Thursday, July 12, 2012

100 useful commands ...(11 to 20)

11. How do I determine the firmware version my drives and shelves are running? How do I determine which version they should be running?
a. Use sysconfig –v command

        NetApp Release 8.0.2P3 7-Mode: Thu Oct 13 15:56:25 PDT 2011
        System ID: 1574658697 (WHMN23905); partner ID: 1574658663 (WHMN23906)
System Serial Number: 700000838568 (WHMN23905)
       
        ....
00.8 : NETAPP   X412_S15K7560A15 NA00 560.0GB (1147307688 520B/sect)
                00.9 : NETAPP   X412_S15K7560A15 NA00 560.0GB (1147307688 520B/sect)
                00.10: NETAPP   X412_S15K7560A15 NA00 560.0GB (1147307688 520B/sect)
                00.11: NETAPP   X412_S15K7560A15 NA00 560.0GB (1147307688 520B/sect)
                00.12: NETAPP   X412_S15K7560A15 NA00 560.0GB (1147307688 520B/sect)
                00.13: NETAPP   X412_S15K7560A15 NA00 560.0GB (1147307688 520B/sect)
                00.14: NETAPP   X412_S15K7560A15 NA00 560.0GB (1147307688 520B/sect)
                00.15: NETAPP   X412_S15K7560A15 NA00 560.0GB (1147307688 520B/sect)
                00.16: NETAPP   X412_S15K7560A15 NA00 560.0GB (1147307688 520B/sect)
                00.17: NETAPP   X412_S15K7560A15 NA00 560.0GB (1147307688 520B/sect)
                00.18: NETAPP   X412_S15K7560A15 NA00 560.0GB (1147307688 520B/sect)
                00.19: NETAPP   X412_S15K7560A15 NA00 560.0GB (1147307688 520B/sect)
                00.20: NETAPP   X412_S15K7560A15 NA00 560.0GB (1147307688 520B/sect)
                00.21: NETAPP   X412_S15K7560A15 NA00 560.0GB (1147307688 520B/sect)
                00.22: NETAPP   X412_S15K7560A15 NA00 560.0GB (1147307688 520B/sect)
                00.23: NETAPP   X412_S15K7560A15 NA00 560.0GB (1147307688 520B/sect)
                Shelf   0: IOM3 Firmware rev. IOM3 A: 0131 IOM3 B: 0131
        slot 0: SAS Host Adapter 0b (PMC-Sierra PM8001 rev. C, SAS, <UP>)
                Firmware rev:       01.11.00.00
                Base WWN:           5:00a098:00085fa:0c


Where             NA00 è is Disk FW version
                        Shelf   0: IOM3 Firmware rev. IOM3 A: 0131 IOM3 B: 0131 è 0130 is Shelf FW version its SAS disk shelf with IOM 3 module

Once you identified your disk and shelf firmware version of your environment, you can cross check with http://support.netapp.com/NOW/download/tools/diskfw/ site for latest disk-fw availability, if you don't have latest FW version you can upgrade your FW version.
For this case the disk model is "X412_S15K7560A15", so you need to compare by using this model from above web link.

For my case I already running latest disk FW so its require to upgrade FW until I get the new one.


SP-412A-R5/
X412A-R5
Seagate 15k7 600 GB 15k RPM SAS (520 BPS)
NETAPP X412_S15K7560A15
NA00
Active
DS4243
7.3.2
Yes

Initial FW release
08-JAN-10


For shelf FW go to http://support.netapp.com/NOW/download/tools/diskshelf/ weblink you can compare with current FW version, my case i have shelf FW version is IOM3 A/B: 0131. But from the weblink comparison there is a latest FW available to upgrade which is IOM3 rev 0132, so I require upgrading my shelf FW. For All SAS disk-shelf with IOM module FW upgrades is non-disruptive one.


