L i f e B o o k C S e r i e s B I O S

POWER MENU – SETTING POWER MANAGEMENT FEATURES

The Power menu allows you to set and change the power management parameters. Follow the instructions for Navigating Through the Setup Utility to make any changes. (See Navigating Through The Setup Utility on page 2 for more information.)

The following tables show the names of the menu fields for the Power menu and its submenus, all of the options for each field, the default settings and a description of the field’s function and any special information needed to help understand the field’s use.

C A U T I O N S

nIn Save-to-Disk mode there is no indication on the Status Indicator to let you know you are suspended rather than shut off from the power switch. You may want to make a habit of always trying the Suspend/ Resume button before using the power switch.

nResume on Modem ring when enabled will draw power from the bridge battery alone when your sys- tem is running off battery power. This may potentially drain your bridge battery. Disabling Resume on Modem ring will prevent this from happening.

P O I N T S

nIn ACPI operating systems Auto-suspend Timeout, Hard Disk Timeout, and Video Timeout features are available exclusively through the operating system.

nWhen resuming from a Save-to-Disk suspension there will be a delay while the contents of system memory and operating parameters are loaded from the hard drive.

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Fujitsu Siemens Computers C-6631, C-7631, C-6611 manual Power Menu Setting Power Management Features, U T I O N S

C-7631, C-6611, C-6631 specifications

Fujitsu Siemens Computers made significant contributions to the computing landscape with its series of enterprise-grade servers, including the C-6631, C-6611, and C-7631. These models were designed to meet rigorous demands in both performance and reliability, catering to a diverse range of applications in data centers and corporate environments.

The Fujitsu Siemens C-6631 is known for its robust architecture, providing a balanced blend of performance and energy efficiency. It features a dual processor configuration, allowing it to leverage multiple cores for enhanced processing capabilities, making it suitable for demanding applications such as database management and enterprise resource planning. Additionally, the C-6631 supports large memory capacities, which is crucial for handling intensive workloads and optimizing virtualization environments.

On the other hand, the C-6611 model offers a more compact solution without sacrificing performance. It is designed to occupy minimal space, making it ideal for smaller data centers or remote offices where space is a premium. This server maintains strong performance metrics, featuring advanced cooling technologies that ensure reliable operation over extended periods. The C-6611 also supports various RAID configurations, enhancing data redundancy and protection against failures.

For those seeking high performance, the Fujitsu Siemens C-7631 stands out with its impressive scalability. This server is equipped to handle the latest multi-core processors and high-speed interconnects, allowing it to adapt to growing business needs. The C-7631 is built with state-of-the-art virtualization capabilities, enabling multiple operating systems to run concurrently, which maximizes resource utilization. Its robust storage options, which include support for SSDs and high-capacity HDDs, further bolster its capacity to handle large data volumes.

All three models incorporate advanced management features that simplify system monitoring and maintenance. Remote management capabilities allow IT personnel to oversee server health and performance metrics without physically accessing the hardware, which is a significant advantage for enterprises with distributed computing environments.

In summary, Fujitsu Siemens Computers' C-6631, C-6611, and C-7631 systems exemplify the company's commitment to delivering reliable, scalable, and efficient server solutions tailored to meet the unique demands of modern enterprises. With their advanced technologies and features, these servers continue to be relevant in various operational contexts, addressing the critical need for performance and reliability in today’s data-driven world.