Standby: Screen is blank, but can be restored immediately when any activity is detected.

Suspend: Monitor uses less power than in Standby mode. Screen image is restored after a few seconds when any activity is detected.

Off: Monitor power is off. Press Monitor power button to restore power. On some monitors, you might have to depress the power button twice.

Setting Automatic Hardware Power Management features

1.Start the Configuration/Setup Utility program (see “Setup Utility program” on page 10).

2.Select Advanced Power Management from the Configuration/Setup Utility program menu.

3.Select the APM BIOS Mode and be sure it is set to Enabled. If it is not, press Left Arrow (}) or Right Arrow (Æ) to change the setting.

4.Select Automatic Hardware Power Management.

5.Set Automatic Hardware Power Management to Enabled.

6.Select values for the three categories of power management (system power, processor speed, and display), as necessary.

7.Set Hard Disk to Enabled or Disabled. Note: This does not apply to SCSI drives.

8.Press Esc twice to return to the Configuration/Setup Utility program menu.

9.Before you exit from the program, select Save Settings from the Configuration/Setup Utility program menu.

10.To exit from the Configuration/Setup Utility program, press Esc and follow the instructions on the screen.

Automatic Power-On features

The Automatic Power-On features within the Power Management menu allow you to enable and disable features that turn on the computer automatically.

vSerial Port A Ring Detect: With this feature set to Enabled and an external modem connected to serial port (COM1), the computer will turn on automatically when a ring is detected on the modem.

vPCI Modem Ring Detect: With this feature set to Enabled, the computer will turn on automatically when a ring is detected on the internal modem.

vPCI Wake Up: This feature allow PCI cards that support this capability to wake the system.

vWake Up on Alarm: You can specify a date and time at which the computer will be turned on automatically. This can be either a single event or a daily event.

vWake on LAN: If the computer has a properly configured token-ring or Ethernet LAN adapter card that is Wake on LAN-enabled and there is remote network management software, you can use the IBM-developed Wake on LAN feature. When you set Wake on LAN to Enabled, the computer will turn on when it receives a specific signal from another computer on the local area network (LAN). For further information, see “Wake on LAN” on page 205.

Chapter 8. Additional Service Information 203

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IBM 6339, 6348, 6342, 6346, 6341, 2257, 2256 Setting Automatic Hardware Power Management features, Automatic Power-On features

6339, 6337, 6342, 6341, 6336 specifications

IBM's 6348, 6346, 6347, 2254, and 2257 models are part of the company's extensive portfolio of enterprise-level computing solutions, designed to enhance performance and efficiency for businesses.

The IBM 6348 and 6346 are terminals that cater to large-scale enterprises, providing a reliable interface for interaction with mainframe systems. The 6348 model offers a versatile display with options for wide and standard formats, making it ideal for applications that require enhanced visibility. With its durable build, the 6348 is well-suited for high-demand environments. In contrast, the 6346 is designed for more specific tasks, featuring a streamlined interface that promotes ease of use. Both models leverage IBM's longstanding expertise in robust technology, ensuring low latency and high throughput.

The IBM 6347 terminal takes functionality a step further by incorporating advanced display technologies. It supports various connectivity options, allowing it to integrate seamlessly into existing networks. Its user-friendly interface and customizable features mean that organizations can tailor the device to meet specific operational needs. The 6347 also emphasizes security, with encryption features that protect sensitive data transmitted over the network.

Turning to the IBM 2254 and 2257, these models represent IBM's commitment to providing flexible and scalable solutions for businesses. The 2254 is engineered as a technical workstation with a focus on graphics performance, making it an excellent choice for engineering and design applications. By utilizing cutting-edge graphics technologies, it facilitates complex visual tasks and improves productivity in creative fields.

The IBM 2257, on the other hand, is known for its powerful processing capabilities, targeting users requiring intensive computational tasks. With advanced CPU options and extensive memory support, the 2257 is ideal for data analysis, software development, and other resource-heavy operations. Both models leverage IBM's proprietary technologies designed to enhance system reliability and user experience.

Collectively, the IBM 6348, 6346, 6347, 2254, and 2257 models demonstrate IBM's ability to innovate while remaining focused on the needs of enterprises. With a strategic combination of durability, advanced features, and secure communications, these devices ensure that organizations can operate effectively in today’s fast-paced business environment. The integration of these models into enterprise workflows can enhance productivity, streamline processes, and facilitate secure communication, making them valuable assets for any organization.