Users Guide
Table Of Contents
- Dell EMC iDRAC Service Module 4.0.1 User’s Guide
- Contents
- Introduction
- Preinstallation setup
- Installing iDRAC Service Module
- Initial installation of iDRAC Service Module through iDRAC Enterprise or Datacenter or iDRAC Express on Microsoft Windows and Linux
- Installing iDRAC Service Module on Microsoft Windows operating systems
- Silent installation of iDRAC Service Module on Microsoft Windows
- Modifying iDRAC Service Module components on Microsoft Windows operating systems
- Repairing iDRAC Service Module running on Microsoft Windows operating systems
- Uninstalling iDRAC Service Module running on Microsoft Windows operating systems
- Installing the iDRAC Service Module on VMware ESXi
- Installing iDRAC Service Module on supported Linux operating systems
- Installing iDRAC Service Module when System Configuration Lock Down Mode is enabled in iDRAC
- Configuring iDRAC Servcie Module
- Security configurations and compatibility
- iSM monitoring features
- S.M.A.R.T monitoring
- Operating system information
- Lifecycle Controller log replication into operating system
- Automatic system recovery
- Windows Management Instrumentation Providers
- Prepare to remove a NVMe PCIe SSD device
- Remote iDRAC hard reset
- iDRAC access via Host OS
- Accessing iDRAC via GUI, WS-Man, Redfish, and Remote RACADM
- In-Band support for iDRAC SNMP alerts
- Enable WS-Man remotely
- Autoupdating iSM
- FullPowerCycle
- SupportAssist on the box
- Configuring the In-Band SNMP Get feature—Linux
- Configuring the In-Band SNMP Get feature—Windows
- iDRAC GUI Launcher
- Single sign-on to iDRAC UI from host operating system administrators desktop
- IPv6 communication between iSM and iDRAC over OS-BMC Passthru
- Frequently asked questions
- Linux and Ubuntu installer packages
- Resources and support
- Contacting Dell EMC
Identifying the series of your Dell EMC PowerEdge
servers
The PowerEdge series of servers from Dell EMC are divided into different categories based on their configuration. They are
referred as YX2X, YX3X, YX4X, YX4XX, or YX5XX series of servers. The structure of the naming convention is described below:
The letter Y denotes the character in the server model number. The character denotes the form factor of the server. The form
factors are listed below:
● C- Cloud
●
F- Flexible
● M or MX- Modular
● R- Rack
● T- Tower
The letter X denotes the numbers in the server model number. The number denotes multiple characteristics about the server.
They are listed as follows:.
● The first digit (X) denotes the value stream or class of the server.
○ 1-5—iDRAC basic
○ 6-9—iDRAC Express
● The second digit denotes the series of the server. It is retained in the server naming convention and does not replace the
letter X.
○ 0—series 10
○ 1—series 11
○ 2—series 12
○ 3—series 13
○ 4—series 14
○ 5—series 15
● The last digit (X) always denotes the make of the processor as described below:
○ 0-Intel
○ 5-AMD
NOTE:
For servers that use an AMD processor, the model number is made up of four digits instead of three. The third digit
(X) denotes the number of processor sockets that the series of server supports.
● 1 one socket server
● 2 two socket server
Table 21. PowerEdge servers naming convention and examples
YX5XX systems
Dell EMC PowerEdge C6520
Dell EMC PowerEdge XE8545
Dell EMC PowerEdge MX750c
Dell EMC PowerEdge R750xa
Dell EMC PowerEdge R750
Dell EMC PowerEdge R650
50 Resources and support