Users Guide
Table Of Contents
- Integrated Dell Remote Access Controller 8 (iDRAC8) Version 2.05.05.05 User's Guide
- Contents
- Overview
- Benefits of Using iDRAC With Lifecycle Controller
- Key Features
- New In This Release
- How To Use This User's Guide
- Supported Web Browsers
- Managing Licenses
- Licensable Features In iDRAC8
- Interfaces and Protocols to Access iDRAC
- iDRAC Port Information
- Other Documents You May Need
- Social Media Reference
- Contacting Dell
- Accessing support content from the Dell EMC support site
- Logging into iDRAC
- Logging into iDRAC as Local User, Active Directory User, or LDAP User
- Logging into iDRAC Using Smart Card
- Logging into iDRAC Using Single Sign-on
- Accessing iDRAC Using Remote RACADM
- Accessing iDRAC Using Local RACADM
- Accessing iDRAC Using Firmware RACADM
- Accessing iDRAC Using SMCLP
- Logging in to iDRAC Using Public Key Authentication
- Multiple iDRAC Sessions
- Changing Default Login Password
- Enabling or Disabling Default Password Warning Message
- Setting Up Managed System and Management Station
- Setting Up iDRAC IP Address
- Setting Up Management Station
- Setting Up Managed System
- Configuring Supported Web Browsers
- Updating Device Firmware
- Downloading Device Firmware
- Updating Firmware Using iDRAC Web Interface
- Updating Device Firmware Using RACADM
- Scheduling Automatic Firmware Updates
- Updating Firmware Using CMC Web Interface
- Updating Firmware Using DUP
- Updating Firmware Using Remote RACADM
- Updating Firmware Using Lifecycle Controller Remote Services
- Updating CMC Firmware From iDRAC
- Viewing and Managing Staged Updates
- Rolling Back Device Firmware
- Backing Up Server Profile
- Importing Server Profile
- Monitoring iDRAC Using Other Systems Management Tools
- Configuring iDRAC
- Viewing iDRAC Information
- Modifying Network Settings
- Configuring Services
- Using VNC Client to Manage Remote Server
- Configuring Front Panel Display
- Configuring Time Zone and NTP
- Setting First Boot Device
- Enabling or Disabling OS to iDRAC Pass-through
- Obtaining Certificates
- Configuring Multiple iDRACs Using RACADM
- Disabling Access to Modify iDRAC Configuration Settings on Host System
- Viewing iDRAC and Managed System Information
- Viewing Managed System Health and Properties
- Viewing System Inventory
- Viewing Sensor Information
- Monitoring Performance Index of CPU, Memory, and I/O Modules
- Checking the System for Fresh Air Compliance
- Viewing Historical Temperature Data
- Viewing Network Interfaces Available On Host OS
- Viewing FlexAddress Mezzanine Card Fabric Connections
- Viewing or Terminating iDRAC Sessions
- Setting Up iDRAC Communication
- Communicating With iDRAC Through Serial Connection Using DB9 Cable
- Configuring BIOS For Serial Connection
- Enabling RAC Serial Connection
- Enabling IPMI Serial Connection Basic and Terminal Modes
- Switching Between RAC Serial and Serial Console While Using DB9 Cable
- Communicating With iDRAC Using IPMI SOL
- Communicating With iDRAC Using IPMI Over LAN
- Enabling or Disabling Remote RACADM
- Disabling Local RACADM
- Enabling IPMI on Managed System
- Configuring Linux for Serial Console During Boot
- Supported SSH Cryptography Schemes
- Communicating With iDRAC Through Serial Connection Using DB9 Cable
- Configuring User Accounts and Privileges
- Configuring Local Users
- Configuring Active Directory Users
- Prerequisites for Using Active Directory Authentication for iDRAC
- Supported Active Directory Authentication Mechanisms
- Standard Schema Active Directory Overview
- Configuring Standard Schema Active Directory
- Extended Schema Active Directory Overview
- Configuring Extended Schema Active Directory
- Extending Active Directory Schema
- Installing Dell Extension to the Active Directory Users and Computers Snap-In
- Adding iDRAC Users and Privileges to Active Directory
- Configuring Active Directory With Extended Schema Using iDRAC Web Interface
- Configuring Active Directory With Extended Schema Using RACADM
- Testing Active Directory Settings
- Configuring Generic LDAP Users
- Configuring iDRAC for Single Sign-On or Smart Card Login
- Prerequisites for Active Directory Single Sign-On or Smart Card Login
- Configuring iDRAC SSO Login for Active Directory Users
- Configuring iDRAC Smart Card Login for Local Users
- Configuring iDRAC Smart Card Login for Active Directory Users
- Enabling or Disabling Smart Card Login
- Configuring iDRAC to Send Alerts
- Managing Logs
- Monitoring and Managing Power
- Inventory, Monitoring, and Configuring Network Devices
- Inventory and Monitoring Network Devices
- Inventory and Monitoring FC HBA Devices
- Dynamic Configuration of Virtual Addresses, Initiator, and Storage Target Settings
- Managing Storage Devices
- Understanding RAID Concepts
- Supported Controllers
- Supported Enclosures
- Summary of Supported Features for Storage Devices
- Inventory and Monitoring Storage Devices
- Viewing Storage Device Topology
- Managing Physical Disks
- Managing Virtual Disks
- Managing Controllers
- Configuring Controller Properties
- Importing or Auto Importing Foreign Configuration
- Clearing Foreign Configuration
- Resetting Controller Configuration
- 12Gbps SAS HBA Adapter Operations
- Monitoring Predictive Failure Analysis On Drives
- Controller Operations in Non-RAID (HBA) Mode
- Running RAID Configuration Jobs On Multiple Storage Controllers
- Managing PCIe SSDs
- Managing Enclosures or Backplanes
- Choosing Operation Mode to Apply Settings
- Viewing and Applying Pending Operations
- Storage Devices — Apply Operation Scenarios
- Blinking or Unblinking Component LEDs
