What are the specifications required for my PC?

VR requirements

Windows Version: Windows 10.  

Your PC must also meet the minimum spec for the VR Headset of your choice.

Minimum Machine Specifications
CPU: x64 architecture comparable to an Intel™ Core i5-4590 or greater

RAM: 8 GB

Graphics: nVidia GeForce GTX 1060 or equivalent with 3GB+ of dedicated video memory.

Graphics PCIe connection: PCIe 2.0 16x or PCIe 3.0 8x or PCIe 4.0 8x. Note: You may need to reduce scaling with either of the first two options to get acceptable performance.
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Recommended Machine Specifications
CPU: x64 architecture comparable to an Intel™ Core i7-4790 or greater

‍RAM: 16 GB

Graphics: An nVidia GeForce GTX 1080 or greater with 8GB+ of dedicated video memory.

Graphics PCIe connection: PCIe 3.0 16x or PCIe 4.0 8x or better (Note: These are the minimum requirements if you are using the HTC Vive Pro 2).

Desktop requirements

Windows Version: Win 7 SP1 or later (64-bit only)

CPU & RAM: 64 Bit architecture with SSE2 Support and 4 GB RAM

Graphics: At least 1 GB dedicated video memory and DirectX 11

MacOS Version: High Sierra 10.13+ (64-Bit only)

CPU & RAM: 64 Bit architecture with SSE2 Support and 4 GB RAM

Graphics: Metal capable Intel or AMD GPU (integrated or discrete)

iPads, Chromebooks, and Chrome OS devices are not supported

Virtual Medical Coaching software requires a supported Windows or macOS computer with a compatible dedicated GPU. iPads, Chromebooks, and devices running Chrome OS are not supported.

Our software requires direct access to a dedicated graphics processing unit (GPU) to render complex 3D medical environments in real time. This includes anatomy rendering, X-ray beam behaviour, image formation, scatter simulation, positioning changes, and immediate visual feedback based on user interaction.

iPads and other tablet devices are designed for mobile applications and do not provide the operating system level access to GPU drivers required for high-fidelity real-time 3D simulation. While iPads are capable of advanced graphics for mobile apps, they do not support the desktop-class GPU access, driver control, or execution environment required by our simulation software.

Chrome OS is designed for lightweight, browser-based workloads and similarly does not provide the low-level access to graphics drivers and hardware acceleration required for real-time 3D medical simulation. Even Chromebooks that advertise higher specifications or Linux support cannot reliably provide the GPU functionality required for our software to install or run correctly.

For these reasons, Virtual Medical Coaching simulations will not install, launch, or perform correctly on iPads, Chromebooks, or any device running Chrome OS.