say a fully virtualized 4 node, 8 shared vmdk based Oracle RAC serving 20 pegged db instances in anyway survive a sudden, catastrophic failure of the primary without requiring extensive and time consuming TLC from a competent dba or a group of competent dba's? Does vSphere replication have some type of native DB intelligence, command and control that allow it to ensure the integrity of what could amount to a ton of db's, of varying flavors running full-tilt every x time interval?
Hey Andrew, thanks for posting this and all the other video's you've posted. This looks fantastic! I can't imagine that you all haven't exhaustively vetted this but I'm compelled to ask. Regarding vSphere replication and accepting a 15 min delta between the primary and SRM datacenters...in the event of a catastrophic event at the primary dc, how could a VM or VM's running a very heavily utilized database or database cluster...
say a fully virtualized 4 node, 8 shared vmdk based Oracle RAC serving 20 pegged db instances in anyway survive a sudden, catastrophic failure of the primary without requiring extensive and time consuming TLC from a competent dba or a group of competent dba's? Does vSphere replication have some type of native DB intelligence, command and control that allow it to ensure the integrity of what could amount to a ton of db's, of varying flavors running full-tilt every x time interval?
Hey Andrew, thanks for posting this and all the other video's you've posted.
This looks fantastic!
I can't imagine that you all haven't exhaustively vetted this but I'm compelled to ask. Regarding vSphere replication and accepting a 15 min delta between the primary and SRM datacenters...in the event of a catastrophic event at the primary dc, how could a VM or VM's running a very heavily utilized database or database cluster...
Well explained. Thanks
Excellent video.
excellent