A manager has noticed that the staff of administrators spends a lot of time running power cords and network cables when installing new servers.
The manager would like to reduce the amount of time administrators spend doing the power and network cabling.
Which of the following will BEST allow staff to reduce that time?
Click on the arrows to vote for the correct answer
A. B. C. D.D.
The correct answer to the question is D. Blade server.
Explanation:
Blade servers are a type of server that are designed to be inserted into a chassis or enclosure. This enclosure provides power and network connectivity to the individual blade servers, eliminating the need for individual power cords and network cables for each server. The chassis typically contains a shared power supply and network switches that are used to connect the blade servers to the network. This design reduces the amount of time and effort required to install new servers by eliminating the need for individual power and network cabling.
Option A, Mainframe, is not the best solution as it refers to a type of large computer that is typically used for processing large amounts of data. Mainframes do not typically use blade servers and may actually require more cabling and setup time than other server types.
Option B, Tower, refers to a standalone server that is similar in form factor to a desktop computer. Tower servers typically require individual power cords and network cables, which can increase the time required for installation.
Option C, 2U rackmount server, is a type of server that is designed to be mounted in a standard 19-inch equipment rack. While rackmount servers can help to reduce the amount of space required for servers, they still require individual power cords and network cables, which can increase the time required for installation.
Therefore, the best option to reduce the time administrators spend on power and network cabling when installing new servers is D. Blade server.