Create virtual disks in the 660Fs. For instructions, see “Managing LUNs” in Chapter 14 or see the Dell OpenManage Array Manager User’s Guide.

8.Reboot all servers after all LUNs have transitioned to owner status and you have verified their status by using Dell OpenManage Data Supervisor or Dell Open- Manage Data Administrator for 650Fs and 651Fs or Dell OpenManage Array Manager for 660Fs.

9.Assign LUNs and virtual disks to servers by using Dell OpenManage Storage Consolidation. For instructions, see the Dell OpenManage Storage Consolidation User’s Guide.

10.Install all system management software. For instructions, see Chapter 16, Configuring SAN Management Applications.

11.Install selected SAN tape backup software. For instructions, see the software documentation.

12.Check and, if needed, update all firmware levels for the following components. For additional information, see Chapter 9, “Upgrading Your Dell PowerVault Fibre Channel Software and Firmware” or see the suggested documentation.

All PowerVault 50F, 51F, and 56F Fibre Channel switches — For information about determining the firmware levels, see the documentation that came with your switch.

All PowerVault 650F, 651F, and 630F storage arrays — For information about determining the firmware levels, see the Dell OpenManage Data Supervisor, Event Monitor, and Integrator Installation and Operation guide. For installa- tion instructions, see Chapter 10, “Installing and Configuring Hardware Devices in a Windows SAN.”

All PowerVault 660F storage systems — For installation instructions, see the Dell OpenManage Array Manager User’s Guide.

All hard-disk drives in your storage systems — For information, see the Dell PowerVault Fibre Channel Utilities CD or the File Library at http://support.dell.com.

All PowerVault 120T autoloaders — For instructions, see Chapter 10, ”Install- ing and Configuring Hardware Devices in a Windows SAN.“

All PowerVault 130T libraries — For instructions, see Chapter 10,”Installing and Configuring Hardware Devices in a Windows SAN.“

All PowerVault 35F Fibre Channel bridges — For instructions, see Chapter 10, ”Installing and Configuring Hardware Devices in a Windows SAN.“

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Windows NT and Windows 2000 SAN Configurations 3-5

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Dell installation instructions Windows NT and Windows 2000 SAN Configurations

NT, 2000 specifications

The Dell 2000NT is a notable example of a powerful server designed primarily for the burgeoning demands of small to medium-sized businesses in the late 1990s and early 2000s. As part of Dell's extensive range of servers, the 2000NT was often recognized for its balance between performance, flexibility, and affordability.

One of the most significant features of the Dell 2000NT was its scalability. It supported an array of Intel processors, allowing businesses to customize their systems according to their specific needs. This made it an excellent choice for organizations that were not only looking for immediate performance but also the ability to upgrade as their operations expanded.

The 2000NT supported various storage configurations, often equipped with SCSI or IDE drives, enabling users to choose between performance and cost-effectiveness. With several drive bays available, users could create RAID configurations, enhancing data redundancy and performance. Consequently, businesses could have confidence in their data integrity, which was pivotal during a time when data-driven decisions were becoming increasingly pivotal.

In terms of networking capabilities, the 2000NT provided multiple options for connectivity, including built-in Ethernet ports and support for various network adapters. This flexibility allowed businesses to integrate the server smoothly into existing networks, facilitating efficient communication and data exchange.

The Dell 2000NT also favored manageability and ease of deployment. With a user-friendly BIOS and built-in diagnostic tools, IT administrators could quickly troubleshoot and manage the system. Additionally, Dell's focus on customer support meant that businesses could obtain timely assistance whenever needed.

In terms of software compatibility, the 2000NT was optimized for Windows NT Server, a popular choice during its time. This allowed users to take advantage of Windows NT's advanced networking capabilities, security features, and support for various applications.

Furthermore, the Dell 2000NT was characterized by its robust build quality and compact design, making it suitable for various environments, from small offices to server rooms. Its efficient cooling system ensured reliable performance without excessive noise, making it a user-friendly option in environments where sound levels mattered.

In summary, the Dell 2000NT emerged as a standout server aimed at addressing the needs of growing businesses. Its scalability, storage options, robust networking capabilities, ease of management, and compatibility with Windows NT made it a reliable choice during an era marked by rapid technological advancement.