A network engineer must configure a power redundancy policy on a Cisco UCS C-Series Rack Server. The power redundancy must support two power sources being used to power the server. Which…

The correct answer is D. Option D. On a Cisco UCS C-Series Rack Server, power redundancy is configured via the Power Redundancy policy in the CIMC or UCS Manager. To support two power sources actively powering the server (both PSUs drawing power simultaneously from separate sources), the 'Grid' redundancy mode…

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Question

A network engineer must configure a power redundancy policy on a Cisco UCS C-Series Rack Server. The power redundancy must support two power sources being used to power the server. Which configuration should be applied to meet the requirement?

Exhibit

Options

AOption A
BOption B
COption C
DOption D

How the community answered

(33 responses)

A
6% (2)
B
3% (1)
C
9% (3)
D
82% (27)

Explanation

On a Cisco UCS C-Series Rack Server, power redundancy is configured via the Power Redundancy policy in the CIMC or UCS Manager. To support two power sources actively powering the server (both PSUs drawing power simultaneously from separate sources), the 'Grid' redundancy mode must be selected. Grid mode connects each PSU to an independent power grid/circuit, so both sources are actively used and either can sustain the server if the other fails. Option D represents the Grid redundancy configuration, which satisfies the requirement of two power sources powering the server with full redundancy.

Topics

#Cisco UCS C-Series#Power Redundancy#Server Configuration#UCS Power Policy

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