Philips 107E20 manual

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107E20

17" (16.0" VIS) XSD™ monitor

Product description

>17-inch (16.0" VIS) color monitor with excellent front of screen performance for use with MACs and PCs

>Autoscan covers horizontal frequencies up to 70 kHz offering a maximum resolution of 1280 x 1024 with flicker free display of 1024 x 768 at up to 88 Hz

>Flat Square High Contrast CRT with high-resolution

0.27mm dot pitch (0.23 hdp)

>XSD - Xtra Space Design™ for large screen display in a small footprint: World’s shortest 17-inch conventional monitor with maximum depth of

only 408 mm / 16.1"

>Multimedia Base and USB Hub option

>TCO99, E2000, NUTEK, EPA, FCC, CE, ISO9241 and ISO14001 certified

Optional Multimedia base 6G3B11

Optional USB HUB PCUH411

( at selected countries)

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Contents 107E Resolution and preset modes White color temperaturePower management Low-emission characteristics

107E20 specifications

The Philips 107E20 is a notable addition to the world of CRT monitors, representing an era when display technology was beginning to explore the limits of performance and image quality. This 17-inch monitor has been recognized for its reliability and solid performance, making it a preferred choice among users who sought efficiency and functionality in their computing environments.

One of the standout features of the Philips 107E20 is its crisp display quality, which is bolstered by the monitor’s maximum resolution support of 1280 x 1024 pixels. This allows users to experience clear and sharp visuals, making it suitable for various applications such as word processing, graphic design, and gaming, especially in the context of the era in which it was released. The capable dot pitch of 0.28 mm contributes to the monitor’s ability to display detailed images with minimal blurring, enhancing the overall viewing experience.

In terms of technology, the Philips 107E20 employs a high-contrast aperture grill which improves color accuracy and brightness levels. The monitor’s maximum refresh rate of 85 Hz ensures that users enjoy smooth motion representation, greatly reducing flicker and eyestrain during extended hours of use. This was particularly beneficial in the days before widespread LCD adoption, as users often spent long periods in front of CRT displays.

Another characteristic worth mentioning is the monitor's ergonomic design, which allows for height and tilt adjustments to enhance user comfort. This was especially important in office settings where employees could adapt the screen position according to their individual needs. Additionally, the monitor's compact dimensions allowed for easy placement on desks without consuming excessive workspace.

Philips also integrated features like integrated speakers, which provided basic audio output, although they were not the highlight of the device. Connectivity options included standard VGA ports, facilitating easy connections to various computer systems of the time.

In conclusion, the Philips 107E20 represents a significant piece of display technology history. Its combination of high resolution, user-friendly design, and reliable performance evokes nostalgia for those who experienced the transition from CRT to modern display technologies. Whether for professional use or casual computing, the Philips 107E20 remains a testament to a time when monitors were built with a different emphasis on durability and viewing comfort.