Below is a list of servers which have been identified as having a SAN storage association.
For the COB testing on 12th May, server owners have a number of options available for SAN SRDF operations:
To include your particular server in either or both batch runs, please contact the SAN support team (*GT EMEA TI Distributed Storage), specifying your server name and the batches that you require for that particular server. We will update the list each morning to reflect changes.
The Symmetrix Remote Data Facility (SRDF) is a business continuance solution that maintains a mirror image of data at the device level in Symmetrix arrays located in physically separate sites.
SRDF provides a recovery solution for component or site failures between remotely mirrored devices, reducing backup and recovery costs and significantly reduces recovery time after a disaster.
In an SRDF configuration, the individual Symmetrix devices are designated as either a source or a target to synchronize and coordinate SRDF activity. If the source (R1) device fails, the data on its corresponding target (R2) device can be accessed.
When the source (R1) device is replaced, the source (R1) device can be resynchronized. SRDF configurations have at least one source (R1) device mirrored to one target (R2) device.
In a unidirectional SRDF configuration (site standard within CITIgroup), all source (R1) devices reside in the local Symmetrix array and all target (R2) devices in the remote site Symmetrix array. Data flows from the source (R1) devices over an SRDF link to the target (R2) devices.
An SRDF split operation involves stopping the remote mirroring between the source (R1) device and the target (R2) device. The target device is made available for local host operations. This operation should be used in a COB test scenario when the user wants to discard any data generated on COB servers during a COB test.
An SRDF establish operation establishes remote mirroring and initiates an incremental data copy from the source (R1) device to the target (R2). This operation will be required if a split has been run previously to initiate remote site mirroring of your SRDF storage.
Switches data processing from the source (R1) side to the target (R2) side. This operation should be used in a COB test scenario when the user wants to retain any data generated on the COB server during the COB test.
Switches data processing from the target side (R2) back to the source (R1) side. This operation should be used in a COB scenario when a failover has been run previously to restore the source and target devices to their original locations.
The following servers are within scope, and identified as SAN attached:
emeaap1p
emeadb1p
eqdpmln1
eqdpmln2
eqedtsdb5
eqedtsdb6
eqemsap1p
eqemsap2p
eqibexs1
eqibexs1p
eqibexs2
eqibexs2p
eqkdb2
eqkdbap1p
eqkdbap2p
eqptmsap1p
eqptmsdb1p
eqtgdb1lnp
eqzap1lnp
eqzap3lnp
eqzap5lnp
eqzeusdb1
eqzeusdb2
eqzeusnfs1
eqzeusnfs1p
eqzeusnfs2
eqzeusnfs2p
eqzrep1lnp
eubmcap2p
eubmcap3p
eubmcap4p
eubmcap5c
eubmcap6c
eubmcdb1p
euemidb1p
euwpipdats001
euwpipfils002
euwpipora001
fibamdb1p
ficashdb1p
fidap3lnp
fidptap1p
figfddb1eup
figfdrp1eup
figridap1p
figridap2p
fiimcap1eup
fiimcdb1eup
fimktv2p
fioradb1p
fioradb2p
fipacap1eup
firefdb1eup
firtap1p
firtdb1p
fiscanap1p
fistmap1p
fisybdb1p
fisybdb2p
fisybdb3p
fisybdb4p
fitetdb1p
fitetdb2p
fxfateprod2
fxfox6p
fxmmiap1p
fxmmiap2p
fxofxdat1p
fxofxdat2p
fxopolap1p
fxopolap2p
infraoraprod1
ldneqtbk001
mfdunpcgc1
mfgenpcgc
mfluxpcgc
nukcgc2-qes06
soldsprod1
sstmoap1p
sstmodb1p
tcactionp1
tcbrkprod1
tccairoprod81
tccam1p
tccarsdb1p
tccatspcgc1
tcclmyap1p
tccofcarsprod81
tccofinprod2
tccofinprod81
tcconipprod81
tccotprprod81
tcdsfinrcpcgc
tcdsopsprod81
tcdssecprod1
tcebwebdb1p
tcedldat1p
tcedldat2p
tcfehamprod81
tcfesecprod81
tcfinfeprod1
tcgopprod81
tchamdb1p
tciowaap1p
tciowadb1p
tcmfondb2p
tcmigdb1p
tcmmdb1p
tcmstrap1p
tcmstrap2p
tcmstrdb1p
tcmstrdb2p
tcncsprod1
tcolidatahub
tcozcarsprod81
tcrcfdat1p
tcsolprod1
tcswnetp1
tctapdb2p
tctapdsprod3
tctapfeprod81
tctnsprod1
tcubxdb1p
ukcaiprsd01
ukcaiprsd02
ukcfprsd04
ukcfprsd06
ukcfprsd13
ukcfprsd14
ukctiprsd45
ukdrvprsa05
ukdrvprsd05
ukebudrsd61
ukebudrsw61
ukebuprsd29
ukebuprsd50
ukebuprsd65
ukebuprsd82
ukebuprsd91
ukefsprsa02
ukefsprsd01
ukefsprsw01
ukefsprsw02
ukfiprsd02
ukfiprsd03
ukfxprsd30
ukfxprsd34
ukgopprsd01
ukgtsprsa02
ukgtsprsd01
ukgtsprsd06
ukgtsprsd15
ukgtsprsd16
ukgtsprsd24
uksecprsa86
uksecprsd13
uksecprsd20
uksecprsd21
uksecprsd22
uksecprsd23
uksecprsd24
uksecprsd25
uksecprsd26
uksecprsd27
uksecprsd28
uksecprsd29
uksecprsd30
uksecprsd34
uksecprsd43
uksecprsd53
uksecprsd55
uksecprsd57
uksecprsd60
uksecprsd61
uksecprsd62
uksecprsd63
uksecprsd64
uksecprsd66
uksecprsd68
uksecprsd75
uksecprsd76
uksecprsd78
uksecprsd80
uksecprsd82
uksecprsd83
uksecprsd84
uksecprsd87
uksecprsd88
uksecprsd89
uksecuasd26
uksecuasd27
uksecuasd28
uktsyprsd10
ukwarprsd06
eqibexs1
eqibexs2
eqibexs1p
eqibexs2p
eqptmsdb1p
eqzeusnfs1p
eqzeusnfs2p
eqzeusnfs1
eqzeusnfs2
eqzeusdb1
eqzeusdb2
eqemsap1p
eqemsap2p
Tim Robinson (2007)