H19-435_V1.0 · Question #17
FusionCube2000 hyper-convergence supports independent expansion of computing nodes or storage nodes
The correct answer is A. TRUE. A (TRUE) is correct because FusionCube2000 is designed with a disaggregated architecture that allows computing nodes and storage nodes to scale independently of each other - you can add more compute without adding storage, and vice versa. This flexibility addresses a common…
Question
FusionCube2000 hyper-convergence supports independent expansion of computing nodes or storage nodes
Options
- ATRUE
- BFALSE
How the community answered
(35 responses)- A89% (31)
- B11% (4)
Explanation
A (TRUE) is correct because FusionCube2000 is designed with a disaggregated architecture that allows computing nodes and storage nodes to scale independently of each other - you can add more compute without adding storage, and vice versa. This flexibility addresses a common limitation of traditional hyper-converged infrastructure (HCI), where compute and storage are bundled together and must scale in lockstep.
B (FALSE) is wrong because it contradicts FusionCube2000's core design advantage: the ability to independently expand either resource tier based on actual workload demands, avoiding over-provisioning.
Memory tip: Think of "hyper" in FusionCube2000 as meaning hyperflexible - unlike older converged systems where you're stuck scaling everything together, FusionCube2000 lets you scale compute or storage independently, matching the resource that your workload actually needs.
Topics
Community Discussion
No community discussion yet for this question.