Streaming & Recording

Virtual Display Driver provides dedicated display outputs perfect for streaming and recording workflows. Create virtual monitors specifically for capture software without affecting your primary workspace.

Overview

VDD enhances streaming and recording by enabling:

Dedicated capture displays: Isolate streaming content from your main workspace
Custom aspect ratios: Create displays matching your streaming format (16:9, 21:9, 4:3)
Multi-source setups: Different virtual displays for different scenes or sources
Clean output: No desktop clutter or personal information in your stream
Performance optimization: Minimize GPU overhead with optimized virtual displays

VDD works seamlessly with OBS Studio, Streamlabs OBS, XSplit, Sunshine, Moonlight, and other capture software.

OBS Studio Integration

OBS Studio is the most popular open-source streaming and recording software.

Basic OBS Setup

Configure a virtual display for streaming

Create a virtual display matching your stream resolution in C:\VirtualDisplayDriver\vdd_settings.xml:

<monitors>
  <count>1</count>
</monitors>
<resolutions>
  <resolution>
    <width>1920</width>
    <height>1080</height>
    <refresh_rate>60</refresh_rate>
  </resolution>
</resolutions>

For 1440p streaming:

<resolution>
  <width>2560</width>
  <height>1440</height>
  <refresh_rate>60</refresh_rate>
</resolution>

Match your virtual display resolution to your streaming output resolution for best quality and performance.

Position the virtual display

In Windows display settings:

Open Settings > System > Display
Identify your virtual monitor
Position it adjacent to your primary display
Set to Extend these displays
Click Apply

Add Display Capture in OBS

In OBS Studio:

Create a new scene or select an existing one
Click the + button in Sources
Select Display Capture
Name it (e.g., “Virtual Display Stream”)
In the properties:
- Display: Select your virtual monitor (e.g., “Display 2: 1920x1080 @ 60Hz”)
- Capture Method: “Windows 10/11 (1903+)”
- Capture Cursor: Enable if desired
Click OK

Arrange your streaming content

Move the applications and windows you want to stream to the virtual display:

Game windows
Browser windows
Chat applications
Music visualizers

Everything on this display will be captured by OBS.

Multi-Scene Streaming Setup

Create multiple virtual displays for different scenes.

Create multiple virtual monitors

Configure multiple displays in vdd_settings.xml:

<monitors>
  <count>3</count>
</monitors>
<resolutions>
  <resolution>
    <width>1920</width>
    <height>1080</height>
    <refresh_rate>60</refresh_rate>
  </resolution>
</resolutions>

This creates three independent 1080p virtual displays.

Assign roles to each display

Display 1: Gaming content
Display 2: “Just Chatting” scene with overlays
Display 3: Browser/media content

Create OBS scenes for each display

In OBS:

Create a scene named “Gaming”
- Add Display Capture source for Display 1
Create a scene named “Chatting”
- Add Display Capture source for Display 2
Create a scene named “Media”
- Add Display Capture source for Display 3

Switch scenes seamlessly

Use OBS scene transitions to switch between different virtual displays:

Set up hotkeys for quick scene switching
Use Stream Deck or similar for hardware control
Configure scene transitions (fade, cut, stinger)

Canvas and Vertical Streaming

Create custom aspect ratios for different platforms.

TikTok/Reels (9:16 Portrait)

<resolution>
  <width>1080</width>
  <height>1920</height>
  <refresh_rate>60</refresh_rate>
</resolution>

Ultrawide (21:9)

<resolution>
  <width>2560</width>
  <height>1080</height>
  <refresh_rate>60</refresh_rate>
</resolution>

Square (1:1 for Instagram)

<resolution>
  <width>1080</width>
  <height>1080</height>
  <refresh_rate>60</refresh_rate>
</resolution>

After adding custom resolutions, restart the system and configure OBS canvas size to match.

Sunshine & Moonlight for Game Streaming

Sunshine is an open-source game streaming host, and Moonlight is the client.

