How to update drivers
General driver searches often mix graphics, chipset, processor, motherboard, and display requests. Start by naming the component that needs support. A GPU has a graphics driver, a chipset has platform packages, and a CPU usually does not have a standalone downloadable driver.
For a laptop or prebuilt computer, the complete-system maker may coordinate graphics, power, chipset, and hotkey packages. For a separately installed graphics card or board, use the exact component model and official release notes. A higher version is not automatically the right version.
In this guide
Key Takeaways
- 1
Identify integrated or discrete graphics and the exact computer or component model.
- 2
Chipset support, graphics support, CPU microcode, and BIOS are separate channels.
- 3
A driver update cannot physically upgrade a GPU or processor.
- 4
Test display, power, sleep/wake, and the motivating application after installation.
Match and update graphics support
Use system information or Device Manager to identify integrated and discrete GPUs, current versions, Windows edition, and computer manufacturer. Notebook switchable graphics may need a coordinated package from the laptop maker. Compare official release notes with the application, display, or operating-system problem you are trying to solve.
Before installation, save display settings and close graphics applications. Use the signed installer, restart when requested, and test resolution, refresh rate, external displays, hardware acceleration, sleep/wake, and the original application. A graphics-stack refresh can recover a temporary freeze, but it does not update the installed files.
- Record the GPU model and current provider/version.
- Check system-maker guidance before a generic component package.
- Use supported rollback if the new release causes a clear regression.
Understand chipset and motherboard packages
A motherboard support page may list chipset, storage, USB, network, audio, and management packages. There is no single file that updates every controller. Confirm the board revision or complete-system model and follow any documented installation order, often installing platform support before dependent devices.
Do not flash BIOS merely because a chipset package is available. Do not use a package for a similarly named revision, and keep network and storage recovery paths available. After installation, check Device Manager warnings, USB, storage, networking, audio, sleep, and wake as applicable.
- For a laptop or prebuilt PC, use the complete-system maker first.
- A chipset driver runs with Windows; BIOS/UEFI is firmware.
- A stable controller does not need replacement solely for a higher number.
Handle processor support honestly
Windows, chipset packages, power management, integrated graphics, operating-system updates, and microcode can each provide processor-related support. Review Windows Update, the system or board support page, and firmware release notes rather than downloading a file labeled simply for the CPU family.
If 'update' means replacing the physical processor, check socket, chipset, BIOS support, cooling, power, warranty, and operating-system requirements. Many laptop CPUs are soldered. A firmware update may add support for listed processors, but it does not make every processor compatible.
Verify the change and recover if needed
Record the installed version and test the original workload. Check display output, application behavior, temperatures, power behavior, sleep/wake, and attached devices. If the issue is new and repeatable, use the supported rollback or official recovery path and keep the exact version details for the manufacturer.
Common Questions
Do I need to update CPU drivers?
Usually there is no standalone CPU driver. Check operating-system, chipset, integrated-graphics, and firmware releases for a specific supported need.
Will a graphics update upgrade my card?
No. It changes software. A physical graphics-card replacement needs separate checks for power, space, cooling, connections, and platform support.