English-9

VIDEO DETECT: Selects the method of video detection when more than one computer is connected.

FIRST DETECT: The video input has to be switched to “FIRST DETECT” mode. When current video input signal is not present, then the monitor searches for a video signal from the other video input port. If the video signal is present in the other port, then the monitor switches the video source input port to the new found video source automatically. The monitor will not look for other video signals while the current video source is present.

LAST DETECT: The video input has to be switched to the “LAST DETECT” mode. When the monitor is displaying a signal from the current source and a new secondary source is supplied to the monitor, then the monitor will automatically switch to the new video source. When current video input signal is not present, then the monitor searches for a video signal from the other video input port. If the video signal is present in the other port, then the monitor switches the video source input port to the new found video source automatically.

NONE: The Monitor will not search the other video input port unless the monitor is turned on.

DVI SELECTION: This function selects the DVI input mode (Input 1). When the DVI selection has been changed, the computer has to be restarted.

AUTO: By using the DVI-D to DVI-D cable, the DVI SELECTION is DIGITAL. By using the D-SUB to DVI-A cable, the DVI SELECTION is ANALOG. DIGITAL: DVI digital input is available.

ANALOG: DVI analog input is available.

Note: For the MAC with digital output: Before turning on the MAC, the DVI Input mode must be set to DIGITAL in “DVI SELECTION” of OSM by pressing “SELECT” button then “CONTROL” button when the DVI signal cable is connected to the DVI-I connector (Input1) of the monitor. Otherwise the MAC may not turn on.

Note: Depending on the PC and Video card used, or when another Video signal cable is attached, this function may not operate.

OFF TIMER: Monitor will automatically power-down when the end user has selected a pre-determined amount of time.

IPM: Monitor will go into power-save mode automatically a few minutes after the surrounding illumination is less than the one pre-determined at the User Setting.

You can adjust this illumination setting in the Advanced menu Tag 7. During the power-save mode, the LED is amber blinking.

During the power-save mode, push any of the front buttons, except power button or SELECT button, and the monitor will return to normal mode.

When the surrounding illumination is over than the one pre-determined at the User Setting, the monitor will return to normal mode automatically.

Tools 2

LANGUAGE: OSM control menus are available in seven languages.

OSM LEFT/RIGHT: You can choose where you would like the OSM control image to appear on your screen. Selecting OSM Location allows you to manually adjust the position of the OSM control menu left or right.

OSM DOWN/UP: You can choose where you would like the OSM control image to appear on your screen. Selecting OSM Location allows you to manually adjust the position of the OSM control menu down or up.

OSM TURN OFF: The OSM control menu will stay on as long as it is use. In the OSM Turn Off submenu, you can select how long the monitor waits after the last touch of a button to shut off the OSM control menu. The preset choices are 10-120 seconds by 5 seconds step.

OSM LOCK OUT: This control completely locks out access to all OSM control functions. When attempting to activate OSM controls while in the Lock Out mode, a screen will appear indicating the OSM controls are locked out.

There are three types of OSM LOCK OUT:

OSM LOCK OUT with BRIGHTNESS and CONTRAST control: To activate the OSM Lock Out function, press SELECT, then “+” key and hold down simultaneously. To deactivate the OSM Lock Out, press SELECT, then “+” key and hold down simultaneously while in the OSM menu. BRIGHTNESS and CONTRAST can be adjusted while in the lock out mode.

OSM LOCK OUT with no control: To activate the OSM Lock Out function, press SELECT, then “>” key and hold down simultaneously. To deactivate the OSM Lock Out, press SELECT, then “>” key and hold down simultaneously while in the OSM menu. No controls can be adjusted while in the lock out mode.

OSM LOCK OUT with BRIGHTNESS (only) control: To activate the OSM Lock Out function, press SELECT, then “–” and “<” keys and hold down simultaneously. To deactivate the OSM Lock Out, press SELECT, then “+” key and hold down simultaneously while in the OSM menu. BRIGHTNESS can be adjusted while in the lock out mode.

English

1980FXi specifications

The NEC 1980FXi, launched in the early 1990s, was a pioneering product in the realm of personal computing, specifically aimed at enhancing business productivity and performance. With its cutting-edge technologies for that era, the 1980FXi quickly became recognized for its reliability and efficiency.

One of the standout features of the NEC 1980FXi was its robust processing power, powered by a 32-bit Intel 80386 processor. This processor offered significant performance improvements compared to its predecessors, enabling users to run more complex applications and multitask effectively. The robust architecture allowed for advanced computational capabilities, making it suitable for demanding business environments.

The NEC 1980FXi included an impressive memory capacity for its time, supporting up to 16 MB of RAM. This substantial memory allowance facilitated smoother operation of applications and improved overall system responsiveness. The motherboard offered sockets for additional memory expansion, offering users a clear upgrade path as their computational needs grew over time.

In terms of storage, the 1980FXi featured a hard disk drive, with options typically starting at 40 MB, allowing users to store vast amounts of data, documents, and software. This was complemented by the inclusion of a 3.5-inch floppy disk drive, ensuring compatibility with the prevalent software formats of the day.

Another notable attribute of the NEC 1980FXi was its graphics capabilities. The system supported VGA graphics, providing enhanced visual clarity and color depth for users. This was especially significant for desktop publishing, graphic design, and other visual applications that required detailed graphics output.

Connectivity was also a focus for the NEC 1980FXi. The system came equipped with several ports, including serial and parallel ports, which allowed for easy attachment of peripherals such as printers, modems, and external storage devices. The inclusion of an expansion bus meant that users could further enhance their systems by adding additional hardware components as needed.

With a design that prioritized ease of use, the NEC 1980FXi featured a compact and well-ventilated case, ensuring optimal performance while minimizing heat production. The configuration was user-friendly, which helped organizations streamline their operations without needing extensive technical expertise.

Overall, the NEC 1980FXi represented a significant step forward in personal computing during the early 1990s, combining powerful processing, ample storage, and expandable architecture into a compact and efficient package. This made it a reliable choice for businesses seeking to leverage technology for enhanced productivity and innovation. As a product of its time, the 1980FXi played a vital role in shaping the evolution of desktop computing.