2.In the Array Configuration window, click Array, and then click Firmware Download.

The Firmware Download window displays the name of the storage system on which the LIC will be updated.

3.In the Enter Full Path Name of File field, type the complete path of the LIC update file that you want to download.

4.From the Select Host drop-down menu, click the name of the server where the LIC file is located.

5.Set the storage processors to reboot automatically after the LIC update by check- ing Automatic Reboot.

The new LIC update does not take effect until the storage processors are rebooted. The storage processors reboot automatically after the LIC download is complete if Automatic Reboot is enabled. When you reboot the storage sys- tem’s storage processor, you may have to restart the Dell OpenManage Data Managed Node Data Agent on the storage system’s server.

If the LIC update also includes a more recent PROM version than what is in the storage processors, you must check Automatic Reboot; the storage processors update their PROM the first time you load a new LIC update only. If you do not put a check mark in the Automatic Reboot check box, the storage processors do not download the PROM update, which may be required by the LIC update.

6.Click OK.

7.In the LIC license agreement window, click Yes to accept the agreement and start downloading the LIC update.

8.When you see that the download has been completed successfully, click OK.

9.Reconfigure the array caching. For details, see "Configuring an Array" in the Dell OpenManage Data Supervisor, Event Monitor, and Integrator Installation and Operation Guide.

NOTE: The size of the new LIC update may cause memory sizing constraints that prevent you from reconfiguring the array cache. If this happens, reconfigure the memory partitions after the storage processors are rebooted (either manually or automatically).

10.If you did not enable Automatic Reboot, reboot the storage processors. You can reboot the storage processors in the array either by shutting down the array and then powering it up again or by using the rebootSP Data CLI command. If you use the command, you may have to stop and restart the Dell OpenManage Data Managed Node Data Agent on the server after the storage processors reboot. For details on the rebootSP command, see the Dell OpenManage Data CLI for NT Installation and Operation Guide.

NOTE: If the new version of the LIC detects that the cache was not deconfigured before the update, the 949h Illegal UpRev Configuration message is logged for each logical unit number (LUN) in the system, no LUNs are assigned,

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Upgrading Your Dell PowerVault Fibre Channel Software and Firmware 9-13

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Dell 630F, 650F, 651F manual Support.dell.com

650F, 630F, 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.