• Mid-Range 1.5K Portrait Monitor - Designed for medical applications, the SMM21125P monitor incorporated a standard electronic and mechanical design platform, as with the Siemens' entire product family, which has proven features and benefits relating to consistent performance, stability and reliability. The product is capable of 1200 X 1600 resolution, with luminance levels up to 75 fL using P45 phosphor.
 

Click on part number to see the data sheet.

We carry most of the Siemens and Dome product lines.  
These monitors range from 9" to 21", and included the new all digital Flat Screen monitors. Siemens video display monitors range in price from $ 4,000 to $ 8,000 each.

Md2/PCI Display Controller

DOME's Md2/PCI display controller is part of a family of display products developed specifically for medical and other demanding imaging applications. The Md2/PCI display controller produces an exceptionally high-quality display at multiple resolutions ranging up to 1200 x 1600 pixels (portrait or landscape). A single board can drive one or two monitors, saving valuable PCI slots in multiheaded systems. The Md2/PCI display controller also features a 10-bit DAC and a luminance calibration port, allowing the display to be accurately corrected for true grayscale fidelity.

The Md2/PCI display controller's optimized bus interface enables extremely fast access to image data, allowing the fastest possible transfers from system memory and other PCI boards. The Md2/PCI display controller also features on-board GUI acceleration, and it supports DIMPL, the DOME® Image-Processing Library, for high-performance image processing.

The Md2/PCI display controller runs in PCs, Sun PCI workstations, and Digital UNIX workstations. It is part of a family of DOME products offering single- and multiheaded image displays from low to ultra-high resolutions, as well as acceleration for advanced image-processing applications. This modular and scalable architecture provides a powerful development platform that you can customize to suit your specific application

Md4/PCV Display Controller

DOME's Md4/PCV™ display board is a revolution in display technology. It is a low-power, dual-headed, 4-megapixel board.

A single board drives two monitors, thus saving valuable PCI slots in multiheaded systems. The Md4/PCV board uses DOME's proprietary Mesquite™ output-stage technology to drive two 4-megapixel monitors without violating the PCI-slot power budget. It produces an exceptionally high-quality display at up to 1728 x 2304 pixels (landscape or portrait). It features a 10-bit DAC and a luminance calibration port, allowing the display to be accurately corrected for true grayscale fidelity.

The Md4/PCV display controller's optimized bus interface enables extremely fast access to image data, allowing the fastest possible transfers from system memory and other PCI boards. The Md4/PCV display controller also features on-board GUI acceleration, and it supports DIMPL,™ the DOME® Image-Processing Library, for high-performance image processing.

The Md4/PCV display controller runs in PCs, Sun™ PCI workstations, and Digital™ UNIX™ workstations. It is part of a family of DOME products offering single- and multiheaded image displays from low to ultra-high resolutions, as well as acceleration for advanced image-processing applications. This modular and scalable architecture provides a powerful development platform that you can customize to suit your specific application

Md5/PCX Display Controller

DOME's Md5/PCX™ display board is a revolution in display technology. It is the only low-power, single- and dual-headed, 5-megapixel board available on the market today.

A single board can drive one or two monitors, thus saving valuable PCI slots in multiheaded systems. The Md5/PCX board uses DOME's proprietary Mesquite™ output-stage technology to drive two 5-megapixel monitors without violating the PCI-slot power budget. It produces an exceptionally high-quality display at up to 2048 x 2560 pixels (landscape or portrait). It features a 10-bit DAC and a luminance calibration port, allowing the display to be accurately corrected for true grayscale fidelity.

The Md5/PCX display controller's optimized bus interface enables extremely fast access to image data, allowing the fastest possible transfers from system memory and other PCI boards. The Md5/PCX display controller also features on-board GUI acceleration, and it supports DIMPL,™ the DOME® Image-Processing Library, for high-performance image processing.

The Md5/PCX display controller runs in PCs, Sun™ PCI workstations, and Digital™ UNIX™ workstations. It is part of a family of DOME products offering single- and multiheaded image displays from low to ultra-high resolutions, as well as acceleration for advanced image-processing applications. This modular and scalable architecture provides a powerful development platform that you can customize to suit your specific application.
 

Md8/PCI Display Controller

The Md8/PCI™ display board revolutionizes the high-end imaging market. It is the only 8-megapixel product available on the market today. It uses DOME's proprietary Mesquite output-stage technology to produce an exceptionally high-quality display at resolutions of 2560 x 3072 pixels (portrait) or 3072 x 2560 (landscape). This means for the first time ever in a medical application, a full-resolution DR or CR image, or a 30-image CT series can be displayed on a single monitor. The Md8/PCI board features a 10-bit DAC and a luminance calibration port, allowing the display to be accurately corrected for true grayscale fidelity.

The Md8/PCI board's optimized bus interface enables extremely fast access to image data, allowing the fastest possible transfers from system memory and other PCI boards. The Md8/PCI board also features on-board GUI acceleration, and it supports DIMPL™, the DOME® Image-Processing Library, for high-performance image processing.

The Md8/PCI board runs in PCI-based PCs and workstations. It is part of a family of DOME products offering single- and multiheaded image displays from low to ultra-high resolutions, and image-processing acceleration for advanced applications. This modular and scalable architecture provides a powerful development platform that you can customize to suit your specific application

*Please note because of the very high performance of this video card, these only work with one monitor manufacture as of today.