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The UTA2 ports are converged network adapters that can support either 10Gb Ethernet and FCoE or Fibre Channel modes. To use FCP over the UTA2 ports, there are two possible methods:

• Connect onboard UTA2 ports to a Nexus switch and enable FCP: This method allows the UTA2 ports to remain in the 10Gb Ethernet mode, but use the FCoE protocol to transport FC frames over the Ethernet network. The Nexus switch acts as a FCoE forwarder that bridges the FCoE traffic from the UTA2 ports to the FC fabric. This method requires the Nexus switch to support FCoE and the UTA2 ports to have the correct SFP+ transceivers for 10Gb Ethernet.
• Swap the Ethernet transceivers in the UTA2 ports for FC transceivers, and configure the ports as target ports: This method changes the UTA2 ports from the 10Gb Ethernet mode to the FC mode, which allows the UTA2 ports to directly connect to the FC fabric. This method requires the UTA2 ports to have the correct SFP+ transceivers for FC and the ports to be configured as target ports using the ucadmin command.

The other two options are not valid methods to use FCP over the UTA2 ports:

• Swap the Ethernet transceivers in the UTA2 ports for 1Gbps transceivers, and configure the ports as target ports: This method is not possible because the UTA2 ports do not support 1Gbps Ethernet mode. The UTA2 ports can only operate in 10Gb Ethernet or FC modes.
• Change the existing UTA2 ports from 10 Gbps speed to 8 Gb speed: This method is not possible because the UTA2 ports do not support changing the speed without changing the mode. The UTA2 ports can only operate in 10Gb Ethernet or FC modes, and the speed is determined by the mode and the transceiver type.

References :- What are Unified Target Adapter (UTA2)/CNA Ports and how to configure them?, Change the UTA2 port from CNA mode to FC mode, Netapp Exam NS0-162 Questions and Answers - Update Dec 2023 - DumpsMate

The correct action to solve the problem is to update the Selective LUN Map configuration for the LUN mapping. Selective LUN Map (SLM) is a feature that enables you to control which LUNs are visible to which hosts in an ONTAP cluster. SLM reduces the number of paths that are presented to the host and improves the performance and manageability of the SAN environment1. When you perform a volume move, the LUN mapping is automatically updated to include the new node as a destination node, but the old node remains as a source node until the move is completed. This causes ALUA to see twice the number of paths to the LUN, as both nodes are active for the LUN. To avoid this, you need to update the SLM configuration to remove the source node from the LUN mapping after the volume move is done2. Changing the MPIO policy on the host, ensuring that the fabric zoning is correct, or rebooting the host are not actions that would solve the problem, as they do not affect the LUN mapping or the ALUA state. References :- Selective LUN Map overview, How to use Selective LUN Map (SLM) with Volume Move

The point-to-point topology is the simplest and most common way to connect a single host to a storage system using FC. It allows direct communication between two devices without any intermediate devices. The UTA2 ports on the AFF A220 cluster support the point-to-point topology when configured as FC ports. Therefore, to connect a single Windows host directly to the storage using FC, you need to use the point-to-point topology on all ports and make sure that the host and the storage have compatible FC settings, such as speed, WWPN, and zoning. The other options are not correct because they involve additional devices or topologies that are not necessary or supported for this scenario. References :- Quick guide - AFF A220, Detailed guide - AFF A220, ONTAP 9 SAN Configuration Guide

To set up a new SnapMirror SVM replication (SVM DR) relationship, you need to have the following SVM subtypes in the source and target clusters:

• The target SVM subtype must be dp-destination, which means that the SVM is a destination for a SnapMirror SVM replication relationship. The dp-destination SVM is a read-only copy of the source SVM and cannot serve data to clients. It can be used for disaster recovery purposes or for cloning data sets1.
• The source SVM subtype must be default, which means that the SVM is a regular SVM that can serve data to clients using various protocols. The default SVM can be the source for a SnapMirror SVM replication relationship, as well as for other types of SnapMirror relationships1.
• The target SVM subtype cannot be sync-destination, as this subtype is used for SnapMirror Synchronous relationships, which are different from SnapMirror SVM replication relationships. SnapMirror Synchronous is a feature that enables zero-recovery point objective (RPO) replication between two volumes on different clusters, while SnapMirror SVM replication is a feature that enables replication of the entire SVM configuration and data between two clusters23.
• The source SVM subtype cannot be sync-source, as this subtype is also used for SnapMirror Synchronous relationships, not for SnapMirror SVM replication relationships23. References :- SVM subtypes, SnapMirror Synchronous overview, About SnapMirror SVM replication.

https://docs.netapp.com/us-en/ontap/data-protection/convert-mode-snapmirror-synchronous-task.html On the link above it states: You cannot modify the policy of a Snapmirror Synchronous relationship to convert its mode.