How to check your motherboard make and model

Most people never think about their motherboard until an upgrade, a repair, or a mysterious performance issue forces them to. Yet that single piece of hardware quietly dictates what your computer can and can’t do. Your board’s make and model decide which central processing units (CPUs) you can drop in, how much and what type of memory you can use, and whether future upgrades are even possible.

Finding your exact model isn’t just trivia. It can unlock firmware updates that boost stability, reveal whether your system is using proprietary parts (common in prebuilts from Dell or HP), and help you avoid costly upgrade mistakes. In this guide, we’ll show you how to quickly identify your motherboard’s make and model depending on the type of PC you own and the operating system you run.

Why bother checking your motherboard model?

Your motherboard isn’t just another component; it’s the foundation that determines every upgrade possibility your system will ever have. Its make and model dictate:

• Which CPUs it can support. If you use a lower-end chip, you can check out how to reduce CPU usage to boost performance.
• The type and maximum amount of random-access memory (RAM) you can install.
• The number and speed of component interconnect express (PCIe) lanes available for graphics cards or NVMe drives.
• Whether certain firmware-level features (like virtualization or TPM) are even possible.

At the heart of this is the chipset, which acts as the traffic controller for your components. Paired with your basic input/output system (BIOS) version, it sets hard limits on what hardware you can use. For example, even if a CPU fits the socket, it won’t run if the chipset or BIOS doesn’t support it.

How to check your motherboard details on different operating systems

Method 1: Windows PCs

Windows gives you several ways to pull your motherboard info, from a quick GUI check to a PowerShell one-liner. Choose the right method for your situation, and you’ll have the answer in seconds.

To get accurate results, run these steps on the physical host PC or use a remote monitoring and management (RMM) platform to push commands directly to endpoints. If you manage more than one machine, manually checking each board can be time-consuming. With Atera, you can pull manufacturer, model, serial number, chipset, and BIOS version for every endpoint.

» Learn more about the benefits of an RMM

System Information (msinfo32) is the fastest method for most users

1. Press Win + R, type <msinfo32>, and hit Enter
2. In the left panel, select System Summary
3. Look for BaseBoard Manufacturer, BaseBoard Product, and BaseBoard Version in the right pane

This graphical user interface (GUI) view is simple and reliable for both retail and OEM boards, though some OEM systems may list a generic name.

» Find out how to paste commands in PowerShell.

PowerShell (Get-CimInstance) is the most accurate and future-proof

1. Open PowerShell as Administrator
2. Run: <Get-CimInstance -ClassName Win32_BaseBoard | Format-List>
3. You’ll see the manufacturer, model, version, and serial number. These are all in a format you can script and export

» Find out how to automate tasks with PowerShell scripts.

Third-party tools like CPU-Z or HWiNFO give the same info with added chipset details, but they require a download and may be restricted in corporate environments.

Please note: If you run these command prompts in a remote desktop session or inside a virtual machine, you might only see entries like ‘Microsoft Hyper-V Virtual Motherboard’ or ‘VMware Virtual Platform’ instead of the actual board model.

Method 2: Linux PCs

Linux doesn’t have a friendly GUI for this, but a few terminal commands can tell you everything you need to know. The right tools give you accurate details straight from the system’s hardware tables.

<dmidecode> is the go-to tool for accurate, low-level hardware data:

1. Open a terminal
2. Run: <sudo dmidecode -t baseboard>
3. You’ll see manufacturer, product name, version, and serial number pulled directly from the system’s DMI/SMBIOS tables

<lshw> provides a broader hardware context, including bus and firmware details:

1. Install if needed (<sudo apt install lshw> on Ubuntu/Debian)
2. Run: <sudo lshw -class motherboard>

<hwinfo> is another option, producing structured output that’s easy to parse for automation:

1. Install on Ubuntu/Debian with <sudo apt install hwinfo>, or on Arch with <sudo pacman -S hwinfo>
2. Run: <sudo hwinfo –motherboard>

Distro differences:

• Ubuntu/Debian often include <dmidecode> and <lshw> by default
• CentOS/RHEL may require enabling EPEL for <lshw>
• Arch and other minimal distros require manual installation for all three tools

Method 3: Apple PCs

Apple won’t show you the full logic board model in macOS, but there are workarounds. A mix of serial lookups and MDM tools can reveal the details you need for repairs, upgrades, or asset tracking.

