Hall Research Offers A Line Of Compact, Easy To Use Keypad Controllers For RGB Spectrum's QuadView And SuperView Multiple Window Display Processors

21-Jan-04

These new keypad controllers are designed for quick installation and simple operation of the View processorsí main display capabilities. Hall Research offers two models: the HR-CNT-2 for QuadView, and the KP-SV for SuperView. Hall Research's controllers plug into the processor's RS-232 serial port; no external power is required. Pre-programmed with display configurations, the controllers provide a convenient and intuitive way for users to control the display processor.The Hall Research controllers are ideal for applications in need of simple, fast push button control, including network operations centers, command and control, security monitoring consoles, teleconferencing, presentation rooms, and mobile tactical operations centers. The controllers are compact and lightweight, well suited for installations with limited space.The intuitive and compact HR-CNT-2 keypad controller provides simple push button control of the RGB Spectrum QuadView processor's display configurations. The HR-CNT-2 model provides four LED buttons which correspond to each of the QuadView's display quadrants. With a press of a button, the selected input is displayed full screen. Users can quickly toggle back and forth between quad display mode and full screen mode of any of the four displayed inputs. The HR-CNT-2 initializes the QuadView processor upon power up and each LED button lights up to give the user a verification of the active input channels.Hall Research's KP-SV controller works with the SuperView processor for choosing pre-set display configurations, swapping inputs between display windows, and displaying any image full screen. The Hall Research KP-SV model is tailored for use with a SuperView processor configured for up to six inputs. The KP-SV ten button controller offers a quick and easy way to choose from different configuration presets. The pre-programmed controller lets the user manipulate the inputs selected for each display window and change the window display arrangements. At a push of a button, users can swap inputs from one display window to another, changing each image's display size and location, as well as displaying any chosen input full screen. The KP-SV's scan mode feature automatically loops through the series of pre-set display arrangements with user selectable timing.Upon initialization, the KP-SV queries the SuperView processor to determine its current settings. The controller's LEDs provide the user with visual indicators of the current input and display settings. The KP-SV's saves the SuperView input and display settings in its memory when turned off.The QuadView Plus processor combines up to four computer and/or video signals on a single monitor or projector. Each input channel offers a choice of NTSC or PAL composite, component, S-Video, and high-resolution analog RGB up to 1600 x 1200 pixel resolution. Unlimited display options include simultaneous viewing of four inputs in quadrants, side-by-side display, and picture-in-picture, full screen display of any single input, overlapping display windows, and 1.78:1 aspect ratio support. Each input can be scaled and positioned anywhere on the screen, as well as panned, zoomed, and overplayed. A DVI output is available for display devices that accept a digital signal.The SuperView 3000 combines up to 36 multiple computer and video inputs and displays up to 12 of these simultaneously on a single screen in real time. Inputs can be NTSC or PAL composite, component, or S-video, and high resolution RGB with up to 1600 x 1200 pixel resolution. All SuperView windowed inputs can be independently positioned, scaled from icon size to full screen, overlaid with computer graphics, and overlapped with other display windows. Additionally, the user can pan and zoom within each video image to focus on a particular area of interest. An optional output is available for digital input displays.For more information on Hall Research and RGB Spectrum, please visit www.hallresearch.com.

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