Table 19 R740xd single-node server configuration for 10/25GbE, 2CPU, SFP+/
SFP28 (continued)
Description
BMC (iDRAC)
Monitoring
VxFlex
OS
Data1
VxFlex OS
Client
Network
Port1
VxFlex OS
Client
Network
Port2
VxFlex
OS
Data2
VxFlex OS
Management
Network
Not in
Use
Logical bus
address
N/A
Z:0
Z:1
Y:1
Y:0
X:0
X:1
Physical port on
node
BMC (iDRAC)
PCI 10/25
GbE Left
PCI 10/25 GbE
Right
PCI 10/25 GbE
Right
PCI 10/25
GbE Left
Onboard 1 GbE
Left
Onboard
1G Right
Speed
1GbE
10/25
GbE
10/25 GbE
10/25 GbE
10/25
GbE
1 GbE
1 GbE
Physical Switch Mgmt Switch
Data
Switch1
Data Switch1
Data Switch2
Data
Switch2
Mgmt Switch
Not in use
Note:
Two or more PCIe slot-based NICs are supported.
Correlate the PCI slot locations and interface names
Gather and correlate PCI slot locations and interface names in order to build a table
with the relevant interface names for the Linux nodes.
About this task
RHEL 7 does not use the
70-persistent-net.rules
file for Ethernet persistency.
Instead, in RHEL 7 nodes, the interface names are in the following format: enXXX (for
example: enp6s0f0 or eno3).
Procedure
1. Find the correlation between physical slot names and interface names so that
you can discover the correlation between PCI slot locations and interface
names in the operating system:
Note:
For each of the following commands, write down the output and set it
aside for use later in this task:
a. Correlate the physical PCIe slot to a logical bus address:
dmidecode -t slot |egrep "Designation|Current Usage|Bus
Address"
This command displays the PCI location of each PCIe card. In the following
sample output, the logical bus address in the last three lines is
"0000:05:00.0," which is shown as
Current Usage: In Use
and
correlates to physical PCIe card slot location "PCIe Slot 6."
In this case, the 10GB PCI NIC is presented on slot 6, and the logical bus
address of its ports is 5:0 and 5:1. (See the "Correlating physical slot and
Ethernet network names" figure, in which the correlation between PCIe slot
and the logical bus address is highlighted in yellow.)
Designation: PCIe Slot 1
Current Usage: Available
Designation: PCIe Slot 2
Architecture
Dell EMC VxFlex Ready Node AMS User Guide
57
Содержание EMC VxFlex Ready Node
Страница 1: ...Dell EMC VxFlex Ready Node Version 3 x AMS User Guide P N 302 005 733 REV 02 June 2019 ...
Страница 10: ...Contents 10 Dell EMC VxFlex Ready Node AMS User Guide ...
Страница 12: ...Figures 12 Dell EMC VxFlex Ready Node AMS User Guide ...
Страница 14: ...Tables 14 Dell EMC VxFlex Ready Node AMS User Guide ...
Страница 18: ...Introduction 18 Dell EMC VxFlex Ready Node AMS User Guide ...
Страница 24: ...Introduction to VxFlex Ready Node 24 Dell EMC VxFlex Ready Node AMS User Guide ...
Страница 80: ...Architecture 80 Dell EMC VxFlex Ready Node AMS User Guide ...
Страница 110: ...VxFlex OS Performance Fine Tuning 110 Dell EMC VxFlex Ready Node AMS User Guide ...
Страница 130: ...Managing and Monitoring 130 Dell EMC VxFlex Ready Node AMS User Guide ...
Страница 156: ...Managing System Objects 156 Dell EMC VxFlex Ready Node AMS User Guide ...
Страница 182: ...Security Management 182 Dell EMC VxFlex Ready Node AMS User Guide ...
Страница 188: ...Monitoring the System using the VxFlex OS GUI 188 Dell EMC VxFlex Ready Node AMS User Guide ...
Страница 252: ...Reference 252 Dell EMC VxFlex Ready Node AMS User Guide ...
Страница 274: ...Common Tasks 274 Dell EMC VxFlex Ready Node AMS User Guide ...
Страница 292: ...System events 292 Dell EMC VxFlex Ready Node AMS User Guide ...
Страница 324: ...SNMP Trap Support 324 Dell EMC VxFlex Ready Node AMS User Guide ...
Страница 348: ...DTK Hardware Update Bootable ISO 348 Dell EMC VxFlex Ready Node AMS User Guide ...
Страница 354: ...Glossary 354 Dell EMC VxFlex Ready Node AMS User Guide ...