Sunshine Configuration

Install Sunshine

Download and install Sunshine from GitHub:

winget install LizardByte.Sunshine

Create a gaming virtual display

Configure a virtual display optimized for game streaming:

<monitors>
  <count>1</count>
</monitors>
<resolutions>
  <resolution>
    <width>1920</width>
    <height>1080</height>
    <refresh_rate>60</refresh_rate>
  </resolution>
  <resolution>
    <width>2560</width>
    <height>1440</height>
    <refresh_rate>60</refresh_rate>
  </resolution>
  <resolution>
    <width>3840</width>
    <height>2160</height>
    <refresh_rate>60</refresh_rate>
  </resolution>
</resolutions>

This provides flexibility for different client devices.

Configure Sunshine to use virtual display

In Sunshine web interface (https://localhost:47990):

Navigate to Configuration > Audio/Video
Set Output Name to your virtual display adapter
Configure resolution and framerate options
Set encoder to hardware (NVENC, AMF, or Quick Sync)
Save settings

Add games to Sunshine

In Sunshine:

Go to Applications tab
Click Add New
Configure game settings:
- Application Name: Game title
- Command: Path to game executable
- Output: Select virtual display
- Resolution: Match virtual display
Save

Connect with Moonlight client

On your client device:

Install Moonlight (available for PC, mobile, Raspberry Pi)
Scan for Sunshine host
Enter the PIN to pair
Select your game and stream

Optimizing for Low Latency

Use hardware encoding

Configure Sunshine to use hardware encoding:

NVIDIA: NVENC (H.264 or H.265)
AMD: AMF (H.264 or H.265)
Intel: Quick Sync (H.264 or H.265)

Hardware encoding significantly reduces CPU usage and latency.

Optimize virtual display settings

For game streaming, use these settings:

<colour>
  <SDR10bit>false</SDR10bit>
  <HDRPlus>false</HDRPlus>
  <ColourFormat>RGB</ColourFormat>
</colour>
<cursor>
  <HardwareCursor>true</HardwareCursor>
</cursor>

Disable unnecessary features to reduce overhead.

Network optimization

Use wired Ethernet connection when possible
Reduce bitrate for wireless connections
Enable QoS on your router for streaming traffic
Close bandwidth-intensive applications

Streamlabs OBS

Streamlabs OBS works similarly to OBS Studio.

Configure virtual display

Set up your virtual display as described in the OBS Studio section.

Add Display Capture source

In Streamlabs OBS:

Click + in Sources
Select Display Capture
Choose your virtual monitor
Adjust settings:
- Capture Cursor: Optional
- Capture Method: “Windows 10/11”

Use Streamlabs widgets on virtual display

Place Streamlabs widgets on your virtual display:

Alert box
Chat box
Event list
Donation goals

These will be captured along with your main content.

XSplit Broadcaster

XSplit is a popular alternative to OBS.

Add screen capture source

In XSplit:

Click Add Source > Screen Capture
Select Specific Display
Choose your virtual monitor from the dropdown
Click Add

Configure capture settings

Enable hardware acceleration
Set capture resolution to match virtual display
Configure frame rate (30 or 60 fps)

Recording Workflows

Tutorial Recording Setup

Create clean tutorial recordings without desktop clutter.

Create a tutorial display

Configure a high-resolution virtual display:

<resolution>
  <width>2560</width>
  <height>1440</height>
  <refresh_rate>60</refresh_rate>
</resolution>

Set up clean workspace

On the virtual display:

Clean desktop background
Organized windows
No personal information visible
Clear taskbar

Configure OBS for recording

Add Display Capture for virtual monitor
Set recording format:
- Format: MP4 or MKV
- Encoder: Hardware (NVENC, AMF, Quick Sync)
- Rate Control: CQP or CRF for quality
- Preset: Quality or High Quality
Set output resolution to match virtual display

Record with cursor highlighting

Enable Capture Cursor in Display Capture
Use mouse highlighting software:
- Pointer Focus: Circles cursor
- PointerStick: Magnifies cursor area
- Carnac: Shows keyboard input

Multi-Track Recording

Record different virtual displays to separate video tracks.

Create multiple virtual displays
Configure OBS with multiple Display Capture sources
Enable multi-track recording in Settings > Output
Assign each source to a different track
Edit tracks independently in post-production

PowerShell Automation for Streaming

Automate virtual display management for streaming sessions.

