Manual Setup

If the monitor is in standby mode (STANDBY ON), it

might automatically turn off while you are waiting for it to warm up.

Manual setup is not required when using digital input.

Normally, you can complete the setup procedure using AUTO SETUP; however, if your screen image is still distorted after you perform AUTO SETUP or the Installation CD does not run on your system, perform MANUAL SETUP.

1.Have your monitor turned on for about 15 minutes, until the monitor warms up.

2.Display the image you most frequently use on the screen then go to windows shut down mode.

3.Press the OSD Enter button at the bottom of the monitor to display the initial OSD menu.

4. Use the or button to select the Image Setup icon and press

the OSD Enter button to access.

5.Use the or button to select Clock and Phase to adjustment.

(a)"Clock" (pixel frequency) controls the number of pixels scanned by one horizontal sweep.

If the frequency is not correct, the screen shows vertical stripes and the picture does not have the correct width.

(b)"Phase" adjust the phase of the pixel clock signal. With a wrong phase adjustment the picture has horizontal disturbances in

light picture.

6.Use a select ( or ) button to manually adjust to correct and execute save go to up menu then press the Exit () button to leave OSD menu.

You have completed monitor setup.

150P specifications

The IBM 150P is a notable piece of computing history, recognized for its performance and capabilities during its introduction in the mid-1980s. Designed primarily for business applications, the 150P catered to a growing need for compact, powerful computing solutions that could fit into office environments while offering robust functionalities.

One of the main features of the IBM 150P is its powerful processor. At the heart of the system is the IBM Micro Channel Architecture (MCA), which provided a significant leap in bus speed compared to its predecessors. This architecture enabled enhanced data transfer rates and afforded users the ability to run multiple applications efficiently without compromising performance. The MCA also supported a larger addressable memory space, allowing users to work with more extensive and complex datasets.

In terms of memory, the IBM 150P offered configurations that were impressive for its time. Users could equip the machine with several megabytes of RAM, making it suitable for handling demanding business applications such as word processing, spreadsheets, and database management. This was particularly important as businesses began to adopt more sophisticated software solutions that required expanded memory resources.

Storage options were another highlight of the IBM 150P. Equipped with hard drives ranging from 20 MB to 40 MB, the 150P provided sufficient storage for the era’s business applications and growing data needs. Additionally, the inclusion of a floppy disk drive allowed for easy data transfer and backup solutions, making the 150P a versatile option for users.

Connectivity was also a consideration in the design of the IBM 150P, featuring parallel and serial ports for peripheral devices such as printers and modems. Its support for networking capabilities enabled businesses to integrate the machine into their local area networks effectively.

One distinguishing characteristic of the IBM 150P was its compact design. Unlike larger systems of its era, the 150P was designed to fit into office spaces without the need for extensive dedicated areas, facilitating improved productivity in business environments.

In summary, the IBM 150P represented a significant advancement in personal computing during the 1980s. Its powerful Micro Channel Architecture, substantial memory configurations, sufficient storage solutions, and compact design made it an attractive option for businesses looking to harness the power of computing technology in their operations. As a reflection of IBM's innovation, the 150P paved the way for future developments in the personal computing landscape.