mattw Posted September 8, 2023 Share Posted September 8, 2023 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. Quote Link to comment
SimonF Posted September 8, 2023 Share Posted September 8, 2023 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 Quote Link to comment
mattw Posted September 8, 2023 Author Share Posted September 8, 2023 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. Quote Link to comment
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