The Future of Laptops for Virtual Reality

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Written By Luca Booth

Luca Booth is a pioneering voice in the intersection of technology and spatial design, and the lead author at VPR Matrix. With a background in architectural design and a passion for the latest in virtual reality innovations, Luca brings a unique perspective to the world of VR architectural design.

With the rise of virtual reality (VR) technologies, laptops have become an essential tool for enthusiasts, gamers, and professionals alike. As the market for VR laptops grows, so too does the demand for more performance hardware that can deliver high-quality VR experiences. In this article, we’ll take a closer look at the latest advancements in the field of VR laptops and explore what the future might hold for this incredible technology.


Over the past few years, VR has transformed the way we interact with digital content. Even in the beginning, VR hardware was prohibitively expensive, and the software was limited. Fortunately, the technology has advanced exponentially, increasing performance, reducing cost, and ultimately bringing VR into the mainstream. Although desktops maintain a dominant position in the VR ecosystem, laptops have become popular since they allow mobility and provide functionality without sacrificing power.

Laptops made a fantastic leap in VR performance with the introduction of the meta quest 2 and Oculus Quest 2 headsets by Facebook. These standalone VR headsets use optimised chips that provide top-tier VR and experiences exceeding gaming consoles mid-cycle. The immersive visual experience provided by these devices makes them an excellent option for innovators and developers of VR hardware and software for the future.

Current State of Laptops for Virtual Reality

The standardisation of affordable and high-performing graphic processing units (GPU) – such as Nvidia’s GeForce GTX or Radeon RX series – has pushed the market to develop laptops with VR capabilities. The importance of having powerful CPUs is also a crucial factor to ensure great hardware performance. However, with the advent and integration of Nvidia RTX 30 series GPUs in VR-resistant laptops, high frame rates have become the key to VR’s success. Additionally, for a more seamless user experience, high-resolution screens are essential, combined with specific laptops, ensuring smoother gameplay.

Virtual Reality is a hardware-intensive technology, requiring significant investments in hardware such as the GPU and CPU. While consumer-grade laptops may provide the basics for VR, they generally cannot compete with desktops. Nonetheless, enthusiasts who travel frequently or need the option to take their work on-the-go can now rely on high-powered laptops in markets such as gaming, design, education and other virtual realms.

In the coming months, laptops and work laptops will become more competitive in the VR/AR market. Work laptops will need to have essential features such as ergonomics, connectivity, long battery life, storage space, and ports, such as those provided by XR workstations. General-purpose laptops, on the other hand, will require more powerful graphics processing units and improved CPUs.

Stay tuned as the next sections will explain in-depth how trends will shape the future of VR laptops and the latest innovation in the market

Trends that are shaping the Future of VR Laptops

As the demand for VR-capable laptops grows, hardware manufacturers are developing optimized computing components for VR applications. Optimized CPUs, graphics cards, and displays will provide a better overall experience for users.

Mixed reality headsets are becoming more commonplace, such as Meta’s “Project Cambria,” which is under development. The latest version of Cambria comes equipped with advanced eye and face tracking technology coupled with enhanced mixed reality capabilities. As companies incorporate AR devices into their work environments, the features found in Cambria offer the best of both worlds, providing immersive VR experiences along with realistic and expressive avatars.

As VR and AR technologies continue to evolve, they will become more accessible to everyday consumers. The increasing demand for immersive virtual offices and virtual meetings is great news for companies like Zoom and Microsoft OneNote, as they are preparing to integrate AR functionalities in the coming years. However, it is still uncertain how the VR/AR market will change. Nevertheless, there is no doubt that this innovative technology will lead us into a future where the workspace is more versatile.

Ultimately, mixed reality devices like Cambria could transform the laptop market entirely, turning them into immersive AR/VR experiences for the user. Experts predict that VR and AR will continue to converge, and laptops will meet somewhere in-between, where desktop power meets portability. These advances in hardware will inevitably lead to significant revenue growth within the VR/AR industries.

Meta’s “Project Cambria” and its Potential Impact on Laptops for VR

Meta CEO Mark Zuckerberg revealed that “Project Cambria” is in development to replace traditional work devices like laptops and improve productivity. Cambria enhances the VR experience with a high-res coloured passthrough and improved mixed reality capabilities that promise a seamless and immersive virtual office experience.

Cambria also features an advanced array of sensors for face tracking that provide more expressive avatars, making communication and collaboration more intuitive. Although the release date for Cambria has yet to be announced, the excitement surrounding this innovative device has spurred the development of more VR-capable laptops.

Best Laptops for Virtual Reality in 2023

The latest high-powered laptops available in the market can accommodate advanced VR content and provide a comfortable user experience. The Dell Alienware m15 r7, Razer Blade 15, HP Omen 15, Lenovo Legion 5i Pro (Gen 7), and MSI GS76 Stealth are among the top of the line VR-capable laptops currently available.

The Alienware m15 r7 offers the best VR experience for hardcore gamers with enthusiast pricing, but it comes with a significant price tag. The Razer Blade 15 is a more affordable option that delivers excellent performance, while the HP Omen 15 provides a powerful, slim gaming laptop. Additionally, the Lenovo Legion 5i Pro (Gen 7) and the MSI GS76 Stealth have risen to prominence as some of the best laptops for VR available today.

When purchasing a VR/AR laptop, it is essential to consider the GPU, CPU, screen size, and storage capacity. A high-resolution screen (1440p or 4k), 16GB or more of DDR4 RAM, NVMe speedy SSD storage, and a powerful GPU (preferably an Nvidia GPU) is generally the minimum for an ideal VR experience.


As VR hardware and software continue to improve, so too will the quality of VR experiences. Virtual Reality has massive potential beyond gaming, with applications for education, design, and work use cases. In turn, demand for more powerful and user-friendly VR-capable technology will increase.

The future of laptops in the VR/AR industries looks promising, with optimised chips, improved ports, and enhanced mixed reality capabilities becoming commonplace in high-end devices. Through advancements in hardware, we can expect VR technologies to become more mainstream and mobile, as these immersive experiences transform the way we interact with the virtual world.