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What are the main features of the HP 8/20q FC 16-ports Active Switch?

The HP 8/20q FC 16-ports Active Switch offers high-performance 8Gb/s and 16Gb/s Fibre Channel connectivity, scalability, and flexibility for data centers.

How cost-effective is the HP 8/20q FC 16-ports Active Switch?

This switch is cost-effective as it supports pay-as-you-grow scalability without requiring a full chassis upgrade, making it ideal for expanding enterprises.

What are the typical application scenarios for the HP 8/20q FC 16-ports Active Switch?

It is commonly used in data centers that need high-speed, reliable storage networking, including SAN environments and backup and disaster recovery configurations.

How do I install the HP 8/20q FC 16-ports Active Switch?

Installation involves mounting the switch in a standard rack, connecting power, and configuring the device via its management interface. Detailed instructions are in the user manual.

Does the HP 8/20q FC 16-ports Active Switch support firmware upgrades?

Yes, the switch supports firmware upgrades to ensure it remains updated with the latest features and security enhancements.

Are there any alternatives to the HP 8/20q FC 16-ports Active Switch?

Alternatives include other Fibre Channel switches like the Brocade 6505 or Cisco MDS 9148S, depending on your specific network requirements.

What accessories are available for the HP 8/20q FC 16-ports Active Switch?

Available accessories include transceivers, additional SFP+ modules, and rack mount kits.

How does the HP 8/20q FC 16-ports Active Switch compare to the Brocade 6505?

The HP 8/20q offers comparable performance at a similar price point, but may provide better integration in Hewlett Packard Enterprise environments.

Can the HP 8/20q FC 16-ports Active Switch be used in virtualized environments?

Yes, it is designed to support virtualized environments, making it suitable for modern data centers running multiple virtual machines.

What are common troubleshooting steps for the HP 8/20q FC 16-ports Active Switch?

Common steps include checking cable connections, verifying power status, reviewing event logs, and ensuring firmware is up-to-date. Consult the technical manual for detailed guidance.