4-30 System Configuration

SCSI BIOS (SCSISelect)

The “SCSISelect” utility makes settings of the SCSI controller on a motherboard. You can start it up by simple key operation during POST execution without using any special startup disk.

IMPORTANT:

Because the server is installed with the latest version of the SCSISelect utility, your screen display may be different from the one described in this guide. For information on options different from those described in this guide, refer to the online help or ask your service agent.

Usage of the SCSISelect utility

The SCSISelect utility is activated when you configure the transfer speed of SCSI devices connected to the server (except hard disk drive), and allows you to make settings.

IMPORTANT:

SCSI configuration must be set by starting up the utility on a SCSI controller basis. The server is equipped with one SCSI controller. If you have added SCSI controller boards, you need to make SCSI controller settings as many as the number of added SCSI controller boards in addition to the configuration for the built-in SCSI controller. The utility used for changing settings may be different.

Starting and Quitting the SCSISelect utility

The following section describes the procedures from starting the SCSISelect utility to quitting the utility. For information on how you start up and/or operate the utility stored on the option board, see the manual shipped with the option board.

1.Power on the server.

The following message appears on the screen during POST execution.

IMPORTANT:

The message is repeated for the number of times as many as the number of SCSI controllers installed.

2.Press and hold down the Ctrl key and press the N key.

The SCSISelect utility starts up with the “Main” menu displayed.

Page 128
Image 128
NEC EXP320A, EXP320B Scsi Bios SCSISelect, Usage of the SCSISelect utility, Starting and Quitting the SCSISelect utility

N8800-091F, EXP320B, EXP320A, N8800-090F specifications

The NEC N8800-090F, EXP320A, EXP320B, and N8800-091F are advanced computing solutions designed for demanding enterprise environments. These models are part of NEC's high-performance computing portfolio, tailored for data-intensive applications and virtualization.

The N8800-090F is a robust server featuring powerful multi-core processors, providing exceptional performance for complex calculations and heavy workloads. This server supports a variety of memory configurations, enabling scalability and flexibility to meet the evolving needs of businesses. Its architecture is designed to facilitate high availability, ensuring that critical applications remain operational even in the event of hardware failures.

The EXP320A and EXP320B are expansion units that complement the N8800 series by providing additional storage and I/O capacity. They are ideal for organizations that require massive data storage solutions. These expansion units support different types of storage media, including high-speed SSDs and high-capacity HDDs. This allows for a customizable approach to data management, catering to various performance and capacity requirements.

One of the standout features across these models is their support for advanced virtualization technologies. The systems are equipped with features that enable efficient resource management, allowing multiple virtual instances to run on a single physical server without significant performance degradation. This is crucial for businesses looking to optimize their IT resources and improve operational efficiency.

Furthermore, NEC has integrated advanced security features into these servers to protect sensitive data and ensure compliance with industry regulations. This includes hardware-based security mechanisms, secure boot processes, and comprehensive management tools that provide organizations with enhanced control over their server environments.

Overall, the NEC N8800-090F, EXP320A, EXP320B, and N8800-091F present a compelling choice for enterprises looking for reliable, scalable, and high-performance computing solutions. With their cutting-edge technologies and robust design, these models aim to support the growth and adaptability of modern IT infrastructures while delivering exceptional performance for a wide range of applications.