Dell PowerProtect Data Domain Deploy v2 Free Sample Questions

To determine if the data center floor tiles can safely support the localized weight of the entire configuration.

To ensure sufficient contiguous rack space is available to allow for correct physical placement, thermal flow, and SAS cabling limitations.

To calculate the total required BTU/hr output for the data center HVAC systems.

To accurately provision the number of required Top-of-Rack (ToR) network switch ports for the management interfaces.

The appliance will automatically downclock its CPU and disable expansion shelf SAS ports to stay within the 15A power envelope.

The system will operate normally but will issue continuous critical alerts regarding non-redundant power supplies.

The circuits may trip under heavy load during backup windows or disk rebuilds, leading to unexpected hard shutdowns and potential data corruption.

The DD OS installation wizard will detect the lower amperage via the iDRAC sensors and refuse to complete the initial configuration.

Verify that the physical service tags on the shipping boxes match the service tags listed on the customer's sales order and packing slip.

Register the service tags manually in DD System Manager before physically racking the appliance.

Confirm that all prerequisite components listed on the installation checklist (such as rail kits, power cords, and network cables) are present.

Flash the system BIOS to the latest version using the service tag to download the correct firmware package.

Connect the appliance to a temporary network to validate the service tag via Dell SupportAssist.

True

False

The plan is acceptable; however, active optical SAS cables must be ordered to support the 15-meter distance between Rack A and Rack B.

The plan is unacceptable because standard passive SAS cables have strict length limitations (typically 3 to 5 meters) and cannot span the 15-meter distance between the racks.

The plan is acceptable as long as both Rack A and Rack B share the same management VLAN for the iDRAC connections.

The plan is unacceptable because the head unit and expansion shelves must share the exact same physical PDU to ensure synchronized power-on sequencing.

To ensure the appliance's management interface (ethMa) can negotiate properly, as it requires a minimum of 10GbE to function.

To confirm compatibility with the specific Network Daughter Card (NDC) or PCIe NICs ordered with the appliance, avoiding delays caused by mismatched transceivers or cabling.

To calculate the expected deduplication ratio, which is directly correlated to the network bandwidth available during backups.

To ensure the SAS expansion shelves can communicate with the network switches, which require 25GbE for optimal performance.