Database Reference
In-Depth Information
Slave1 interface is eth2 with status:down Link fail count=0 Maccaddr:00:21:28:e7:c2:f0
Slave2 interface is eth3 with status:down Link fail count=0
Maccaddr:00:21:28:e7:c2:f1
RESULT: Bond interface bond1 is up configured in mode:fault-tolerance (active-backup)
with current active interface as eth5
Slave1 interface is eth4 with status:up Link fail count=1 Maccaddr:00:1b:21:cb:03:29
Slave2 interface is eth5 with status:up Link fail count=0 Maccaddr:00:1b:21:cb:03:28
WARNING: Bond interface bond2 has the following current status:down
RESULT: Bond interface bond2 is down configured in mode:fault-tolerance (active-backup)
with current active interface as None
Slave1 interface is eth6 with status:down Link fail count=0 Maccaddr:00:1b:21:cb:03:2b
Slave2 interface is eth7 with status:down Link fail count=0
Maccaddr:00:1b:21:cb:03:2a
RESULT: Bond interface xbond0 is up configured in mode:fault-tolerance (active-backup)
with current active interface as eth8
Slave1 interface is eth8 with status:up Link fail count=0 Maccaddr:00:1b:21:bb:6e:7c
Slave2 interface is eth9 with status:up Link fail count=0
Maccaddr:00:1b:21:bb:6e:7d
SUCCESS: eth0 is running 192.168.16.24
SUCCESS: eth1 is running 192.168.17.24
The naming convention for Ethernet devices in terms of bonds differs between the virtualization model and
the bare-metal model. In ODA V1, xbond0 is the collective name for the 10GbE interfaces, whereas bond0 through
bond2 represent the 1GbE interfaces. ODA X3-2 abandons the xbond vs. bond naming convention because all
ports are copper-enabled 10GbE ports, including the interconnect. Listing 7-10 shows how the configuration looks.
The detected active link will show the actual speed the switch has allowed for the port—not what that port can
theoretically achieve, but what it currently is achieving. In Listing 7-10, the switch that is serving eth2 to eth5 only
supports 1GbE, which is what is displayed.
Listing 7-10.
Validating ODA X3-2 Network Components
[root@odax32 bin]# ./oakcli validate -c NetworkComponents
INFO: Doing oak network checks
RESULT: Detected active link for interface eth0 with link speed 10000Mb/s
RESULT: Detected active link for interface eth1 with link speed 10000Mb/s
RESULT: Detected active link for interface eth2 with link speed 1000Mb/s
RESULT: Detected active link for interface eth3 with link speed 1000Mb/s
RESULT: Detected active link for interface eth4 with link speed 1000Mb/s
RESULT: Detected active link for interface eth5 with link speed 1000Mb/s
INFO: Checking bonding interface status
RESULT: Bond interface bond0 is up configured in mode:fault-tolerance (active-backup)
with current active interface as eth2
Slave1 interface is eth2 with status:up Link fail count=0 Maccaddr:00:10:e0:23:8d:84
Slave2 interface is eth3 with status:up Link fail count=0 Maccaddr:00:10:e0:23:8d:85
RESULT: Bond interface bond1 is up configured in mode:fault-tolerance (active-backup)
with current active interface as eth4
Slave1 interface is eth4 with status:up Link fail count=0 Maccaddr:00:10:e0:23:8d:86
Slave2 interface is eth5 with status:up Link fail count=0 Maccaddr:00:10:e0:23:8d:87
Since ODA X3-2 does not support SFP+ Fiber based networking, switch support for copper-based 10GbE is
needed to attain 10GbE speeds. ODA X3-2 shows only the interfaces that are active. This is in contrast to ODA V1,
which shows the unused network in a manner similar to the active network.
