Intercluster LIFs (Logical Interfaces) are associated with endpoints that facilitate communication between different clusters. These interfaces can be hosted on specific types of Storage Virtual Machines (SVMs). The SVM types that can host intercluster LIFs are Admin and System. Admin SVM is responsible for managing the cluster and its resources, while System SVM operates at the cluster level, facilitating necessary administrative tasks. Data SVMs are more focused on serving data to clients, and Node SVMs pertain to individual nodes within the cluster. Therefore, the correct SVM types for hosting intercluster LIFs are Admin and System.

To migrate data from a third-party array to a NetApp FAS system, two appropriate methods are FLI (Foreign LUN Import) and XCP (Xcelerated Copy and Protection). FLI is specifically designed for migrating data from third-party storage arrays to NetApp systems, facilitating a seamless transition. XCP, on the other hand, is a high-performance data migration tool provided by NetApp that simplifies and accelerates the process of moving large datasets efficiently.

The correct action to non-disruptively correct capacity imbalances in a FlexGroup is to perform a rebalance of the FlexGroup constituents. This involves redistributing data across the constituents of the FlexGroup to ensure more even capacity usage.

To create a two-node ONTAP Select cluster spanning two data centers with automated switchover and no data loss, it is necessary to ensure the availability of a quorum and to facilitate failover management. The ONTAP Mediator service is used to provide the required quorum for a two-node cluster, ensuring high availability and preventing split-brain scenarios. Additionally, the ONTAP Select Deploy VM should reside at a third location, separate from the two data centers, to facilitate proper cluster operations and mediations in case of failures, thereby delivering the needed redundancy and resiliency. This setup ensures continuous operation without data loss due to failover.

The highest latency seen during the restore is 10500 milliseconds. This value is obtained from the 'max' column in the table for the 'GET' operations, which are relevant for restoring files. Among the GET operations, the maximum latency values are 9591, 10021, and 7889 milliseconds. However, the highest overall latency in the table, including both GET and PUT operations, is 10500 milliseconds, which corresponds to the PUT operation. Therefore, the correct answer is 10500 milliseconds.