On macOS, checking your motherboard model isn’t as straightforward as on Windows or Linux. Apple doesn’t expose detailed logic board identifiers through the OS, partly for security and partly because their hardware is tightly integrated.

You won’t find commands like <dmidecode here>, and System Information and <system_profiler> stop short of giving full board specs.

Instead, you’ll need to work with the data Apple does provide:

1. Go to Apple Menu → About This Mac and note your serial number.
2. Enter that serial on a site like EveryMac or Apple’s Check Coverage tool to retrieve the exact model and year, which indirectly points to the board type.

For IT teams managing multiple Macs, Apple Configurator 2 or a mobile device management (MDM) solution can centralize serial numbers and model info across fleets. While you still won’t see the bare motherboard model, you can link each serial to Apple’s documented hardware specs.

Troubleshooting: What to do if you can’t find your motherboard details

Go straight to BIOS or UEFI

If the OS can’t give you a clear answer, the motherboard model is often visible in BIOS or Unified Extensible Firmware Interface (UEFI). This is also the place to double-check board revisions and firmware before making hardware changes.

Sometimes the quickest way to confirm your motherboard model is to skip the OS entirely and check the firmware interface. This is especially useful if:

• The operating system won’t boot
• System tools return incomplete or generic information
• You’re verifying compatibility for CPU, RAM, TPM, or virtualization features before an upgrade
• You need the exact board revision for a BIOS update

Accessing the BIOS/UEFI:

1. Restart your PC and press the vendor-specific key (often Del, F2, or F10) during startup
2. Look for a System Information, Main, or Motherboard Info section

Vendor differences:

• ASUS: In EZ Mode, the model is prominently displayed in the center panel.
• MSI: In Click BIOS 5, open the System Information tab.
• Gigabyte: In hybrid or classic UEFI, check the Main tab or a dedicated motherboard info section.
• Dell/HP: These are often in simplified OEM BIOS menus; you may need admin access to view full details.

While you’re there, note the BIOS version and build date. These are critical for determining if firmware updates are needed for hardware compatibility.

Identify your motherboard by sight

Sometimes the only reliable method is a physical inspection. After you power down the system and unplug it from the wall, you can read the model right off the board and be sure of what you’re working with.

When all else fails (especially if the system won’t power on), physically inspecting the motherboard will give you the most reliable identification.

Where to look:

• Silkscreened text: Most manufacturers print the model name directly on the PCB, often near the CPU socket, RAM slots, or PCIe lanes.
• Barcode stickers: Many boards have a small sticker on the edge or between slots with the model, serial number, and revision.

» Is your motherboard beeping? Find out why.

The problem with OEM PCs

Retail boards from popular manufacturers follow standard advanced technology ATX, eATX, Micro-ATX, or Mini-ITX form factors, so you can easily look up specs and supported upgrades.

OEM systems are a different story. Many use custom or proprietary motherboards with internal model codes that don’t match retail names. For example, an HP tower might report its board as “BaseBoard Product: 8633” instead of something recognizable like “ASUS B450M-A.”

In these cases, you may need to cross-reference the serial number or service tag on the manufacturer’s website to get accurate details. Some OEM boards also use nonstandard power connectors or case layouts, limiting replacement and upgrade options.

Confirm the model, then plan your upgrade

Identifying your motherboard’s exact make and model isn’t just a box to tick; it’s the foundation for any safe, successful upgrade or repair. Whether you use built-in OS tools, command-line queries, BIOS menus, or a quick visual check, the right approach gives you the details you need to avoid compatibility issues, plan future upgrades, and keep your system running at its best.

Once you have that information, verify it with the manufacturer’s support pages, check for firmware updates, and you’ll be ready to make confident, informed hardware decisions.

If you manage multiple PCs or clients, checking motherboard models manually can be tedious. With Atera’s RMM platform, you can run one script across all endpoints and instantly export a full hardware inventory; no manual lookups required.