulieu(a)gmail.com> > wrote: > > Scott, what version of OnTAP are you on? > We're on 8.1.1P1 > > I saw a BURT that sounded related to this but it was apparently fixed by > 8.1.1P1. > > Brian > > > On Thu, Jan 17, 2013 at 2:21 PM, Jeff Mohler <speedtoys.racing(a)gmail.com>wrote: > >> :s is wafl updating special files in the CP process. >> >> >> Going on _that_ long....??? A few seconds of special file updates in a >> CP sure, but that much? >> >> I'd be pretty pushy on getting an answer, id put that in the "its a big >> bug" bucket. That's not normal IO activity in a healthy system. >> >> >> On Thu, Jan 17, 2013 at 8:07 PM, Scott Eno <s.eno(a)me.com> wrote: >> >>> >>> Yes, this is what I see. ":s" and all the other protocols go to "0". >>> >>> There's been some correlation, when this happens, to cleanup of VMware >>> snapshots (not NetApp snaps on the volumes, but VMware snapshots of vm's >>> via vcenter). But it happens other times too. >>> >>> >>> >>> On Jan 17, 2013, at 1:47 PM, Brian Beaulieu <brian.beaulieu(a)gmail.com> >>> wrote: >>> >>> 3rd time is the charm. >>> >>> I've attached my sysstat from the other night when NFS/CIFS hung up... >>> is this what you've seen as well? >>> >>> During that issue, FCP was also slow.. had some MPIO failovers happening >>> on our AIX LPARs. But, AIX handles that just fine and at least has an >>> alternate path through the other filer. NFS isn't so lucky. >>> >>> I have a 3250+1TB PAM sitting on deck.. you'd think that the 3240+512GB >>> PAM would be sufficient for what we do. >>> While I do have SATA in use for VMWare, it's not heavy hitting VMs.. >>> it's the dormant stuff, mostly. >>> I'm moving a lot of it, though, to 6xDS4243x600GB-15k shelves ASAP. >>> >>> I'm drinking the PAM kool-aid too but do have some measurable results >>> primarily on our PeopleSoft DB2 databases. >>> I definitely wouldn't bet on SATA+PAM == FC/SAS performance. >>> >>> Brian >>> <sysstat - Copy.txt>_______________________________________________ >>> >>> Toasters mailing list >>> Toasters(a)teaparty.net >>> http://www.teaparty.net/mailman/listinfo/toasters >>> >>> >>> >>> _______________________________________________ >>> Toasters mailing list >>> Toasters(a)teaparty.net >>> http://www.teaparty.net/mailman/listinfo/toasters >>> >>> >> >> >> -- >> --- >> Gustatus Similis Pullus > > > _______________________________________________ > Toasters mailing list > Toasters(a)teaparty.net > http://www.teaparty.net/mailman/listinfo/toasters > > >

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DS2246 shelves and drives questions.
by Jeff Cleverley 28 Feb '13

28 Feb '13

Greetings, We will be upgrading an existing 6080 cluster to a 6280 cluster. We also have a 6080 cluster we'll be adding disks to also. Both clusters are 7-mode. We'll probably end up at 8.1 on both clusters. My 2 questions stem from the disks and shelves being proposed for the upgrades (ds2246 with 450g SAS). 1. We currently have DS4243 shelves with 600gig SAS. I know I can't mix these in the same stack because of the 3/6gb connection differences. I have a free port on each SAS adapter in our 6080s. Can I put the 6gb shelves on the same adapter as long as they are on their own stack? I'm guessing it may not be a best practice, but we don't have any slots free in the 6080 for more cards. 2. I found a white paper that states the 10K drive performance can be up to 20% slower than the 15K SAS drives for random reads. That seems like a pretty big performance it. It also says mixing the disks in aggregates is not recommended. Other than the smaller footprint and better density, I'm not seeing an advantage over using 600g SAS in the DS4243 shelves. Are there any advantages other than the faster SAS backend to warrant going to these shelves in our environment? Thanks, Jeff -- Jeff Cleverley Unix Systems Administrator 4380 Ziegler Road Fort Collins, Colorado 80525 970-288-4611

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clustered ONTAP, junction paths, export policies, NFS mounts ?
by Steve Losen 28 Feb '13

28 Feb '13

Hi Folks, Can anyone point me to some good documentation for the above? I've looked on the Netapp Support site at the man pages and admin guides and they cover the command options, but I haven't found anything explaining how all this stuff works together. I understand that the purpose is to provide a unified namespace, but I would like more information about what is legal/illegal, recommended practices, etc. I there a white paper on this? Steve Losen scl(a)virginia.edu phone: 434-924-0640 University of Virginia ITC Unix Support

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Re: NDMP speed question
by tmac 27 Feb '13

