Short answer: Mac users can run Windows apps without buying a Windows PC in seven ways: a cloud PC, a virtual machine, x86 emulation, remote access to a PC they already have, an employer-published remote app, Boot Camp (Intel Macs only), or a compatibility layer such as CrossOver. On an Apple silicon Mac (M-series), Boot Camp is not available, virtual machines run Windows 11 ARM, and the best choice depends on the app: use a virtual machine or compatibility layer for light apps, and a cloud PC for demanding, GPU-dependent or persistent workloads.
A Mac can be an excellent daily computer until a required Windows-only app gets in the way. Maybe it is a game, an engineering tool, an internal work app, a GPU-based development environment, or software your course requires. These seven ways give you options, but they do not deliver the same performance, cost or convenience.
The right choice comes down to the app, your Mac and how often you need Windows. A lightweight business tool has very different needs from a modern game, 3D workflow or AI project.
Which Method Should You Pick?
| Your situation | Start with |
|---|---|
| One or two light Windows apps (Office-type tools, older business software) | Virtual machine or compatibility layer |
| Demanding apps: CAD, 3D, video, rendering, GPU development | Cloud PC |
| Your employer or school already provides Windows access | Remote desktop or published remote app |
| Old Intel Mac you already own | Boot Camp |
| Old, small, hard-to-replace utility | x86 emulation |
| Need Windows occasionally and don't want to install it on your Mac | Cloud PC |
Compare All 7 Ways at a Glance
| Method | Works on Apple silicon? | Performance | You provide | Best for | Main limit |
|---|---|---|---|---|---|
| 1. Cloud PC | Yes (runs remotely) | High, GPU options | Internet connection, your software licenses | Demanding or persistent workloads | Needs a stable connection |
| 2. Virtual machine | Yes (Windows 11 ARM) | Medium | Windows license, Mac RAM and storage | Everyday Windows apps | Uses your Mac's resources |
| 3. x86 emulation | Yes | Low | Technical setup | Legacy utilities | Slow, not for demanding apps |
| 4. Remote into an existing PC | Yes | Fixed by that PC | A PC you may use | Remote employees | Someone must run and maintain that PC |
| 5. Published remote app | Yes | Set by the organization | Organization's access | Company-provided software | Only what is published |
| 6. Boot Camp | No (Intel Macs only) | Native | An Intel Mac | Old Intel Mac, games, peripherals | Restart to switch; storage split |
| 7. Compatibility layer | Yes | Good for supported apps | App compatibility testing | One or two specific apps | Not every app works |
The Apps That Cause the Problem
Most Mac users hit this issue because of one app that has no macOS version. Examples commonly cited as Windows-only include Microsoft Access, Power BI Desktop, SolidWorks and Revit, and the full Visual Studio IDE (the Mac version was retired). Check that your specific app and version are still Windows-only, and check the vendor's Windows ARM support if you plan to use a virtual machine on an Apple silicon Mac.
1. Use a Cloud PC for a Full Windows Desktop
A cloud PC gives your Mac access to a complete Windows desktop running on remote hardware. Your Mac handles the display, keyboard, mouse and audio. The Windows computer handles the processing, storage and graphics.
This is often the most practical route when you need more than basic Windows access. You can use demanding desktop software, development tools, GPU-accelerated applications and supported games without filling your Mac's drive with a Windows installation. Files stay on persistent cloud storage, so your desktop is available when you sign in again from your Mac or another supported computer.
SensePC is one option: a Windows 11 cloud PC with dedicated NVIDIA L4 GPU configurations, persistent SSD storage and hourly, daily and monthly access, reachable from a Mac, laptop, desktop or supported browser. You bring your own software licenses.
The trade-off is connection quality. A cloud PC works best with stable, reasonably fast internet and a network path that feels responsive from your location. It may not suit work that must continue during an outage or tasks where every millisecond of input response matters. For occasional high-performance work, it can cost less than owning hardware that sits idle most of the month.
2. Run Windows in a Virtual Machine
Virtual machine software lets Windows run in a window on your Mac, alongside macOS apps. Common products include Parallels Desktop and VMware Fusion. You can switch between systems quickly and copy files between them.
This suits everyday Windows apps: office tools, older line-of-business software, basic coding environments and testing websites in Windows browsers. It is especially convenient if you need Windows regularly but don't need desktop-class graphics.
Apple silicon Macs run Windows 11 for ARM in a virtual machine. Most x86 and x64 Windows apps run through Windows' built-in emulation, but not every app, driver, plug-in or security tool behaves the same way. Software that needs kernel-level drivers, some peripherals and plug-ins that require native ARM builds are common blockers. Check your software vendor's Windows ARM support before building a workflow around it.
