The browser version you are using is not recommended for this site.Please consider upgrading to the latest version of your browser by clicking one of the following links.
We are sorry, This PDF is available in download format only
Hybrid Multi-Monitor Support: Intel® Embedded PlatformsExecutive SummaryHybrid Multi-monitor is one form of Intel® Hybrid Graphics Support where integrated graphics—graphics built into the motherboard chipset—is available to operate simultaneously with add-in or “external” graphics. In the past this use case was not supported by Intel, but now Hybrid Multi-monitor is supported with Intel® graphics drivers, starting with the latest Intel® chipsets incorporating integrated graphics (e.g., Intel® 4 and 5 Series Platforms). Please refer to your chipset capability list, or contact your Intel Representative to verify your chipset has this capability. This feature enables concurrent function of Intel® integrated graphics processing unit (GPU) along with a discrete GPU solution, allowing for operability of greater than two independently-driven displays. With the availability of these additional display options, innovative embedded usage models may be employed, while creating the possibility of a more immersive and efficient system design. This paper will focus on describing embedded usage models supported by this feature, modes of display operation, Hybrid Multi-monitor enablement, operating system considerations, functionality and limitations, and provide a power analysis for this scenario.Benefits:• More simultaneous independent displays.• “Full value” from the Intel® platform solution by enabling simultaneous use of integrated graphics with external graphics.• Provides greater graphics scalability and flexibility.• Enables a wider range of graphics based usage models.Read the full Hybrid Multi-Monitor Support: Intel® Embedded Platforms White Paper.
To better understand how Intel® multi-core creates expansiveness and efficiency simultaneously, this brief summation defines advantages, identifies complexities, and cites industry use.
Shows how to view tasks on VxWorks and compile objects exposed to debugging. (v.1, June 2009)
Shows how to view tasks on Linux and compile objects exposed to debugging. (v.1, June 2009)
Demonstrates verification using turbo mode gadget and frequency display utility. (v.1, Oct. 2010)
Demonstrates how to use open source hypervisor, Xen* 3.0, and CentOS* 5.5. (v.1, Oct. 2010)
Demos tools, oscilloscope, platform, waveform analysis, SigTest software, and reports. (v.001, Mar. 2010)