27 Feb '13

For everyone... http://www.symantec.com/business/support/index?page=content&id=TECH51967 Hope it helps. By the way, looks like up to 256 is ok now. --tmac *Tim McCarthy* *Principal Consultant* Clustered ONTAP Clustered ONTAP NCDA ID: XK7R3GEKC1QQ2LVD RHCE5 805007643429572 NCSIE ID: C14QPHE21FR4YWD4 Expires: 08 November 2014 Expires w/release of RHEL7 Expires: 08 November 2014 On Wed, Feb 27, 2013 at 3:35 AM, Jayanathan, David <djayan(a)qualcomm.com>wrote: > Hi Tim,**** > > ** ** > > This mail from you caught my eye because our backup environment heavily > relies on NDMP and we are always looking for ways to improve it. Recently > our backup team has started to change their architecture to do 3-way NDMP > over 10GbE to a master server which has drives attached to it via tape SAN > and has multiplexing/pooling enabled.**** > > ** ** > > Were you able to dig up what specific environment variable you were > thinking of to change the backup blocking factor?**** > > ** ** > > Thanks in advance J**** > > ** ** > > -David**** > > ** ** > > *From:* toasters-bounces(a)teaparty.net [mailto: > toasters-bounces(a)teaparty.net] *On Behalf Of *tmac > *Sent:* Wednesday, February 20, 2013 11:53 AM > *To:* Klise, Steve > > *Cc:* toasters(a)teaparty.net > *Subject:* Re: NDMP speed question**** > > ** ** > > You know, another way to speed up backup is to change the backup blocking > factor.**** > > ** ** > > I think the default is 63 and if you are going over the network, it is > certainly feasible to make it 126.**** > > ** ** > > If I recall, there is an environment variable that can be set/modified to > change the blocking factor.**** > > > **** > > --tmac**** > > ** ** > > *Tim McCarthy***** > > *Principal Consultant***** > > ** ** > > [image: Image removed by sender.] [image: Image removed by sender.] > [image: Image removed by sender.]**** > > ** ** > > Clustered ONTAP > Clustered ONTAP**** > > NCDA ID: XK7R3GEKC1QQ2LVD RHCE5 805007643429572 NCSIE ID: > C14QPHE21FR4YWD4**** > > Expires: 08 November 2014 Expires w/release of RHEL7 > Expires: 08 November 2014**** > > ** ** > > On Wed, Feb 20, 2013 at 1:38 PM, Klise, Steve <klises(a)sutterhealth.org> > wrote:**** > > Just a lame question here, but how many and type of spindles are behind > the volume you are dumping? If you only have a handful of drives, could be > the culprit.**** > > > -----Original Message----- > From: toasters-bounces(a)teaparty.net [mailto:toasters-bounces@teaparty.net] > On Behalf Of Scott Eno > Sent: Wednesday, February 20, 2013 10:36 AM > To: Patrick Giagnocavo > Cc: toasters(a)teaparty.net > Subject: Re: NDMP speed question > > **** > > Likely a slight boost, but I am at the mercy of the network guys. I do > what they tell me. > > > On Feb 20, 2013, at 1:17 PM, Patrick Giagnocavo <xemacs5(a)gmail.com> wrote: > > > Stupid question, but isn't 10Gbe a lot faster with e.g. 9000 byte MTU? > I thought I saw in the original post, a 1500 byte MTU: > > > > > > From original post: > > > > e1a: flags=0x5f4e867<UP,BROADCAST, > > RUNNING,MULTICAST,TCPCKSUM,NOWINS> mtu > > 1500 > > > > if the 1500 byte MTU can be changed to 9000 without interrupting service > (depends on switch and other configuration, most likely), you might see a > speed bump. > > > > Cheers > > > > Patrick > > _______________________________________________ > > Toasters mailing list > > Toasters(a)teaparty.net > > http://www.teaparty.net/mailman/listinfo/toasters > > > _______________________________________________ > Toasters mailing list > Toasters(a)teaparty.net > http://www.teaparty.net/mailman/listinfo/toasters > > _______________________________________________ > Toasters mailing list > Toasters(a)teaparty.net > http://www.teaparty.net/mailman/listinfo/toasters**** > > ** ** >

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absurd numbers in sysstat
by Scott Eno 26 Feb '13

