Cintoo Workspace Specs & Performance

This article describes optimal PC setup requirements for Cintoo Workspace and lists best practices to increase the performance.

To get the most out of Cintoo Workspace, Windows PC or laptop needs to meet certain performance benchmarks.

Key specifications required to ensure smooth and immersive operation:

Headset (VR):

• Meta Quest 2 or Meta Quest 3 tethered link or Wi-Fi connected to the computer
• HTC Vive Pro 2
• HTC Vive XR Elite
• Pico devices
• Any device compatible with Steam VR

High-Performance (GPU):

• NVIDIA GeForce RTX 4060 series or AMD Radeon RX 7600 series to support detailed VR rendering
• 8Go of GPU memory is recommended

Processor (CPU):

• An Intel i7/i9 or AMD Ryzen 7/9
• 8-core or higher is recommended for handling VR processes efficiently

Memory (RAM):

• 16 GB of RAM for smooth multitasking and managing large VR environments

Audio (voice chat):

• Microphone - headset built-in microphone, USB or analog microphone
• Audio output - headphones or speakers, selectable in application audio settings

Subscriptions

Details on session workflows are in Multi-User Collaboration.

Tips to increase Cintoo Workspace application performance

1. Cintoo Workspace application must be the window "on top" of the other applications running.

   Why is it important:

   • Resource prioritization. Operating system allocates more CPU, GPU and memory resources which allows the VR application to maintain high frame rates.
   • VR focus and continuity. If another application intervenes it could lead to stuttering, tracking issues, disorientation, motion sickness or even a complete loss of control within VR environment.
   • Performance stability. Stable timeframes provide VR comfort, immersion, and smooth user experience.

   How to ensure it:

   • Minimize background applications. Close any unnecessary programs before launching Cintoo Workspace app (web browsers, chat applications, streaming services etc.)
   • Full-screen mode. Run Cintoo Workspace application in true full-screen mode, not just a maximized window. It gives the application exclusive control over the display.
   • Focus management. Avoid clicking outside the application window once it is running (especially if multiple screens are used).
2. Set PC display to HD (vs. 4K)

   Why is it important:

   • GPU workload reduction. Rendering a display at 4K resolution requires significantly more GPU than rendering HD.
   • Performance headroom. Freeing up GPU resources that could be dedicated to the VR application.

   How to do it (Windows):

   1. Right click on Desktop and select Display settings.
   2. Under Display resolution from the dropdown menu select 1920 x 1080 (Recommended) or 1920 x 1200 if available instead of 4K resolution.
   3. Click Keep changes.
3. Disable/disconnect external monitors

   This allows to streamline the display setup and dedicate all available GPU resources to the primary task.

   How to do it (Windows):

   1. Physically disconnect by unplugging HDMI, Display Port or USB-C cables connected to external monitors.
   2. In Display settings identify the monitors to disable, in Multiple displays dropdown menu select Show only on X or Disconnect this display.
4. Set default OpenXR Runtime in Meta Quest Link app

   OpenXR is an open standard for VR applications, providing common API for developers to write code that runs across different hardware. Setting the default OpenXR runtime tells your system which software should manage OpenXR calls from applications.

   How to do it (Meta Quest Link app):

   1. In Meta Quest Link app navigate to Settings, then General tab
   2. Choose Set Meta Quest link as OpenXR Runtime option
   3. If prompted restart the application or PC for changes to take effect