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Intel Creating Full-Screen Apps Across Multiple Displays White Paper

Summary

Designers and developers can use this comprehensive technical guide to overcome limitations in multi-display setups. It provides structured methods for creating full-screen applications that seamlessly span across multiple displays connected in extended mode on Intel platforms. This resource is essential for building professional, immersive user experiences—especially for high-resolution gaming, simulation, or industrial applications—that require content continuity beyond single monitor boundaries.

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Page 1 Text Content

White Paper Creating Full Anthony See Platform Application Engineer Screen Intel Corporation Ho Nee Shen Software Engineering Applications Manager Intel Corporation

Across Multiple Displays in Extended Mode

October, 2012

Page Summary Contents For Intel Creating Full-Screen Apps Across Multiple Displays White Paper

Page 1 White Paper Creating Full Anthony See Platform Application Engineer Screen Intel Corporation Ho Nee Shen Software Engineering Applications Manager Intel Corporation Across Multiple Displays in Extende...
Page 2 Creating Full Screen Applications Across Multiple Displays in Extended Mode Executive Summary This document presents a summary of methods to help developers enable full screen applications across mult...
Page 3 Creating Full Screen Applications Across Multiple Displays in Extended Mode Contents Business Challenge ...................................................................................................
Page 4 Creating Full Screen Applications Across Multiple Displays in Extended Mode Business Challenge Default Extended Mode Behavior Modern graphics adapters allow users to plug in multiple display panels in...
Page 5 Creating Full Screen Applications Across Multiple Displays in Extended Mode Figure 2. Full screen web browser maximized and displaying only on left The solution proposed in this paper is a quick way f...
Page 6 Creating Full Screen Applications Across Multiple Displays in Extended Mode This solution also assumes that only one application is running at the same time. The example modification suggested in this...
Page 7 Creating Full Screen Applications Across Multiple Displays in Extended Mode Graphics Device Interface (GDI) Example GDI is used in Microsoft Windows to draw simple 2D objects and text. To demonstrate ...
Page 8 Creating Full Screen Applications Across Multiple Displays in Extended Mode // Create window. hwnd_ = Create Window( TEXT("Demo App"), TEXT("Simple Direct Write Hello World"), WS_P...
Page 9 Creating Full Screen Applications Across Multiple Displays in Extended Mode Direct X Examples The Direct X Software Development Kit (Direct X SDK) is required to develop Direct X applications. This ki...
Page 10 Creating Full Screen Applications Across Multiple Displays in Extended Mode Figure 5. Direct X Sample interface From the Direct X Sample Browser, choose “Install Project” to copy the solution file and...
Page 11 Creating Full Screen Applications Across Multiple Displays in Extended Mode Simple Direct X Example The Direct X sample “Tutorial 2” is used to demonstrate the modification of the Create Window(..) AP...
Page 12 Creating Full Screen Applications Across Multiple Displays in Extended Mode Figure 7. Tutorial 2 sample application from Direct X SDK Using the Tutorial 2 source code as an example, the Create Window(...
Page 13 Creating Full Screen Applications Across Multiple Displays in Extended Mode Figure 8. Tutorial 2 application spanning across extended mode display in full screen after code modification Complex Direct...
Page 14 Creating Full Screen Applications Across Multiple Displays in Extended Mode Figure 10. Basic HLSL11 sample application Create Window Modification Following the previous examples, the first modificatio...
Page 15 Creating Full Screen Applications Across Multiple Displays in Extended Mode DXUTChange Device Further analysis of DXUT framework that is used in Basic HLSL11 application shows that the rendering is cl...
Page 16 Creating Full Screen Applications Across Multiple Displays in Extended Mode Conclusion The solution proposed in this paper is a quick way for the customer to modify their application so that it spans ...
Page 17 Creating Full Screen Applications Across Multiple Displays in Extended Mode Limitations The method proposed in this paper does not allow an application to be used in exclusive mode. In Direct X exclus...
Page 18 Creating Full Screen Applications Across Multiple Displays in Extended Mode Acronyms and Terminology Term Definition 2D 2 Dimension 3D 3 Dimension API Application Programming Interface Direct3D Micros...
Page 19 Creating Full Screen Applications Across Multiple Displays in Extended Mode INFORMATION IN THIS DOCUMENT IS PROVIDED IN CONNECTION WITH INTEL PRODUCTS. NO LICENSE, EXPRESS OR IMPLIED, BY ESTOPPEL OR O...
Page 20 Creating Full Screen Applications Across Multiple Displays in Extended Mode Software Source Code Disclaimer Any software source code reprinted in this document is furnished under a software license an...
Page 21 Creating Full Screen Applications Across Multiple Displays in Extended Mode 4. No Warranty: THE MATERIALS ARE PROVIDED “AS IS”. INTEL DISCLAIMS ALL EXPRESS OR IMPLIED WARRANTIES WITH RESPECT TO THEM, ...

Manual Details

Brand Intel
Pages 21
File Size 581.57 KB
Published June 03, 2026
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Frequently Asked Questions

Why does an application only display on one monitor when maximized in Extended Mode?

Due to normal OS and application behavior, when any application turns into full screen mode, it will generally display only on a single monitor.

What is the primary goal of spanning an application across multiple displays?

To provide a great user experience and allow content to appear as one seamless application across all extended monitors.

What resolution requirement necessitates multi-display implementation for applications?

The gaming and amusement industry often requires displaying 3D contents at resolutions greater than 1080p.