26 Feb '13

Ever come across this? That's a whole lot of reads and writes in one second! All other numbers seem accurate, but those Disk read and kB/s write numbers are absurd. CPU NFS CIFS HTTP Total Net kB/s Disk kB/s Tape kB/s Cache Cache CP CP Disk OTHER FCP iSCSI FCP kB/s iSCSI kB/s in out read write read write age hit time ty util in out in out 56% 11041 843 0 11926 48613 42164 571755764 5350017024 0 0 1 94% 100% :v 100% 12 0 30 0 0 655 647 66% 5655 943 0 6612 38929 30760 39402 62888 0 0 1 98% 97% Hs 100% 3 0 11 0 0 53 375 52% 4508 419 0 4992 37034 23069 36347 92920 0 0 1 97% 100% :f 100% 19 0 46 0 0 842 800 CPU NFS CIFS HTTP Total Net kB/s Disk kB/s Tape kB/s Cache Cache CP CP Disk OTHER FCP iSCSI FCP kB/s iSCSI kB/s in out read write read write age hit time ty util in out in out 33% 1716 1830 0 3805 5017 34051 26328 43388 0 0 53s 96% 100% :f 24% 0 0 259 0 0 36 7332 42% 9556 1372 0 11483 10188 18549 21440 23824 0 0 53s 96% 100% :v 35% 7 0 548 0 0 307 8364 40% 3067 1878 0 6167 11743 38513 36296 68 0 0 53s 95% 5% : 47% 3 0 1219 0 0 803 14610 35% 1764 1664 0 4289 16814 38170 48450 0 0 0 57s 94% 0% - 59% 6 0 855 0 0 392 11342 35% 3068 931 0 4669 15851 52406 6530898751 4766869982 0 0 55s 95% 0% - 58% 12 0 658 0 0 17 9101 27% 3008 928 0 4263 14336 54182 60996 0 0 0 55s 94% 0% - 64% 3 0 324 0 0 0 9834 53% 4781 3550 0 8356 37070 56790 57780 15816 0 0 1s 96% 40% : 93% 0 0 25 0 0 135 541 72% 6323 1761 0 8095 42569 22303 75804 100132 0 0 0s 96% 76% Hf 91% 0 0 11 0 0 163 16 56% 11134 3358 0 14525 35197 22982 6598065628 4808667416 0 0 0s 93% 100% :f 73% 20 0 13 0 0 70 0 79% 10695 2746 0 13449 112103 17847 74439 96096 0 0 0s 96% 78% Hq 89% 3 0 5 0 0 17 0 84% 9690 2643 0 12438 91183 26266 82004 162335 0 0 42s 96% 100% Hn 100% 11 0 94 0 0 979 726 77% 10334 5223 0 15659 92746 28877 51385 107409 0 0 42s 96% 99% : 100% 88 0 14 0 0 7 74 CPU NFS CIFS HTTP Total Net kB/s Disk kB/s Tape kB/s Cache Cache CP CP Disk OTHER FCP iSCSI FCP kB/s iSCSI kB/s in out read write read write age hit time ty util in out in out 56% 7776 5374 0 13736 12413 20623 40795 70765 0 0 1 97% 100% :f 46% 7 0 579 0 0 258 4419 48% 9344 3753 0 13575 12647 50606 37204 35308 0 0 1 97% 61% : 46% 0 0 478 0 0 10 4063 38% 9098 2426 0 12015 11441 29765 17704 0 0 0 1 97% 0% - 74% 0 0 491 0 0 279 4137 48% 10616 2339 0 13448 13008 41186 6618900600 4809364036 0 0 1 97% 0% - 68% 15 0 478 0 0 49 3924 50% 13892 1838 0 15995 12338 50661 41572 24 0 0 1 97% 0% - 76% 3 0 262 0 0 123 2077

2 2

Netapp monitoring - OOIDs in 1.3.6.1.4.1.789.1.5 (filesys).
by Rafał Radecki 22 Feb '13

22 Feb '13

Hi All. I am using NetApp Release 8.0.2P4 7-Mode in active/active mode. I am monitoring it with snmp and Cacti. Yesterday I've performed takeover, sp reboot and giveback. During this process OIDS from 1.3.6.1.4.1.789.1.5 have changed for volumes. I have no list from before the change so I cannot compare but I see in the graphs that volumes are available under different OIDs. Have someone had such problems when restarting netapp/performing takeover giveback? Best regards, Rafal Radecki.

4 3

Adding a vlan but preserving base interface's IP
by Ray Van Dolson 22 Feb '13

22 Feb '13

ONTAP 7.3.6. This is a FAS2050C (IBM N3600 A20) that has a SAS expansion card in each controller. As such, we're limited to only the two onboard GigE ports. e0a and e0b both go to different physical switches and suck in two different networks, so we can't vif 'em together easily. I have a need to introduce a vlan interface to e0a and am wondering if it's possible to do so non-disruptively and preserve access to the e0a via the untagged traffic on the network. Both interfaces are configured with 'nfo'. I've found conflicting information on this.... some say you can mix untagged on your e0a interface and tagged traffic on e0a-vlan## just fine. Others say it's not doable and I'll need to get my network guys to tag all the traffic and move my e0a to a vlan interface. Not sure I'm seeing a way to do this without some downtime... even if I do a cluster failover, I don't see how a failback would work if I've mucked with the interfaces. Thanks, Ray

2 1

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