Rising RAM Prices Could Make Your Next Windows PC More Expensive

PC manufacturers are starting to price in higher memory costs for 2026, with continued increases expected into 2027. For enterprise IT teams managing hundreds or thousands of Windows endpoints, that turns memory from a hardware specification into a budget consideration.

As organizations plan their next refresh cycle, rising component costs could increase the cost of deploying and maintaining Windows hardware, particularly for users who need higher-memory systems to support demanding workloads.

There is another option.

For years, organizations have assumed that Windows workloads require Windows hardware. But as hardware costs rise and endpoint strategies evolve, more IT leaders are taking a fresh look at that assumption.

Many are discovering that the combination of Mac hardware and Parallels Desktop for Enterprise can provide the Windows compatibility their users need while simplifying endpoint management and increasing flexibility across the organization.

The hidden cost of Windows at scale

The cost of a Windows endpoint extends well beyond the initial hardware purchas.

Device procurement, lifecycle management, security tooling, support overhead, and recurring refresh cycles all contribute to the total cost of ownership. As organizations deploy more demanding workloads, memory requirements become another important consideration.

Many users running CAD software, SAP environments, development tools, analytics platforms, and financial modeling applications benefit from systems configured with 32GB of memory or more. As memory costs rise, organizations may find themselves spending more to maintain the same level of performance across large fleets.

For organizations managing hundreds or thousands of devices, even modest increases in per-device costs can have a significant budget impact.

Apple silicon offers a different approach

Apple's unified memory architecture allows the CPU, GPU, and Neural Engine to access a shared pool of memory, helping improve efficiency across a wide range of workloads. As a result, 18GB of unified memory can be more capable than the raw capacity suggests for many professional and creative tasks.

From an enterprise planning perspective, organizations purchasing Mac hardware can configure systems to meet workload requirements up front and deploy those systems to meet workload requirements up front and across multiple use cases. Combined with the performance and power efficiency of Apple silicon, many organizations are finding that Macs can support both macOS and Windows workflows on a single device.

The result is a more flexible endpoint strategy that reduces the need to manage separate device fleets for different operating systems.

One device. Multiple operating systems. Full enterprise control.

But what about the Windows applications that your users depend on every day? If a critical application doesn't run on macOS—or doesn't deliver the same experience—doesn't that mean you're effectively locked into buying and managing Windows hardware?

The good news is that you aren't.

Many business-critical applications still require Windows, whether for development, engineering, finance, operations, or line-of-business workflows. Organizations often rely on tools such as Microsoft Power BI Desktop, ArcGIS Pro, Visual Studio, and other Windows-only applications that are difficult or impossible to replace. Historically, that requirement often meant purchasing and managing separate Windows devices.

Today, Parallels Desktop for Enterprise gives organizations another option. It enables Windows 11 to run on Apple silicon Macs using hardware-assisted virtualization, allowing users to access Windows and macOS applications on the same device without rebooting or switching computers.

For employees, the experience is straightforward: one computer that supports both operating systems.

For IT teams, it means greater flexibility when standardizing hardware across the organization. Instead of maintaining separate Mac and Windows fleets, organizations can support both environments on a single platform while continuing to provide access to the Windows applications their users need.

Enterprise management without additional complexity

Running Windows on a Mac should not create more work for IT.

With Parallels Desktop for Enterprise, organizations can integrate Windows workloads into the management tools they already use, including Jamf, Iru (previously Kandji), and Microsoft Intune. IT administrators can automate deployment, provision standardized virtual machine images, and manage licensing centrally across the organization.

Security teams can also maintain established controls through technologies such as BitLocker encryption inside Windows virtual machines, centralized policy management, and configurable networking options.

In other words, supporting Windows on Mac does not have to mean creating a separate management model. Instead of maintaining separate Mac and Windows hardware fleets, organizations can support both environments on a single platform while preserving governance, consistency, and control.

Choosing the right Mac for the workload

Not every user needs the same machine.

Some employees need occasional access to Window applications. Others run development tools, analytics platforms, engineering software, or other resource-intensive workloads every day. The advantage of a Mac and Parallels Desktop strategy is that IT teams can match the device to the workload while still giving users access to both macOS and Windows.

• MacBook Neo — Powered by the A18 Pro with 8GB of unified memory, MacBook Neo handles everyday productivity tasks, including Microsoft 365, email, web browsing, and collaboration tools. For employees who occasionally need Windows applications, Parallels Desktop enables both operating systems to run on a single device, providing a cost-effective way to maintain Windows compatibility.
• MacBook Air M4 (up to 32GB) — A great fit for employees who rely on Windows applications throughout the workday. Well suited for Microsoft 365, line-of-business applications, browser-based tools, and users who need consistent access to Windows and macOS on a lightweight, portable device.
• MacBook Pro / Mac mini M4 Pro (up to 64GB) — Well suited for developers, technical professionals, analysts, and power users running resource-intensive Windows applications alongside macOS workloads. Additional memory and processing power help support development environments, data analysis tools, business intelligence platforms, and multitasking across both operating systems.
• High-performance Mac configurations — Ideal for engineering teams, creative professionals, and users with data-intensive workloads. With significant processing power and memory capacity, these systems can support demanding applications such as CAD software, GIS platforms, simulation tools, large datasets, and other performance-intensive Windows workloads running alongside macOS.

With Parallels Desktop, each of these systems can support both macOS and Windows workflows without requiring a separate PC.

The bottom line

Rising memory costs are forcing organizations to take a closer look at endpoint strategy.

Mac hardware and Parallels Desktop give organizations the flexibility to support both Windows and macOS workloads on a single device. Instead of maintaining separate hardware fleets, IT teams can standardize on Mac hardware while continuing to provide access to the Windows applications many users still depend on.

The result is a simpler endpoint strategy, greater flexibility for employees, and a more predictable approach to future hardware refresh cycles.

As memory costs continue to evolve, organizations may find that the most practical way to support Windows workloads is not by purchasing more Windows PCs, but by extending the capabilities of the Macs they already deploy.

If your organization is planning to upgrade its fleet to a Mac ecosystem while still relying on legacy or Windows applications, contact us to learn how Parallels Desktop for Enterprise can help.