PowerEdge: Methods and Steps to Update Firmware and Drivers

Content menu

• Different methods to update
• Difference between drivers and firmware
• Updating Driver in the OS
• Download of DUP

Updating firmware and drivers for a Dell PowerEdge server can be performed from the operating system. Use the Integrated Dell Remote Access Controller (iDRAC), or use the Dell ISO update image to update the firmware and drivers.

Firmware and drivers may be updated on a Dell PowerEdge using several different methods. For more information, see What are the different methods to update a PowerEdge? 

For more information about what drivers and firmware are and what they do, see What is the difference between drivers and firmware?

What are the different methods to update a PowerEdge?

There are multiple different methods for updating your PowerEdge server. The different methods are outlined in this section.

Manual method for updating individual components

• Dell Update Packages (DUP)
  Using the Dell Update Packages (DUP) is an easy and quick way to update the firmware or drivers of the entire system or individual system components. A DUP is an executable which contains firmware for a single component. For more information, see Update a Dell PowerEdge Driver or Firmware Directly from the OS (Windows and Linux).

Updating all system components simultaneously

• Rufus - can be used to create a custom-built bootable ISO using Dell Repository Manager (DRM). This is a way of updating all server firmware in one single step. An ISO can be transferred on a bootable USB storage device. For more information, see How to Create a Bootable USB Device with Rufus to Update Dell Servers.
• Dell Server Update Utility (SUU) - is a local one-to-one utility to update BIOS, firmware, drivers, and application on PowerEdge servers to the latest version. The SUU also allows comparison between the current versions that are installed on the server and the most up-to-date versions available. Select the components in need of updating and upon confirmation, SUU orchestrates the deployment of the selected updates. For more information about the current SUU version 24.06.00, see the User's Guide or check out Using the Dell Server Update Utility to Update Firmware and Drivers on Dell PowerEdge Servers on where to download the SUU from and how to download it.
• Dell Lifecycle Controller - is an advanced embedded systems management technology that enables remote server management. Using Dell Lifecycle Controller, you can update the firmware using a local or Dell-based firmware repository. For more information, see PowerEdge Server: LifeCycle Controller Update

Updating multiple select system components

• DRM - is an update management tool used to assist with the identification, gathering, and packaging of Dell Update Packages (DUPs) into a format to be used for deployment. For more information, see Dell Repository Manager (DRM).
• Dell System Update (DSU) - is a command-line interface optimized deployment tool that assists customers who prefer to manage the deployment of updates in a scripted manner. For more information, see DELL System Update (DSU).
• iDRAC - is an embedded systems management tool that is available on PowerEdge servers. With iDRAC, you can remote into a system to perform many systems management tasks, including updating of firmware. Some additional features may require the iDRAC Enterprise license. For more information, see How to Update Firmware Remotely Using the Integrated Dell Remote Access Controller (iDRAC) Web Interface.

Console-based methods for updating multiple components

• OpenManage Enterprise - OpenManage Enterprise systems management console is designed to simplify, intelligently automate and unify IT infrastructure management tasks. One of these tasks is the update of multiple components. For more information, see How To Create a Firmware Baseline and Update Firmware in Dell OpenManage Enterprise.
• VMware vCenter - Performing Firmware updates for clusters - For more information, see Firmware Updates for Clusters Using the OpenManage Integration for VMware vCenter.
• Microsoft System Center (MSSC) - Microsoft System Center Configuration Manager (SCCM) also known as ConfigMgr and formerly known as Systems Management Server (SMS) is a systems management software product developed by Microsoft for managing large groups of systems running Windows NT, Windows Embedded, macOS (Mac OS X), Linux, or UNIX. Configuration Manager provides remote control, patch management, software distribution, operating system deployment, network access protection, and hardware and software inventory. For more information, see Microsoft Configuration Manager documentation

Updating firmware and drivers using DevOps tools

• Ansible - Ansible is an open-source software provisioning, configuration management, and application-deployment tool. It runs on many UNIX like systems and can configure both UNIX like systems and Microsoft Windows. For more information, see Ansible Resources

What is the difference between drivers and firmware?

On a server, you can update drivers and firmware.

• A device driver is a particular form of a software application that is designed to enable interaction with hardware devices. Without the required device driver, the corresponding hardware device fails to work. Device drivers are operating system-specific and hardware-dependent. It acts as a translator between the hardware device and the programs or operating systems that use it.
• Firmware is a software program permanently etched into a hardware device such as keyboards, hard drive, BIOS, or video cards. It is programmed to give permanent instructions to communicate with other devices and perform functions like basic I/O tasks. Firmware is typically stored in the flash ROM (read-only memory) of a hardware device. Firmware can be erased and rewritten. Keep a server up to date is important to have the best interoperability between operating system and server, and avoid issues. To better understand the changes implemented by firmware, it is advised to read the associated Release Notes.

 Updating PowerEdge Drivers in Windows and Linux

Description

DUPs are a way to update the firmware or drivers of the entire system or individual system components. This section explains how to run these DUPs.

The method described in this article is compatible with Windows Server OS (.exe files) and Linux Server OS (.bin files).

Download of DUPs

Overview

The major advantage of using a DUP is that the system cannot be offline to apply most updates.

DUPs are, depending on the system to be updated, provided for the following operating systems:

• Windows Server operating systems [.EXE file needed]
• Red Hat Enterprise Linux [.BIN file needed]
• SuSE Linux ES [.BIN file needed]
• Ubuntu Server [.BIN file needed]

The appropriate DUP must be located and downloaded after identifying the hardware requiring updates. The easiest way to complete this is as follows.

1. Open Drivers & Downloads
2. Enter the Service Tag of your server or browse all products to select the PowerEdge model
3. On the Drivers & Downloads tab, ensure that the correct operating system for the server is selected
4. Updates are arranged in categories which can be expanded to see the available updates
5. Before downloading the firmware file, ensure that you are getting the correct file type presented (OS specific). To ensure you are, click View full driver details on the bottom right of the enrolled update. Select the correct file.
6. Select the component DUP needed and download the package
7. Once the relevant DUP has been transferred to the system, they can be run by double-clicking the downloaded files and following the below steps.

Windows example

1. Double-click the DUP file downloaded above on the host system.
2. Read over the release information in the dialog window.
3. Download and install any prerequisites identified in the dialog window before proceeding.
4. Click the Install button.
5. Follow the remaining prompts to perform the update.

Linux example

1. On the host system, read over the release information by running the ./[file_name].BIN --version command from the shell.
2. Download and install any prerequisites identified in the above step before proceeding.
3. Run the update by running ./[file_name].BIN from the shell.
4. Follow the remaining prompts to perform the update.