Color monitor MCM 17P2

Technical data

Dimensions and weight

CRT:

Visible diagonals:

Dot pitch:

Maximal resolution:

Preset display area:

Maximal display area:

Dimensions (W x H x D):

Weight:

Accessories:

Storable display modes:

CRT

The CRT contains no cadmium

Color characteristics (Color coordinates):

Color temperature (color calibration): Gamma value:

Electrical data

Video:

Synchronization:

Horizontal frequency:

Refresh rate:

Maximum pixel rate:

Power supply:

Power consumption:

(see power management):

Environmental conditions

Environment class 3K2, IEC 721

Rated range of operation:

Humidity:

Limit range of operation:

Humidity:

Condensation must be avoided.

40 cm (17“)

35cm

0,26 mm

1600 x 1200 pixels

306mm x 230 mm

323mm x 242 mm

454mm x 424 mm x 226 mm 17.5 kg

Power cable (1.8 m)

24(8 of which are preset)

Red X=0.620 Y=0.320

Green X=0.305 Y=0.600

Blue X=0.155 Y=0.065

White X=0.283 Y=0.297

9300 K

2.85

analog, positive, 0.7 Vpp, 75 Ohm

TTL

30 kHz .... 96 kHz (multi-scanning)

50 Hz .... 160 Hz

205 MHz

switches automatically

100 V .... 240 V, 50 Hz - 60 Hz

<100 W (ON, Normal mode)

<10 W (Standby mode)

<10 W (Suspend mode)

<3 W (OFF mode)

15 °C

.... 35 °C

20 %

.... 85 %

5 °C ....

40 °C

20 %

.... 85 %

A26361-K581-Z100-2-5E19

English - 17

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Fujitsu Siemens Computers MCM 17P2 manual Technical data, Dimensions and weight, Accessories Storable display modes

MCM 17P2 specifications

Fujitsu Siemens Computers, a prominent player in the computing industry, introduced the MCM 17P2, a versatile and compact desktop solution designed for both personal and business use. This model was particularly recognized for its innovative features and robust performance capabilities, catering to a diverse range of computing needs.

The MCM 17P2 showcased an advanced Intel processor, ensuring speedy computing power and efficient multitasking capabilities. This choice of processor was critical in delivering smooth performance for everyday tasks, including office applications, web browsing, and multimedia playback. Users appreciated the balance between power and energy efficiency, which was a hallmark of this model.

One of the standout features of the MCM 17P2 was its modular design, allowing easy upgrades and maintenance. This feature was particularly attractive for businesses that required longevity and adaptability in their computing infrastructure. The ability to swap out components such as memory or storage without replacing the entire system made the MCM 17P2 a cost-effective solution over its lifecycle.

The device also integrated a comprehensive suite of connectivity options. With multiple USB ports, users could easily connect peripherals such as printers, external drives, and other devices, enhancing productivity. Additionally, network connectivity options such as Ethernet and possibly integrated Wi-Fi allowed for seamless internet access, which was increasingly critical for both office environments and home users.

In terms of graphics, while the MCM 17P2 was not primarily marketed as a gaming machine, it did offer sufficient capabilities for standard graphics applications, making it suitable for casual gaming and multimedia tasks. Its integrated graphics card provided decent performance for everyday visual tasks while maintaining a compact design.

Furthermore, the MCM 17P2 was built with reliability in mind. Fujitsu Siemens Computers emphasized quality in its construction, resulting in a durable chassis that could withstand typical wear and tear. Coupled with a well-ventilated design, the system maintained optimal operating temperatures, enhancing longevity.

In conclusion, the Fujitsu Siemens Computers MCM 17P2 was a well-rounded desktop solution, offering a blend of performance, modularity, and connectivity. Its design catered to a wide audience, from business environments requiring dependable computing resources to home users seeking a reliable desktop for daily tasks. With its emphasis on quality and versatility, the MCM 17P2 remains a notable model in the history of desktop computing.