Virtual machines use your Mac's CPU, memory, battery and storage, and a Mac with limited RAM can feel slow when both systems are active. You need a valid Windows license (Windows 11 ARM is generally not sold directly to consumers by Microsoft, and Parallels reports being the authorized way to get it on Apple silicon; check current terms). Graphics-heavy software and 3D games often perform inconsistently because the graphics are virtualized.
3. Emulate an Older x86 Windows Environment
Emulation recreates a different processor architecture in software. On an Apple silicon Mac, tools such as UTM can run an x86 version of Windows or software that expects a traditional Intel-style environment.
This is useful for legacy software, old utilities and technical testing, where compatibility matters more than speed. Performance is the catch: the Mac translates instructions instead of running them directly, so it is not the first choice for games, video editing, CAD, rendering or GPU development. Setup can also be more technical than a mainstream virtual machine.
Think of emulation as a compatibility tool, not a high-performance workstation. If the software is old, small and difficult to replace, it may be exactly what you need. If it is demanding, move to a cloud PC or a physical Windows machine.
4. Remote Into a Windows PC You Already Have Access To
You may not need to buy a Windows PC if one already exists at work, school, a lab or another place you are authorized to use. Remote desktop software, such as Microsoft's Windows App for Mac, lets you control that machine from your Mac and run its installed Windows apps.
For remote employees this is often the simplest option. The Windows environment stays inside the organization, the applications remain installed where IT expects them, and the Mac becomes a lightweight access device.
The limitation is that someone still has to own, power, maintain and secure that PC, its performance is fixed by its hardware, and it must stay online. An aging office desktop will not become a GPU workstation because you connect from a Mac.
5. Use a Published Remote App From Your Employer or School
Some organizations publish individual Windows applications instead of a full remote desktop. You open the approved application on your Mac, but it runs on a managed Windows system in the organization's infrastructure.
This is clean for specialized business software, accounting packages and internal databases that should not be installed on personal devices. The downside is control: you can only use what the organization publishes, performance depends on its configuration, and you may not be able to install your own tools, connect every peripheral or use the app offline. For company software that limitation is often intentional. For personal projects, a cloud PC or virtual machine gives you more freedom.
6. Dual-Boot Windows With Boot Camp (Intel Macs Only)
On an older Intel-based Mac, Boot Camp can install Windows on a separate partition. When you restart into Windows, the Mac behaves much like a conventional Windows computer, with direct access to the processor, memory and supported graphics hardware.
That makes dual boot one of the better local options for native Windows performance on compatible Intel Macs, useful for games, specialized peripherals and software that does not behave well in a virtual machine. The limits are major: Boot Camp is not available on Apple silicon Macs, so it does not work on current M-series MacBooks and desktops. You also restart every time you switch systems, give up part of your internal storage and live with your existing Mac's performance ceiling.
It is a smart use of an Intel Mac you already own. It is not a long-term answer if you need more GPU power, more storage or the flexibility to scale for different projects.
7. Try a Windows Compatibility Layer
A compatibility layer runs certain Windows applications directly on macOS without installing the full Windows operating system. It translates Windows app calls into macOS equivalents. Some tools are community-driven; others, such as CrossOver, package the process into a guided commercial product.
This can be the lightest and fastest option for a specific supported app: no separate Windows desktop to maintain, no large virtual disk, and often less overhead than a virtual machine. Compatibility is the deciding factor. Some apps work very well; others fail to install, show display problems, need unsupported drivers or break after an update. Complex professional software, anti-cheat-protected games, hardware utilities and apps with unusual dependencies need careful testing.
Use this when you need only one or two Windows programs and can verify they work before investing time in setup.
What to Check Before You Choose
- The exact app and version. Does the vendor support Windows on ARM, a virtual machine or a cloud desktop?
- Licensing. You need a Windows license for a virtual machine, and your software licenses must allow use on a virtual or cloud machine.
- Hardware needs. Does the app need a dedicated GPU, kernel-level drivers, or USB hardware?
- Anti-cheat and security tools. Competitive games with kernel-level anti-cheat often fail in virtual machines and may be restricted on cloud PCs.
- Your Mac. RAM and free storage matter for a virtual machine. Boot Camp matters only if you have an Intel Mac.
- Your connection, if you choose a cloud PC, remote desktop or remote app.
- How often you need Windows. Occasional use favors a cloud PC or compatibility layer; daily use of a light app favors a virtual machine.
Security and Data Location (Especially for Work and UK Users)
If you plan to run work software on a cloud PC from your Mac, ask the provider where your data is stored, how access is controlled, and what you are responsible for. Security is shared: the provider protects the infrastructure, while you control passwords, multi-factor authentication, installed software and what you store. See what actually protects a remote Windows session. If your work involves regulated or client data, confirm data location and contractual terms with the provider before moving files. UK users can also check the provider's current regions and price (including VAT) on its pricing page.
