Zoning in Fibre Channel SANs is designed to achieve what?

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Multiple Choice

Zoning in Fibre Channel SANs is designed to achieve what?

Zoning in Fibre Channel SANs creates logical partitions that control who can communicate within the fabric. By grouping initiator ports (hosts) and target ports (storage) into zones, only devices inside the same zone can exchange SCSI commands. This tightens security by preventing unauthorized hosts from seeing or accessing storage LUNs and improves performance by limiting traffic to the zone. Zoning is not about encrypting data, assigning IP addresses, or creating backups across fabrics. It’s about controlling visibility and access to storage resources, which directly impacts security and efficiency.

Zoning in Fibre Channel SANs creates logical partitions that control who can communicate within the fabric. By grouping initiator ports (hosts) and target ports (storage) into zones, only devices inside the same zone can exchange SCSI commands. This tightens security by preventing unauthorized hosts from seeing or accessing storage LUNs and improves performance by limiting traffic to the zone. Zoning is not about encrypting data, assigning IP addresses, or creating backups across fabrics. It’s about controlling visibility and access to storage resources, which directly impacts security and efficiency.

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