VIOSO 6
Exaplay Documentation
  • Welcome to VIOSO 6
  • Changelog and Version History
  • System Preparation
    • Operating System
      • Visual Studio Runtime
      • DirectX Runtime
    • Graphics cards
      • Display Adaptors
      • NVIDIA RTX/Quadro Setup
        • Find and install NVIDIA Drivers
        • EDID Emulation
        • 3D Settings for video playback
        • NVIDIA Mosaic
        • Output Synchronization
      • Others/onBoard GPUs
      • Expanders
    • Network
      • setup a network of fixed IPs
      • firewall configuration
      • camera network
      • remote access via LAN and internet
      • Network settings in VIOSO 6
    • Camera
      • Webcams
      • VIOSO Camera kits
        • Configuring Daheng Cameras
        • Configuring HIK Vision Cameras
        • Configuring IDS Imaging Cameras
      • SLR Cameras via USB connection
      • Other IP-cameras (IP, cctv etc)
    • Projectors
      • Blacklevel explained
    • Deploy VIOSO 6
      • Licensing
        • License information
        • Demo License
        • License Activation
        • License Transfer
        • Maintenance
      • First Init & Autostart
      • Updating VIOSO 6
  • Getting Started
    • Testpattern
    • Project Mode vs. Free Mode
    • Free Mode
      • Multiclient Configuration (Abstract Displays)
      • 3D Model Handling
    • Project Mode
      • Project Creation
      • Designer
  • Calibration
    • Scanning
      • Device Selection
      • Camera adjustment
        • Webcams / DirectShow devices
        • Using Daheng Cameras within VIOSO 6
        • Using HIK Vision Cameras within VIOSO 6
        • Camera Masking (Region of interest)
      • Projector masking
      • Scanning projectors
      • Scan Result
    • Content Mapping
      • 3D Mapping
        • 3D Mapping parameters
        • 3D Mapping in Freemode
      • 2D Warp
    • Blending & Global Adjustments
    • Adjust Projectors
  • USING CALIBRATIONS
    • Integrated Videoplayer
    • Export to Exaplay
    • Export to any application
    • Desktop Embedding
    • Real-time Engines
      • Unity3D
      • Unreal Engine
        • UE Examples & Sample files
      • MiddleVR
      • Techviz
    • VIOSO WarpBlend API
      • VIOSOWarpBlend.ini Reference
  • STEP BY STEP GUIDES
    • Calibration for common media servers
      • AV Stumpfl Pixera
        • Pixera v.2
          • Project Mode Walkthrough
          • Free Mode Walkthrough
        • Pixera v.1
      • Dataton Watchout
        • Watchout v.7
        • Watchout v.6
      • Ioversal Vertex
      • 7th Sense Delta Server
      • Christie Pandoras Box
      • Derivative TouchDesigner
      • BrightSign
  • Typical Calibration Workflows
    • Immersive Rooms (free mode)
    • Cylindrical Panorama with fisheye camera (project mode)
    • 3D calibration in VIOSO 6 free mode
  • References
    • Command Line Reference
    • Remote Control Reference
    • Export Automation Reference
    • Scripting for VIOSO applications
  • Tools
    • Configure Mosaic
  • Knowledgebase
    • FAQ
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On this page
  • 1. Use updated drivers
  • 2. Connect Displays/Projectors
  • 3. Windows Display Settings
  • Detailed GPU Settings
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  1. System Preparation
  2. Graphics cards

Others/onBoard GPUs

PreviousOutput SynchronizationNextExpanders

Last updated 1 year ago

Setting up and optimizing onboard graphics cards for single and multi-monitor configurations on Windows 10 and Windows 11 involves a few key steps, regardless of the specific GPU brand. Here's a general guide:

1. Use updated drivers

  • AMD Radeon/PRO: Visit the to download and install the latest Radeon Software (Adrenalin Edition or Radeon PRO).

  • NVIDIA GeForce: Download and install the latest GeForce drivers from the or via the GeForce Experience application.

  • embedded GPUs like Intel Iris/ARC, AMD Ryzen, etc.: We recommend to stick with the vendor of your workstation or let Windows handle the installation and maintenance of such embedded GPUs.

2. Connect Displays/Projectors

  • Single Monitor: Simply connect your monitor to the appropriate port on your PC (usually HDMI or DisplayPort).

  • Multi-Monitor: Connect additional monitors to available ports on your GPU. Most modern GPUs support multiple monitors.

3. Windows Display Settings

  • Windows 10:

    • Right-click on the desktop and select "Display Settings".

    • Under the "Multiple Displays" section, choose "Extend" to enable additional outputs.

    • Adjust resolution, orientation, and other display settings as needed.

  • Windows 11:

    • Go to Settings > System > Display.

    • Under "Multiple Displays", choose "Extend" to enable additional outputs.

    • Adjust resolution, orientation, and other display settings as needed.

Detailed GPU Settings

Adjusting Graphics Card Settings for Optimal Performance

While the process to configure settings differs among Intel Iris/ARC, AMD Radeon/Radeon PRO, and NVIDIA GeForce graphics cards, it's pivotal to remember that presets optimized for specific use cases, such as gaming or presentations, might not be ideal for high-performance video displays. To ensure optimal performance across various applications:

  • Resetting to Default: It’s often advisable to start by resetting your graphics settings to their default. This can rectify issues caused by configurations optimized for a specific task but detrimental to general performance.

  • Custom Configuration: After resetting, manually configure your settings based on your specific needs. Focus on adjusting resolution, refresh rate, and settings for video playback quality.

Following these steps should help you set up and optimize your onboard graphics card(s) for both single and multi-monitor configurations on Windows 10 and Windows 11.

AMD website
NVIDIA website