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 TitleDate AddedCompany
whitepaper Performance Monitors Whitepaper: The IPS and VA Technology Advantage2009-04-01 Hewlett-Packard (HP)
  Performance displays that use IPS and VA liquid-crystal technologies provide significant advantages compared to the TN technology found in standard LCDs. Better visual accuracy and improved productivity are important to businesses today and in the future. HP's performance LCD monitors meet these visual and performance requirements, and they are rigorously tested with HP workstations and graphics for maximum compatibility. In addition, HP performance monitors feature multi-axis adjustments and a quick release stand for wall and arm mounting - making the displays easily adaptable to changing environments.

Tags: Client System Hardware		   
whitepaper Implementation of a Very Low Cost Portable Spacewire Monitor and Debugger2008-12-04 Naval Research Laboratory
  The advent of a wide range of USB peripherals for personal computers has altered the test and measurement landscape. In particular, easily portable and inexpensive USB logic analyzers, such as the DigiView DV1-100, have enabled a host of industry-specific test applications. Such a logic analyzer used in conjunction with the Dynamic Engineering SpaceWire BreakOut (DESWBO, http://www.dyneng.com/deswbo.html) and an inexpensive notebook computer allows users to implement a portable and capable SpaceWire troubleshooting tool. Support software included with USB logic analyzers typically provides a myriad of display options, large data capture buffers, specialized trigger functions, and a variety of data export alternatives, including waveform images and ASCII files.

Tags: Peripherals		   
whitepaper Multiple Monitor Energy Use2008-09-01
  As people move from a physical desk to a digital one, one of the limitations that they encounter is their digital desktop size. Often limited to a single display, they are only able to view one digital document or application at a time, which can make many simple tasks very time consuming. By adding more displays to their computers, these users can quickly increase their productivity up to 50% depending on the nature of their work while at the same time making fewer mistakes. Additional displays are also important for people who need to monitor information from multiple sources simultaneously as it allows them to view several applications at once.   
whitepaper Digital Color Workflows and the HP DreamColor LP2480zx Professional LCD Display2008-05-01 Hewlett-Packard (HP)
  Color is all around. And it's often important (one looks healthy!; is this stove hot?). While not life-threatening, color is also a very important part of many of today's digital workflows-in product design, entertainment, broadcasting, and advertising. Further, as the quality and economics of tools for desktop publishing improve, the use of color is increasingly commonplace in consumer digital workflows, from printing photographs to creating brochures for small businesses. This paper provides a brief overview of working with a digital color workflow, with a focus on the HP DreamColor LP2480zx Professional LCD Display. The HP DreamColor LP2480zx display is the world's only color-critical 24-inch diagonal widescreen LCD display based on the HP DreamColor technology.

Tags: Workflow Management		   
whitepaper What Is OLED2008-01-01 OLED TV's and OLED Displays
  Organic Light Emitting Diodes (OLED) displays are thought as the "Future screens". The Organic Light Emitting Diodes are receiving lot of attention all through the world as the new kind of display technology. The OLEDs have various advantages over the conventional display technologies. Firstly, fabrication process is very easy, and the devices are lighter and thinner than those that are fabricated by the Cathode Ray Tube display (CRT) technologies. Secondly, there are even various advantages over the Liquid CrystaI Displays (LCD): the OLEDS can be seen from various angles and they don't require a backlight. And finally, the power consumption and drive voltage are very low.   
whitepaper OLED Displays2008-01-01 OLED TV's and OLED Displays
  The OLED (Organic Light-Emiting Diode), also called as the LEP (Light Emitting Polymer) and the OEL (Organic EIectro-Luminescence), is the LED (Light-Emitting Diode) whose electroluminescent emissive layer is comprised of organic compound film. The layer generally contains one polymer substance which allows the organic compounds that are suitable to be posited. These are posited in columns and rows onto some flat carrier by the simple process of "Printing". The matrix that results of the pixels can produce the light with different colors.   
whitepaper OLED TVs2008-01-01 OLED TV's and OLED Displays
  For over decades it was told that the flat TV screens, the darlings of the science fiction writers were just about that corner. When they have finally arrived, these technologies got quickly multiplied. Firstly there was the Liquid CrystaI Display (LCD) technology then there was the plasma, then the Surface-conduction EIectron-Emiter (SED). Now all these three are going to meet by the fourth technology of the flat screens, one that contains the potential of being a roll-up of fiction. It is called the OLED or the Organic Light Emiting Diode technology. It assures to revolutionize everything that uses the displays from HDTVs, computer monitors to the keyboards, PDAs and cell phones. The first OLED was developed by the Kodak in late 1980s.   
whitepaper OLED Monitors2008-01-01 OLED TV's and OLED Displays
  Organic Light Emitting Diodes (OLED) aren't new, but very few electronic devices or monitors are released so far that involve the new technology. However, the OLED monitors hold a great promise in the energy conservation and the flexibility of the application. The other paper talked about the OLED monitors' promise. This paper steps into much detail on the making of these displays and their potential applications are in the future.   
whitepaper How OLED Works2008-01-01 OLED TV's and OLED Displays
  The Organic Light-Emiting Diodes (OLEDs) have very huge benefit: they consume less power and offer brighter displays than the traditional LCD (Liquid Crystal Displays) or LEDs (Light-Emiting Diodes). This paper describes how the technology of OLED works and what kinds of displays might be possible. A light-emiting organic diode is the semiconductor solid-state device. It is generally 100 to 500 nm thick. There are the designs with 2 or with 3 layers of the organic compounds. The much common is a tow layer version, and therefore the focus of this paper is on this version.

Tags: Components		   
whitepaper OLED TVs Vs Plasma TV's2008-01-01 OLED TV's and OLED Displays
  This paper discusses the difference between OLED TVs and Plasma TV's. The paper compares these two technologies on the parameters such as color accuracy, black levels/contrast, viewing angles, and computer use. The Plasma TVs presently hold a best picture quality that is available in the TVs. Although the plasma has currently an excellent black level, the OLED TV may surpass the plasma in this area and as well as in the dark matter detail. The screens of OLED TV have perfect angle for viewing. OLED monitors and TVs will have the benefit of the no burn screen in.   

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