SP-5712A-R6
IOM3, SAS, 3Gb, R6 for DS4243 Shelf
FAS2XXX systems
FAS3XXX systems
FAS6XXX systems
IOM3.0132.SFW
IOM3 Firmware rev: 0132
This release of IOM3 firmware increases reliability, availability and supportability.
16-DEC-11


12. NetApp Storage system automation using ssh and rsh commands

SSH is very much a secured protocol and a simple following statement states the need of SSH, rsh is a remote shell program that gives you a login connection on a remote machine. The protocol it uses passes your password in cleartext! Anyone sniffing the network between the two machins can capture your password.
ssh uses black-magic encryption to encode your datastreams so that only the two machines can understand each other. This is a great scheme provided you can trust both machines!

To make ssh/rsh to work for scripting the following steps should be followed/configured. Normally i use to run these type of scripts from DFM server
rsh.access host=xx.xx.xx.xx
rsh.enable on
trusted.hosts *
e.g.  rsh <filername/IP> <command> >> C:\log.txt
# rsh filer12 storage show disk -T
DISK                  SHELF BAY SERIAL           VENDOR   MODEL      REV TYPE
--------------------- --------- ---------------- -------- ---------- ---- ------
0d.16                   1    0  xxxxxxxxxxxxxxxx NETAPP   X276 NA07 FCAL
0d.17                   1    1  xxxxxxxxxxxxxxxx NETAPP   X276 NA07 FCAL
0d.18                   1    2  xxxxxxxxxxxxxxxx NETAPP   X276 NA07 FCAL
0d.19                   1    3  xxxxxxxxxxxxxxxx NETAPP   X276 NA07 FCAL
0d.20                   1    4  xxxxxxxxxxxxxxxx NETAPP   X276 NA07 FCAL
0d.21                   1    5  xxxxxxxxxxxxxxxx NETAPP   X276 NA07 FCAL
0d.22                   1    6  xxxxxxxxxxxxxxxx NETAPP   X276 NA07 FCAL


at 6 comments:

Wednesday, July 11, 2012

RAID group size recommendation

There has been lot of things need to be consider while configuring an Aggregate, whenever I build a new filer I use to follow the below best practices for creating the aggregates. Ref: TR3838. This is the official NetApp position on RG sizing.
It’s not necessary to use the default RAID group size (14+2=16) in all the cases, because everything is depends on your current infrastructure configuration.

64-Bit Aggregate
64-Bit Aggregate Recommendations for FAS2040
Data ONTAP 8.0.x Maximum Aggregate Capacity 30TB
Capacity
Type
Data Drives
RG Size
Number of RGs
Drive Def.
Data + Parity
100GB
SSD
86
(84)
24
(23)
4
(4)
2
(0)
94
(92)
300GB
FC
115
(112)
15
(18)
9
(7)
2
(0)
133
(126)
450GB
75
(75)
17
(17)
5
(5)
0
(0)
85
(85)
600GB
56
(54)
16
(20)
4
(3)
0
(0)
64
(60)
300GB
SAS
115
(112)
15
(18)
9
(7)
2
(0)
133
(126)
450GB
75
(75)
17
(17)
5
(5)
0
(0)
85
(85)
600GB
56
(54)
16
(20)
4
(3)
0
(0)
64
(60)
500GB
SATA
74
(72)
17
(20)
5
(4)
1
(0)
84
(80)
1TB
37
(36)
15
(20)
3
(2)
2
(0)
43
(40)
2TB
18
(18)
20
(20)
1
(1)
0
(0)
20
(20)



64-Bit Aggregate Recommendations for FAS/V3040, 3140, 3070, 3160, 3210, and 3240
Data ONTAP 8.0.x Maximum Aggregate Capacity 50TB
Capacity
Type
Data Drives
RG Size
Number of RGs
Drive Def.
Data + Parity
100GB
SSD
86
(84)
24
(23)
4
(4)
2
(0)
94
(92)
300GB
FC
192
(192)
18
(18)
12
(12)
0
(0)
216
(216)
450GB
125
(119)
20
(19)
7
(7)
1
(0)
139
(133)
600GB
93
(90)
18
(20)
6
(5)
3
(0)
105
(100)
300GB
SAS
192
(192)
18
(18)
12
(12)
0
(0)
216
(216)
450GB
125
(119)
20
(19)
7
(7)
1
(0)
139
(133)
600GB
93
(90)
18
(20)
6
(5)
3
(0)
105
(100)
500GB
SATA
123
(119)
20
(19)
7
(7)
3
(0)
137
(133)
1TB
61
(60)
18
(17)
4
(4)
3
(0)
69
(68)
2TB
30
(30)
17
(17)
2
(2)
0
(0)
34
(34)



