Switching from Windows to MacBook in 2025: Top 5 myths and real-life scenarios

The transition from Windows to MacBook in 2025 continues to attract interest from private users and professionals considering upgrading their equipment. The reasons for this are not only hardware changes in Apple devices, but also the development of the macOS operating system, which offers alternative approaches to performance, security, and ecosystem compatibility. Let's look at five common myths about macOS, as well as real-world use cases that allow us to assess the feasibility of switching from the perspective of everyday and professional tasks.

Myth 1: macOS is inconvenient and unfamiliar to Windows users

Many believe that macOS does not support Windows-familiar features by default. However, there are special utilities that provide similar functionality. The transition involves learning new interaction logic, but the customization options allow you to significantly smooth out the differences.

• By installing window managers such as Rectangle or Magnet, you can get the familiar snap interface.
• Third-party clipboards provide access to the clipboard history, similar to Win+V.
• Users can customize keyboard shortcuts and trackpad behavior through system settings, bringing the interface closer to what they are used to.

Myth 2: Important software does not work on Mac

This myth is particularly troubling for professionals who depend on specialized software. However, virtualization on Mac allows you to run Windows applications without abandoning macOS.

• Parallels Desktop supports Windows 11 ARM and x86 applications through emulation.
• Steam games can be played in Parallels with a gaming profile, although performance is lower than on a native PC.
• For popular business applications or specialized software, you can use cloud versions or connect via a remote desktop.

Myth 3: There are no games or gaming programs on Mac

Although the game library in macOS is indeed limited, virtualization expands the possibilities. Alternatives allow you to run Windows games, albeit with some performance degradation.

• Parallels is suitable for older games with DirectX 9-11, while Crossover or Wine are suitable for the latest games.
• Apple is developing Metal, its own graphics API, which is gradually being supported by game developers.
• With the release of the new M-series chips, the performance of the built-in graphics has increased, making it possible to run more resource-intensive projects.
• Switching between macOS and Windows happens without rebooting, in a virtual machine window.

Myth 4: MacBooks are too expensive and not worth it

The high starting price of MacBooks is seen as their main drawback. However, it's important to consider the total cost of ownership.

• The price of Apple devices takes into account not only their specifications, but also the optimization of the hardware for macOS, which affects stability.
• Macs last 6-8 years, while PCs last an average of 4 years, and Macs retain their value when sold.
• After three years of ownership, a MacBook may end up being cheaper due to lower maintenance costs.

Myth 5: MacBook depends on the Apple ecosystem

There is a perception that Mac is only useful if you have other Apple devices. In fact, macOS integrates well with external devices and does not require additional gadgets.

• File sharing and network protocols such as SMB are fully compatible with the Windows environment.
• Virtual machines allow you to run a Windows environment even without an iPhone or iPad.

Real-world use cases

Below are examples of where macOS combines the advantages of its own environment with the capabilities of Windows applications.

• A programmer uses Xcode on macOS and runs Windows IDE through Parallels without changing devices.
• A designer works in Figma on a Mac and, when necessary, opens accounting software from a Windows virtual machine.
• A student conducts research on macOS and runs Windows programs in parallel for joint courses.

Thus, the transition from Windows to MacBook in 2025 is possible without losing familiar programs and workflows. Modern virtualization tools, universal networking features, and the evolution of Apple's hardware platform make the transition technically and financially viable.