Pre-Stream Setup Script

# pre-stream-setup.ps1
# Run before starting stream

# Enable VDD
pnputil /enable-device "ROOT\VDD\0000"

# Wait for initialization
Start-Sleep -Seconds 5

# Set streaming resolution
.\changeres-VDD.ps1 -width 1920 -height 1080

# Set refresh rate
.\refreshrate-VDD.ps1 -rate 60

# Extend displays
.\winp-VDD.ps1 -mode extend

Write-Host "Virtual display ready for streaming!"

Post-Stream Cleanup Script

# post-stream-cleanup.ps1
# Run after stream ends

# Optional: Disable VDD to save resources
.\toggle-VDD.ps1

Write-Host "Stream ended, VDD disabled."

Dynamic Resolution Switching

Switch resolutions based on streaming platform:

# stream-platform-switch.ps1
param(
    [string]$platform
)

switch ($platform) {
    "twitch" {
        .\changeres-VDD.ps1 -width 1920 -height 1080
        Write-Host "Configured for Twitch (1080p)"
    }
    "youtube" {
        .\changeres-VDD.ps1 -width 2560 -height 1440
        Write-Host "Configured for YouTube (1440p)"
    }
    "tiktok" {
        .\changeres-VDD.ps1 -width 1080 -height 1920
        Write-Host "Configured for TikTok (9:16)"
    }
    default {
        Write-Host "Unknown platform. Using default 1080p."
        .\changeres-VDD.ps1 -width 1920 -height 1080
    }
}

Usage:

.\stream-platform-switch.ps1 -platform twitch

Best Practices for Streaming

Match virtual display to stream output

Set your virtual display resolution to exactly match your stream output:

720p stream: 1280×720 virtual display
1080p stream: 1920×1080 virtual display
1440p stream: 2560×1440 virtual display

This eliminates scaling overhead and maintains quality.

Use 60Hz refresh rate

For most streaming scenarios, 60Hz is optimal:

<refresh_rate>60</refresh_rate>

Higher refresh rates:

Increase GPU load
Don’t benefit most streams (30-60 fps)
Use only for high-framerate gaming streams

Disable HDR for streaming

HDR adds overhead and compatibility issues:

<colour>
  <HDRPlus>false</HDRPlus>
  <SDR10bit>false</SDR10bit>
</colour>

Most streaming platforms don’t support HDR anyway.

Use hardware encoding

Configure OBS to use hardware encoding:

NVIDIA: NVENC H.264 or HEVC
AMD: AMF H.264 or HEVC
Intel: Quick Sync H.264

This frees up CPU for game performance.

Monitor GPU usage

Keep an eye on GPU load:

Open Task Manager > Performance > GPU
Aim for 80-90% max GPU usage
If hitting 100%, reduce:
- Game settings
- Virtual display resolution
- Streaming bitrate/resolution

Troubleshooting Streaming Issues

OBS shows black screen when capturing virtual display

Solution:

Ensure virtual display is enabled and active
Move a window to the virtual display to activate it
In OBS, change Capture Method to “Windows 10/11 (1903+)”
Restart OBS
If still black, try “BitBlt” or “Windows Graphics Capture” method

Poor performance or dropped frames

Solution:

Lower virtual display resolution
Reduce OBS output resolution
Lower streaming bitrate
Use hardware encoding (NVENC/AMF/Quick Sync)
Close unnecessary applications
Disable preview in OBS when not needed
Lower game graphics settings

Cursor not showing or flickering

Solution: Enable hardware cursor in VDD:

<cursor>
  <HardwareCursor>true</HardwareCursor>
  <CursorMaxX>128</CursorMaxX>
  <CursorMaxY>128</CursorMaxY>
  <AlphaCursorSupport>true</AlphaCursorSupport>
</cursor>

In OBS Display Capture properties:

Enable Capture Cursor
Try different capture methods

Virtual display has wrong aspect ratio in stream

Solution:

Verify virtual display resolution in vdd_settings.xml
Restart system after changing resolution
In OBS, right-click the source > Transform > Fit to screen
Set OBS canvas size to match virtual display resolution
Check Windows display scaling is set to 100%

Colors look washed out or incorrect

Solution:

