A server has a single failed hard drive in an array that is accessed through a hot plug backplane to ease replacement of failed drives. After replacing the drive several times, each of the replacement drives failed to power up and rebuild as the failed drive. Which of the following is the MOST likely cause of the failures?

Question

Accepted Answer

A. The backplane has failed and needs to be replaced. If multiple new drives fail to power up or integrate into the array via a hot-plug backplane, the backplane itself is the most likely single point of failure. The backplane is responsible for distributing power and data signals to the drives, so its failure would prevent any installed drive from functioning correctly.

Answer

B. The array must be disbanded and recreated from a backup source to recognize the The array configuration itself is unlikely to be the cause if the drives are not even powering up, and disbanding/recreating the array is an extreme measure usually for logical corruption, not physical power issues.

Answer

C. There is a conflict with the optical drive on the server. A conflict with an optical drive is highly improbable to cause multiple hard drives in a RAID array to fail to power up or rebuild, as they operate on different buses and power delivery systems.

Answer

D. The server power supply is failing and not providing enough power for all the drives. While a failing power supply could cause drive issues, if only new drives are failing to power up after being inserted into specific slots, the backplane is a more localized and probable failure point than the entire power supply failing for all drives.

A server has a single failed hard drive in an array that is accessed through a hot plug backplane to ease replacement of failed drives. After replacing the drive several times, each of the…

Question

Options

How the community answered

Why each option

Topics

Community Discussion