Choose Based on the Work, Not the Operating System
For a simple Windows app, start with a virtual machine or compatibility layer. If your employer already provides remote access, use that managed environment. Intel Mac owners may get good local results from dual boot.
When your work needs stronger graphics, more CPU or RAM, large persistent project files, or an environment you can reach without owning a workstation, a cloud PC is usually the more flexible path. No expensive gaming rig. No upgrade cycle. No need to turn your Mac into something it is not.
Before choosing, test the exact app, check licensing and be honest about how often you will need Windows. The best setup gives you enough performance and compatibility without paying for hardware or complexity you don't need. For games specifically, see what actually works on a Mac, and for CAD see cloud-based 3D CAD software.
SensePC at a Glance
| What it is | A Windows 11 cloud PC you access from a Mac, laptop, desktop or supported browser |
| GPU | Dedicated NVIDIA L4 configurations |
| Storage | Persistent SSD storage |
| Billing | Hourly, daily and monthly |
| Remote access | Performance Mode powered by NICE DCV |
| You provide | Your own software and game licenses, a stable internet connection |
| Not ideal for | Offline work, tasks that depend on the lowest possible input latency |
| See it running | Kingdom Come: Deliverance II on SensePC |
How can I run Windows apps on a Mac without buying a Windows PC?
Seven ways: a cloud PC, a virtual machine, x86 emulation, remote access to a PC you already can use, an employer- or school-published remote app, Boot Camp (Intel Macs only) and a compatibility layer such as CrossOver. A cloud PC such as SensePC suits demanding or persistent workloads, while a virtual machine or compatibility layer suits light apps.
What is the best way to run Windows software on an Apple silicon Mac?
It depends on the app. For everyday apps, a virtual machine running Windows 11 ARM is the usual choice. For one or two supported apps, a compatibility layer can be lighter. For demanding or GPU-dependent software, a cloud PC avoids loading your Mac.
Can I still use Boot Camp on a Mac with an M1, M2, M3 or newer chip?
No. Boot Camp is available only on Intel-based Macs. Apple silicon Macs must use a virtual machine, a compatibility layer, remote access or a cloud PC instead.
Which is better: Parallels, VMware Fusion, UTM or CrossOver?
Parallels is generally described as the smoothest virtual machine for regular Windows use and is reported to be the Microsoft-authorized way to run Windows 11 ARM on Apple silicon. VMware Fusion is reported to be free for personal use. UTM is open source and supports emulation but is slower and more technical. CrossOver runs specific Windows apps without installing Windows, but compatibility varies. Check current terms and prices for each.
Is there a free way to run Windows on a Mac?
Yes, with limits. VMware Fusion is reported to be free for personal use, and UTM is available free from its developer. Both need a Windows license for full use, and neither is a high-performance option for demanding software.
Will my Windows app work on an Apple silicon Mac? Does Windows 11 ARM run x86 apps?
Windows 11 ARM runs many x86 and x64 apps through built-in emulation, and most everyday software works. Apps that need kernel-level drivers, some peripherals, ARM-incompatible plug-ins and competitive games with kernel anti-cheat are the common problems. Check the vendor's Windows ARM support and test before committing.
Do I need to buy a Windows license to run Windows on a Mac?
For a virtual machine, yes: you need a valid Windows license (a "licence" in UK spelling). A cloud PC supplies the Windows environment, but your own application licenses still apply. Check each product's terms.
How do I run Windows-only software like SolidWorks, Revit, Power BI Desktop or Access on a Mac?
Confirm the app is still Windows-only and check its Windows ARM support. Light use may work in a virtual machine. Demanding CAD, 3D or GPU workloads are better on a cloud Windows PC or a remote workstation. See cloud-based 3D CAD software.
Can I use a cloud PC to run Windows-only software on my MacBook?
Yes. A cloud PC such as SensePC provides a Windows 11 desktop that you control from your Mac. You install your own licensed software, and your files stay on persistent cloud storage. It needs a stable internet connection.
Is a cloud PC or Windows 365 better than Parallels for a Mac user?
Parallels runs Windows on your Mac, so it works offline but uses your Mac's resources. A cloud PC or Windows 365 runs elsewhere, so it frees your Mac's resources and can offer more powerful hardware, but it needs a connection and a subscription or usage fee. Choose by workload and how often you need Windows.
Can I play Windows games on a Mac without Boot Camp?
Sometimes. Compatibility layers and cloud PCs can run many games, but competitive titles with kernel-level anti-cheat often fail in virtual machines. See which games work on a Mac.
Is it safe to run work software on a cloud PC from my Mac, and where is the data stored?
Cloud PCs can be run securely, but security is shared between the provider and you. Ask the provider where data is stored and how access is controlled, use strong passwords and multi-factor authentication, and confirm contractual terms for regulated or client data. See what protects a remote Windows session.