Ensure color format is set to RGB in vdd_settings.xml:
```
<ColourFormat>RGB</ColourFormat>
```
In OBS Settings > Advanced:
- Set Color Format to NV12 or I444
- Set Color Space to 709
- Set Color Range to Partial
Disable any color corrections in graphics drivers

Advanced Streaming Scenarios

Dual PC Streaming Setup

Use VDD on a dedicated streaming PC:

Gaming PC: Runs games on physical display
Streaming PC: Has VDD installed
Capture card sends gaming PC output to streaming PC
Virtual display on streaming PC for overlays and scenes
Stream from streaming PC to Twitch/YouTube

Multi-Language Streaming

Create different virtual displays for different language overlays:

Display 1: English stream with English overlays
Display 2: Spanish stream with Spanish overlays
Display 3: Japanese stream with Japanese overlays

Switch scenes in OBS to change languages.

Interactive Streaming

Dedicated virtual display for viewer interaction:

Browser source with channel points overlay
Interactive games or polls
Live chat display
Viewer-controlled elements

Configuration Guide

Complete reference for configuring virtual displays

PowerShell Scripts

Automate display management for streaming workflows

Troubleshooting

Resolve common issues and optimize performance

VR Streaming

Combine VDD with VR for unique streaming setups

Getting Started

Core Concepts

Configuration

Management

Advanced Features

Use Cases

Troubleshooting

Overview

OBS Studio Integration

Basic OBS Setup

Multi-Scene Streaming Setup

Canvas and Vertical Streaming

TikTok/Reels (9:16 Portrait)

Ultrawide (21:9)

Square (1:1 for Instagram)

Sunshine & Moonlight for Game Streaming

Sunshine Configuration

Optimizing for Low Latency

Streamlabs OBS

XSplit Broadcaster

Recording Workflows

Tutorial Recording Setup

Multi-Track Recording

PowerShell Automation for Streaming

Pre-Stream Setup Script

Post-Stream Cleanup Script

Dynamic Resolution Switching

Best Practices for Streaming

Troubleshooting Streaming Issues

Advanced Streaming Scenarios

Dual PC Streaming Setup

Multi-Language Streaming

Interactive Streaming

Configuration Guide

PowerShell Scripts

Troubleshooting

VR Streaming

Build docs developers (and LLMs) love

Getting Started

Core Concepts

Configuration

Management

Advanced Features

Use Cases

Troubleshooting

​Overview

​OBS Studio Integration

​Basic OBS Setup

​Multi-Scene Streaming Setup

​Canvas and Vertical Streaming

​TikTok/Reels (9:16 Portrait)

​Ultrawide (21:9)

​Square (1:1 for Instagram)

​Sunshine & Moonlight for Game Streaming

​Sunshine Configuration

​Optimizing for Low Latency

​Streamlabs OBS

​XSplit Broadcaster

​Recording Workflows

​Tutorial Recording Setup

​Multi-Track Recording

​PowerShell Automation for Streaming

​Pre-Stream Setup Script

​Post-Stream Cleanup Script

​Dynamic Resolution Switching

​Best Practices for Streaming

​Troubleshooting Streaming Issues

​Advanced Streaming Scenarios

​Dual PC Streaming Setup

​Multi-Language Streaming

​Interactive Streaming

​Related Resources

Configuration Guide

PowerShell Scripts

Troubleshooting

VR Streaming

Build docs developers (and LLMs) love

Overview

OBS Studio Integration

Basic OBS Setup

Multi-Scene Streaming Setup

Canvas and Vertical Streaming

TikTok/Reels (9:16 Portrait)

Ultrawide (21:9)

Square (1:1 for Instagram)

Sunshine & Moonlight for Game Streaming

Sunshine Configuration

Optimizing for Low Latency

Streamlabs OBS

XSplit Broadcaster

Recording Workflows

Tutorial Recording Setup

Multi-Track Recording

PowerShell Automation for Streaming

Pre-Stream Setup Script

Post-Stream Cleanup Script

Dynamic Resolution Switching

Best Practices for Streaming

Troubleshooting Streaming Issues

Advanced Streaming Scenarios

Dual PC Streaming Setup

Multi-Language Streaming

Interactive Streaming

Related Resources