How to Get Firmware Version on Windows: A Practical Guide

What firmware version means on Windows

Firmware version is the revision identifier baked into a device's microcode, controlling fundamental hardware behavior. To a Windows user, this often means the BIOS/UEFI on the motherboard, firmware revisions on SSD/HDDs, and firmware data on peripherals like network cards or GPUs. Understanding the exact version matters for compatibility, security, and update planning. According to Debricking, the majority of update issues arise when users aren’t aware of their current firmware baseline. This knowledge helps you decide whether a firmware update is necessary, and which tools to use for verification. In practice, you’ll balance quick OS-based reads with vendor utilities for deeper checks. For most home and office PCs, starting with BIOS/UEFI and your primary storage device covers the majority of use cases.

Quick checks: System Information, WMIC, PowerShell, Device Manager

Windows provides several routes to surface firmware versions without rebooting. System Information (msinfo32) displays BIOS Version/Date, which is your BIOS/UEFI baseline. WMIC can sometimes reveal firmware revision for disks and NICs, though results vary by vendor. PowerShell offers Get-CimInstance or Get-WmiObject to query Win32_BIOS for SMBIOSBIOSVersion. Device Manager can hint at device-level firmware when the vendor exposes a firmware field in the device properties. For best results, combine these methods to triangulate the exact version across major components. In practice, running a quick combo of msinfo32, a PowerShell cmdlet, and a device manager check gives you a solid baseline.

Checking BIOS/UEFI version from Windows

To verify BIOS/UEFI, start with System Information. Press Windows+R, type msinfo32, and hit Enter. Look for 'BIOS Version/Date' in the System Summary. If you need scripting, PowerShell can fetch SMBIOSBIOSVersion via Get-CimInstance -ClassName Win32_BIOS, and display it with Select-Object. You should also consider rebooting into the BIOS/UEFI setup screen to confirm the version shown by the firmware itself when you’re ready to update. This method avoids unnecessary restarts and keeps you grounded in the OS view before any firmware changes.

Checking firmware on storage devices (SSD/HDD)

Storage device firmware can be queried with WMIC: open Command Prompt as administrator and run: wmic diskdrive get model, firmwareversion. Some drives expose FirmwareRevision instead of firmwareversion, so you might try both properties. If you prefer PowerShell, you can use Get-WmiObject or Get-CimInstance with the appropriate class (Win32_DiskDrive) and select the firmware property. Remember, not all drives report firmware in the OS; in those cases, rely on the drive’s own toolkit or the vendor’s Update utility for precise numbers and to verify the current revision.

Checking firmware on other peripherals (GPU, NICs, and more)

Many peripherals don’t expose firmware revisions in a consistent OS location. Start with Device Manager: expand the device category (Display adapters, Network adapters, etc.), right-click the device, and select Properties > Details > Hardware IDs or Firmware Version if available. For GPUs, vendor utilities such as NVIDIA GeForce Experience or AMD Radeon Software often display current firmware or provide update options. If a direct firmware read isn’t presented, you can still confirm the device is up to date by using the vendor’s control panel and comparing the reported firmware or driver version to official release notes. This approach minimizes guesswork when OS-provided fields are sparse.

Using manufacturer tools for deeper firmware details

Beyond Windows built-ins, vendor utilities deliver deeper firmware visibility and update paths. Dell Command | Update, HP Support Assistant, Lenovo Vantage, and Intel Driver & Support Assistant are examples that can surface firmware versions and propose updates. For SSDs, third-party tools like Samsung Magician, Crucial Storage Executive, or WD Dashboard often report the installed firmware revision and available updates. These tools are especially helpful when Windows reports are ambiguous or when you manage multiple devices from a single console. Debricking’s guidance emphasizes cross-checking OS reports with manufacturer tools to avoid missing firmware layers that Windows alone can’t reveal.

When firmware version matters: updates, risks, and flow

Knowing your firmware version helps you plan updates safely. Always check the release notes for firmware updates to understand fixes and risks, especially for critical components like BIOS/UEFI or storage controllers. Before updating, back up important data, ensure stable power (use a reliable power source for laptops), and confirm you are applying the correct revision for your exact model. The debrick risk scenario includes bricking a device if a wrong firmware is flashed; hence verify model numbers, serials, and compatibility. If you’re unsure, consult vendor documentation or reach out to support with your current firmware version details to confirm the right update path.

Troubleshooting common issues finding firmware version

If you can’t see firmware details in Windows, check for firmware visibility limitations: some devices hide firmware data behind vendor utilities; virtualization can obscure hardware attributes; or your system may be using generic drivers that don’t expose firmware fields. Ensure you are running with administrator rights, update your device drivers, and use multiple lookup methods (OS tools plus vendor utilities) to cross-check. If a device reports an older firmware after an update, re-check with the vendor tool and verify the exact model number to avoid misidentifying firmware revisions. Debricking recommends a layered approach: OS-based checks first, followed by vendor utilities for confirmation.

Quick-reference cheat sheet: key commands and steps

• BIOS/UEFI: msinfo32 > System Summary > BIOS Version/Date; PowerShell: Get-CimInstance -ClassName Win32_BIOS | Select SMBIOSBIOSVersion
• Disk firmware: wmic diskdrive get model, firmwareversion; PowerShell: Get-CimInstance -ClassName Win32_DiskDrive | Select Model, FirmwareRevision
• NIC/GPU: Device Manager > Properties; vendor control panels for firmware details
• Updates: vendor utilities (Dell/HP/Lenovo), SSD tools (Samsung Magician, WD Dashboard)
• Caution: always back up data before firmware updates; verify device model matches update notes

Quick notes on scriptable checks

PowerShell scripting can automate firmware checks across multiple devices using Get-CimInstance and WMI classes. For administrators managing fleets, a simple script can pull BIOS, disk, and NIC firmware versions into a central log. Start with a test device, confirm the output fields match your devices, then extend into a broader fleet audit. Always test in a controlled environment before rolling out automated checks everywhere.