NOTICE: Do not turn on the server(s) or the PowerVault storage systems until all cabling is complete.

2.Create an interface between the 50F, 51F, or 56F Fibre Channel switches and each of the servers that you want to install in the SAN (see Figure 2-4).

a.Connect the high-speed serial data connector (HSSDC) on the interface cable to the QLogic HBAs on each server.

b.Connect the other end of the cable to the 5xF Fibre Channel switch.

3.Create an interface between each of the storage processors (SPs) or RAID con- trollers on the storage systems and the Fibre Channel switch.

a.Connect the HSSDC connector on each cable to the switch.

b.Connect the DB-9 connector on the other end of the cable to one of the 9- pin connectors on the SP modules or RAID controllers (I/O modules).

4.For each NetWare server, verify the connection between the server and a Windows NT or Windows 2000 management station on the local area network (LAN). Otherwise, proceed to step 5.

5.Power on all Fibre Channel switches, and then power on the PowerVault storage systems.

This step takes 3–5 minutes and ensures that the PowerVault storage systems are completely booted.

6.Power on the server(s).

7.Complete any switch zoning before continuing. For information about zoning, see Chapter 15, “Managing Fibre Channel Fabric Switch Zones.”

Powering Up and Shutting Down a SAN

To power up or shut down the complete, fully configured SAN, follow the procedures provided in this section.

NOTE: If this is the first time you are bringing up your SAN, follow the applicable pro- cedures in Chapters 5 through 8. Use the following procedure for an existing (fully installed and configured) SAN.

Powering Up a SAN

NOTE: All devices identified in a step must be fully booted before continuing to the next step.

1.Verify that all cables are properly attached.

2.Power up all Fibre Channel switches and bridges.

3.Turn on all 224F and 630F storage enclosures.

2-16 Dell PowerVault SAN Administrator’s Guide

Page 16
Image 16
Dell 650F, 651F manual Powering Up and Shutting Down a SAN, Powering Up a SAN

650F, 651F specifications

The Dell 651F and 650F are notable entries in the Dell family of networking switches, designed to meet the increasingly demanding requirements of modern enterprises. Built to enhance network performance and reliability, these switches embody a variety of features and technologies that cater to both small businesses and large organizations.

At the heart of the Dell 651F and 650F is their robust hardware architecture. Both models come equipped with high-performance processors, enabling them to efficiently handle substantial data traffic. The Dell 651F features a higher port density compared to the 650F, making it ideal for environments where connectivity and bandwidth are critical. Each switch supports multiple 10G and 25G SFP+ ports, providing flexibility for organizations that require scalable network solutions.

One of the standout characteristics of these switches is their advanced Layer 3 routing capabilities. This feature allows for more precise traffic management, enhancing overall network efficiency. Additionally, both models support various routing protocols, including OSPF, BGP, and RIP, enabling them to seamlessly integrate into existing IT infrastructures.

Security is a primary concern for any organization, and Dell has taken significant measures to address it in the 651F and 650F switches. They support 802.1X authentication and have built-in Access Control Lists (ACLs), helping to safeguard sensitive data while preventing unauthorized access. Furthermore, both models are compliant with various industry standards, ensuring that they can protect networks against emerging threats.

Management and monitoring features also play a crucial role in the functionality of these switches. The Dell Networking OS provides an intuitive interface, which simplifies configuration and management tasks. With features like simple command-line interface (CLI) access and a web-based GUI, network administrators can easily troubleshoot and optimize performance.

In terms of power efficiency, the Dell 651F and 650F are designed with energy-saving technologies that minimize operational costs. They support Power over Ethernet (PoE), allowing for the connection of various devices without the need for separate power sources.

In conclusion, the Dell 651F and 650F switches represent a powerful combination of performance, security, and efficiency. Their advanced features, versatile connectivity options, and user-friendly management tools position them as an excellent choice for organizations looking to enhance their networking capabilities. As businesses continue to evolve and demand more from their technology, Dell’s offerings remain ready to meet those needs.