Refer to the exhibit.
Based on the exhibit, which ports are used for FC2 and iSCSI1 connections on an XtremIO
X1?
Based on the provided exhibit, ports 'b' and 'd' are used for FC2 (Fibre Channel 2) and iSCSI1 connections on an XtremIO X1. These ports are designated for specific connection types to ensure optimal performance and correct configuration of the storage network.
In an XtremIO X2, what is the maximum number of lifetime cycles for NVRAM?
In an XtremIO X2 system, the maximum number of lifetime cycles for NVRAM is 10,000. This number represents the total count of write and erase cycles the NVRAM can endure throughout its lifespan, ensuring data integrity and reliability over time.
After changing the IP addresses of the Storage Controllers, which XMCLI command is used to verify that those addresses are correct?
The show-storage-controllers command is used in XMCLI to verify the IP addresses of the Storage Controllers after they have been changed. This command provides detailed information about the status and configuration of the storage controllers, including their IP addresses.
When connected to the Tech port, which login name should be used to test the Storage Controller cabling?
When connected to the Tech port on a Dell XtremIO Storage Controller, the login name 'xinstall' should be used to test the Storage Controller cabling. This special login is designated for installation and configuration tasks, including testing and verifying cabling connections to ensure proper setup and functionality of the storage system.
In a multi X-brick cluster, what happens when both DAE Controllers in a single X-Brick fail?
In a multi X-brick cluster, each X-brick consists of multiple Disk Array Enclosures (DAEs) that work together to provide storage and data redundancy.
If both DAE controllers in a single X-Brick fail, the impact is localized to the LUNs (Logical Unit Numbers) that store data on that particular DAE.
The entire cluster does not shut down; rather, only the data on the affected DAE becomes unavailable.
This design ensures that the rest of the cluster continues to operate normally, albeit with potential performance degradation depending on the data distribution and workload.