- Configuring and Using Virtual Console
- Supported Screen Resolutions and Refresh Rates
- Configuring Web Browsers to Use Virtual Console
- Configuring Virtual Console
- Previewing Virtual Console
- Launching Virtual Console
- Using Virtual Console Viewer
- Managing Virtual Media
- Installing and Using VMCLI Utility
- Managing vFlash SD Card
- Configuring vFlash SD Card
- Managing vFlash Partitions
- Using SMCLP
- Using iDRAC Service Module
- Using USB Port for Server Management
- Using iDRAC Quick Sync
- Deploying Operating Systems
- Troubleshooting Managed System Using iDRAC
- Using Diagnostic Console
- Viewing Post Codes
- Viewing Boot and Crash Capture Videos
- Viewing Logs
- Viewing Last System Crash Screen
- Viewing Front Panel Status
- Hardware Trouble Indicators
- Viewing System Health
- Generating Technical Support Report
- Checking Server Status Screen for Error Messages
- Restarting iDRAC
- Erasing System and User Data
- Resetting iDRAC to Factory Default Settings
- Frequently Asked Questions
- Use Case Scenarios
- Troubleshooting An Inaccessible Managed System
- Obtaining System Information and Assess System Health
- Setting Up Alerts and Configuring Email Alerts
- Viewing and Exporting Lifecycle Log and System Event Log
- Interfaces to Update iDRAC Firmware
- Performing Graceful Shutdown
- Creating New Administrator User Account
- Launching Server's Remote Console and Mounting a USB Drive
- Installing Bare Metal OS Using Attached Virtual Media and Remote File Share
- Managing Rack Density
- Installing New Electronic License
- Applying I/O Identity Configuration Settings for Multiple Network Cards in Single Host System Reboot
● Set the maximum air exhaust temperature
● Increase airflow through a fan offset, if required
● Increase airflow through increasing minimum fan speed
Modifying Thermal Settings Using iDRAC Web Interface
To modify the thermal settings:
1. In the iDRAC Web interface, go to Overview > Hardware > Fans > Setup.
The Fan Setup page is displayed.
2. Specify the following:
● Thermal Profile — Select the thermal profile:
○ Default Thermal Profile Settings — Implies that the thermal algorithm uses the same system profile settings that
is defined under System BIOS > System BIOS Settings.System Profile Settings page.
By default, this is set to Default Thermal Profile Settings. You can also select a custom algorithm, which is
independent of the BIOS profile. The options available are:
○ Maximum Performance (Performance Optimized) :
￭ Reduced probability of memory or CPU throttling.
￭ Increased probability of turbo mode activation.
￭ Generally, higher fan speeds at idle and stress loads.
○ Minimum Power (Performance per Watt Optimized):
￭ Optimized for lowest system power consumption based on optimum fan power state.
￭ Generally, lower fan speeds at idle and stress loads.
NOTE:
Selecting Maximum Performance or Minimum Power, overrides thermal settings associated to System
Profile setting under System BIOS > System BIOS Settings.System Profile Settings page.
● Maximum Exhaust Temperature Limit — From the drop-down menu, select the maximum exhaust air temperature.
The values are displayed based on the system.
The default value is Default, 70°C (158 °F).
This option allows the system fans speeds to change such that the exhaust temperature does not exceed the selected
exhaust temperature limit. This cannot always be guaranteed under all system operating conditions due to dependency on
system load and system cooling capability.
● Fan Speed Offset — Selecting this option allows additional cooling to the server. In case hardware is added (example,
new PCIe cards), it may require additional cooling. A fan speed offset causes fan speeds to increase (by the offset %
value) over baseline fan speeds calculated by the Thermal Control algorithm. Possible values are:
○ Low Fan Speed — Drives fan speeds to a moderate fan speed.
○ Medium Fan Speed — Drives fan speeds close to medium.
○ High Fan Speed — Drives fan speeds close to full speed.
○ Max Fan Speed — Drives fan speeds to full speed.
○ Off — Fan speed offset is set to off. This is the default value. When set to off, the percentage does not display. The
default fan speed is applied with no offset. Conversely, the maximum setting will result in all fans running at maximum
speed.
The fan speed offset is dynamic and based on the system. The fan speed increase for each offset is displayed next to
each option.
The fan speed offset increases all fan speeds by the same percentage. Fan speeds may increase beyond the offset
speeds based on individual component cooling needs. The overall system power consumption is expected to increase.
Fan speed offset allows you to increase the system fan speed with four incremental steps. These steps are equally
divided between the typical baseline speed and the maximum speed of the server system fans. Some hardware
configurations results in higher baseline fan speeds, which results in offsets other than the maximum offset to achieve
maximum speed.
The most common usage scenario is non-standard PCIe adapter cooling. However, the feature can be used to increase
system cooling for other purposes.
● Minimum Fan Speed in PWM (% of Max) — Select this option to fine tune the fan speed. Using this option, you
can set a higher baseline system fan speed or increase the system fan speed if other custom fan speed options are not
resulting in the required higher fan speeds.
○ Default — Sets minimum fan speed to default value as determined by the system cooling algorithm.
Setting Up Managed System and Management Station
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