D-MSS-DS-23 · Question #18
An architect is designing a cost-effective PowerStore solution in sizer that is expected to perform in the event of a node failure without impacting the max performance. What must be considered?
The correct answer is A. Set Max Performance Saturation to 50% while sizing. Designing for Node Failure: Ensuring a PowerStore solution performs optimally even in the event of a node failure requires careful consideration of performance thresholds. Max Performance Saturation: Setting the Max Performance Saturation to 50% during the sizing process…
Question
An architect is designing a cost-effective PowerStore solution in sizer that is expected to perform in the event of a node failure without impacting the max performance. What must be considered?
Options
- ASet Max Performance Saturation to 50% while sizing.
- BPlan and design a disaster recovery site.
- CSet Performance Growth to 50% while sizing.
- DProvide a higher model than the sizer-recommended solution.
How the community answered
(49 responses)- A84% (41)
- B10% (5)
- C4% (2)
- D2% (1)
Explanation
Designing for Node Failure: Ensuring a PowerStore solution performs optimally even in the event of a node failure requires careful consideration of performance thresholds. Max Performance Saturation: Setting the Max Performance Saturation to 50% during the sizing process ensures that in the event of a node failure, the remaining node can handle the load without performance degradation. This conservative approach allows the system to operate within safe performance limits, maintaining high availability and performance.
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