Currently I am running 6.11.5 on the ASRockRack E3C246D4U2-2T.  It has 10g copper interfaces, I really want/need SFP+ interfaces.  I have an intel card that will do just that for me that I would like to install this weekend.  My concern is that the motherboard supports IPMI across the same interface as my existing copper 10g connection, if I move to the PCI-e NIC will I no longer have IPMI?  I would not be opposed to making the 10g NIC my primary data connection and leaving the onboard 10g NIC connected to a switch at 1g for dedicated IPMI, but I cannot for the life of me figure out how to split the IPMI traffic from the data.  In other words if I connect the onboard IPMI ethernet to a switch, the data also wants to follow the connection move.

 

Any help would be appreciated.

41 minutes ago, mattw said:

Currently I am running 6.11.5 on the ASRockRack E3C246D4U2-2T.  It has 10g copper interfaces, I really want/need SFP+ interfaces.  I have an intel card that will do just that for me that I would like to install this weekend.  My concern is that the motherboard supports IPMI across the same interface as my existing copper 10g connection, if I move to the PCI-e NIC will I no longer have IPMI?  I would not be opposed to making the 10g NIC my primary data connection and leaving the onboard 10g NIC connected to a switch at 1g for dedicated IPMI, but I cannot for the life of me figure out how to split the IPMI traffic from the data.  In other words if I connect the onboard IPMI ethernet to a switch, the data also wants to follow the connection move.

 

Any help would be appreciated.

Looks like there is a 1gb ipmi port. If you install a pci card you will most likely need to set ome of those nocs to eth0

I realize that one of the SFP+ ports will need to be set to eth0, but my concern is maintaining IPMI service.  I doubt that it will be bonded to the SFP+ port.  I think I will need to unbond the IPMI, maybe in bios, and use the physical IPMI port as a second connection.