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#LENOVO DRIVER UPDATE CHECK HOW TO#
#LENOVO DRIVER UPDATE CHECK INSTALL#
#LENOVO DRIVER UPDATE CHECK DRIVERS#

The updated firmware and drivers are available on the Lenovo Support web site. To ensure continued optimal performance, the firmware updates are integrated and thoroughly re-tested together. a fix to a problem not identified previously. Firmware updates to individual components may be planned or unplanned, e.g. Due to a variety of factors, firmware for one or more components may need to be updated. Then, plan your maintenance schedule accordingly.Įvery Lenovo server that is shipped to a customer contains a set of firmware that has been comprehensively tested together to provide optimal performance. Make sure that you visit the Lenovo Support web site regularly, or that you subscribe to product notifications to be informed of critical updates for your devices.

Subscribe to updates on the Lenovo support site.

This order ensures that critical dependencies are satisfied. Updating firmware manually: If you are updating individual firmware manually or via your own script but are not using the XClarity tools mentioned above, you should always update the BMC (XCC or IMM) first, restart the BMC and wait 5 minutes, then update UEFI, reboot the server, then update the rest of the system.

#LENOVO DRIVER UPDATE CHECK INSTALL#

If you install or upgrade hardware components later, make sure that you perform a full system update to ensure that the system can handle the new hardware, and that the newly installed components have the proper firmware and drivers. A full power cycle (unplug the server) will achieve both.

If the system management controller firmware update package also includes updated FPGA firmware (as indicated in the change history for the update), then both the system management controller will need to be restarted (via XCC/IMM web interface/CLI) and the server will need to be rebooted before the FPGA change becomes effective. If delayed activation is being used, such as in XClarity Administrator, then the updates will remain as pending (unapplied) on the system until server is restarted.

If new UEFI firmware is applied, a server reboot is required to activate the updates. A virtual reseat will also restart the controller (if the function is available in your server). If new system management controller firmware (IMM or XCC) is applied, either a system management controller restart (via the XCC/IMM web interface or CLI) or a full power cycle (unplug the server) will be required to activate the pending updates. Tip: Install all the hardware components (modules, adapters, and drives) and power on the system at least once before updating the entire system, so that everything will be activated, detected, and updated together.

#LENOVO DRIVER UPDATE CHECK HOW TO#

The advanced guide will describe how to update firmware in a distributed environment while minimizing downtime to your workload.

This guide will present three simple interactive tools, which are part of the XClarity Essentials toolset:Ī subsequent guide will provide advanced level instruction to users managing a complex mix of servers and operating systems. If you are managing a few servers interactively and have no operational constraints, such as Internet access, this is the place to start. This guide provides introductory instruction for users who are new to Lenovo ThinkSystem products.

Perform task-based or policy-based updates.

Run updates within or outside of the operating system.

Apply updates to a single target or multiple targets.

They also provide a complete set of utilities to meet more complex scenarios to acquire and apply updates. These tools provide easy-to-use graphical utilities to perform updates interactively. Lenovo has the richest portfolio of firmware and drivers update tools in the industry.

Increases security, compatibility, and system uptime.

Enables you to proactively apply the latest bug fixes before your systems are affected by them.

Achieves the highest level hardware availability.

Updating the firmware and drivers on a regular schedule is the recommended best practice for several reasons: It controls every single hardware component found in the server from the onboard chipset, to the built-in modules, to the add-on adapters and drives, and all the way to the entire system, including the self-contained management controller. Firmware is essential to the operation of a server.