Fujitsu D1419 technical manual Scsi Bus Interface Definitions, Additional Options

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Features

SCSI Bus Interface Definitions

SCSI Controller ID

All SCSI devices on one SCSI bus, including the SCSI controller, must be set to separate SCSI addresses.

The SCSI controller is normally set to ID 7.

You do not normally need to change the SCSI address, not even if you install several SCSI controllers. In this case each SCSI controller may be assigned address 7, because each is connected to it’s own SCSI bus.

SCSI Controller Parity

The U320-SCSI controller uses parity bits on the SCSI bus to verify the data transfer from your SCSI bus (Enabled).

If one of your SCSI devices does not support Parity Checking, disable it on the SCSI controller.

SCSI Controller Termination

The terminating resistors of the SCSI controller must be enabled.

!

The default setting is Enabled. The terminating resistor of the SCSI controller is enabled.

With [F6] you can reset to the default setting.

 

Additional Options

Master SCSI Controller

These settings display from which of the available SCSI controller the BIOS is loaded. As long as the onboard SCSI controller AIC-7902 is activated, only this one is the master controller.

Boot SCSI Controller

This setting defines from which of the available SCSI controller is booted.

Boot Target ID

The U320-SCSI controller can start the operating system from a drive with any SCSI address (ID). The default setting is SCSI ID 0. The SCSI ID selected here must correspond to the ID configured on the boot device.

Boot LUN number

If your boot device has multiple LUNs (Logical Unit Numbers) and Multiple LUN Support is Enabled, this option allows you to specify which LUN to boot from on your boot device. The default setting is LUN 0.

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A26361-D1419-Z120-1-7419

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Contents Mainboard D1419 Sie haben Page A26361-D1419-Z120-1-7419 Technisches Handbuch Technical Manual Ausgabe März 2003 March 2003 editionPage Contents Page Notational conventions IntroductionImportant notes Information about boards Important notesFeatures Interfaces and connectors = IpmbTemperature / System monitoring LAN connector ISA bus resourcesDevice AddressPCI bus resources PCI slotsPCI IRQ line x Assignment of the PCI interrupts PCI slot 64bit/32b FrequencyScreen resolution USBSCSI/Host RAID configuration utility Starting the SCSI/Host RAID configuration programTerminating the SCSI/Host RAID configuration program Working with the keyboardActivating and Configuring Host RAID Advanced Configuration Press Enter Scsi Bus Interface Definitions Default settingScsi Device Configuration Press Enter Scsi Bus Interface Definitions Additional OptionsScsi Device Configuration Advanced Configuration Options Format Disk Scsi Disk UtilitiesVerify Settings with switches Recovering System Bios switchSkipping the password query switch Write protection for Flash Bios switchAdd-on modules Slot sequence Installing the processor with heat sink and fan Mounting heat sinkUpgrading main memory Installing a memory module Removing a memory moduleReplacing lithium battery Glossary

D1419 specifications

The Fujitsu D1419 is a robust and versatile motherboard tailored for a variety of applications, particularly in the enterprise and server markets. It is engineered to support advanced processing capabilities, making it a suitable choice for businesses that require reliable performance and scalability.

One of the main features of the D1419 is its support for Intel's Xeon processor family. This compatibility ensures that the motherboard can handle demanding workloads and provides a strong foundation for server-grade applications. The D1419 typically includes multiple CPU sockets, accommodating dual-processor configurations, which enhances its performance and multitasking capabilities.

The D1419 is equipped with an extensive memory architecture, supporting significant amounts of RAM. It usually accommodates DDR4 memory modules, allowing for higher memory speeds and improved overall system performance. The ability to expand memory capacity is crucial for running memory-intensive applications and virtual machines, making the D1419 an excellent choice for data centers and professional workstations.

In terms of connectivity, the Fujitsu D1419 offers multiple PCI Express slots, enabling users to add high-speed network cards, storage controllers, and other expansion cards. This flexibility allows for customization and optimization of the system to meet specific business needs. Additionally, the motherboard is designed to support various storage solutions, including SATA and NVMe interfaces, providing users with the ability to utilize high-speed SSDs for improved data access and storage performance.

The D1419 also integrates advanced technologies that enhance its performance and stability. Features like error-correcting code (ECC) memory support protect against data corruption, ensuring system reliability essential for critical business operations. Furthermore, the motherboard often comes with enhanced thermal management capabilities, including strategically placed cooling solutions to maintain optimal operating temperatures.

Security is another focal point for the Fujitsu D1419, as it generally incorporates features like Trusted Platform Module (TPM) support, which bolsters data integrity and system security. This is particularly important for enterprises looking to safeguard sensitive information from unauthorized access.

In conclusion, the Fujitsu D1419 motherboard stands out due to its powerful support for Intel Xeon processors, extensive memory capabilities, expansion options, and focus on security and reliability. It is a strong candidate for businesses seeking a dependable platform for their server and enterprise applications, ensuring performance, scalability, and long-term viability.