64-Bit Aggregate Recommendations for FAS/V3170, 3270, 6030, 6040, and 6210
Data ONTAP 8.0.x Maximum Aggregate Capacity 70TB
Capacity
Type
Data Drives
RG Size
Number of RGs
Drive Def.
Data + Parity
100GB
SSD
86
(84)
24
(23)
4
(4)
2
(0)
94
(92)
300GB
FC
269
(255)
20
(19)
15
(15)
1
(0)
299
(285)
450GB
175
(170)
18
(19)
11
(10)
1
(0)
197
(190)
600GB
131
(126)
14
(20)
11
(7)
1
(0)
153
(140)
300GB
SAS
269
(255)
20
(19)
15
(15)
1
(0)
299
(285)
450GB
175
(170)
18
(19)
11
(10)
1
(0)
197
(190)
600GB
131
(126)
14
(20)
11
(7)
1
(0)
153
(140)
500GB
SATA
173
(170)
18
(19)
11
(10)
3
(0)
195
(190)
1TB
86
(85)
20
(19)
5
(5)
4
(0)
96
(95)
2TB
43
(36)
13
(20)
4
(2)
1
(0)
51
(40)



64-Bit Aggregate Recommendations for FAS/V6070, 6080, 6240, and 6280
Data ONTAP 8.0.x Maximum Aggregate Capacity 100TB
Capacity
Type
Data Drives
RG Size
Number of RGs
Drive Def.
Data + Parity
100GB
SSD
86
(84)
24
(23)
4
(4)
2
(0)
94
(92)
300GB
FC
385
(384)
13
(18)
35
(24)
0
(0)
455
(432)
450GB
250
(240)
12
(18)
25
(15)
0
(0)
300
(270)
600GB
187
(180)
19
(20)
11
(10)
0
(0)
209
(200)
300GB
SAS
385
(384)
13
(18)
35
(24)
0
(0)
455
(432)
450GB
250
(240)
12
(18)
25
(15)
0
(0)
300
(270)
600GB
187
(180)
19
(20)
11
(10)
0
(0)
209
(200)
500GB
SATA
247
(240)
15
(18)
19
(15)
0
(0)
285
(270)
1TB
123
(119)
20
(19)
7
(7)
3
(0)
137
(133)
2TB
61
(60)
18
(17)
4
(4)
3
(0)
69
(68)

32-Bit AggregateIn Data ONTAP 7.2.x and earlier, parity drives and physical drive size are included in the 16TB limit for 32-bit aggregates.
In Data ONTAP 7.3.x and 8.0.x, only data drives and usable drive capacity are included in the 16TB limit for 32-bit aggregates.

32-Bit Aggregate Recommendations for All Platforms
Data ONTAP 7.3.x and 8.0.x
Capacity
Type
Data Drives
RG Size
Number of RGs
Drive Def.
Data + Parity
100GB
SSD
86
(84)
24
(23)
4
(4)
2
(0)
94
(92)
300GB
FC
61
(60)
18
(17)
4
(4)
3
(0)
69
(68)
450GB
40
(40)
12
(12)
4
(4)
0
(0)
48
(48)
600GB
29
(28)
17
(16)
2
(2)
1
(0)
33
(32)
300GB
SAS
61
(60)
18
(17)
4
(4)
3
(0)
69
(68)
450GB
40
(40)
12
(12)
4
(4)
0
(0)
48
(48)
600GB
29
(28)
17
(16)
2
(2)
1
(0)
33
(32)
500GB
SATA
39
(39)
15
(15)
3
(3)
0
(0)
45
(45)
1TB
19
(18)
12
(20)
2
(1)
1
(0)
23
(20)
2TB
9
(9)
11
(11)
1
(1)
0
(0)
11
(11)
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