300-610 · Question #203
An engineer must design a solution to divide the workload across two different data centers and achieve redundancy in case of the failure of either data center. Which solution must the engineer choose
The correct answer is A. single Cisco HyperFlex stretched cluster. An engineer must design a solution to divide workload and achieve redundancy across two data centers in case of failure.
Question
An engineer must design a solution to divide the workload across two different data centers and achieve redundancy in case of the failure of either data center. Which solution must the engineer choose?
Options
- Asingle Cisco HyperFlex stretched cluster
- BCisco Hyperflex edge cluster
- CCisco Hyperflex ROBO cluster
- Dsingle Cisco HyperFlex standard cluster
How the community answered
(50 responses)- A88% (44)
- B4% (2)
- C6% (3)
- D2% (1)
Why each option
An engineer must design a solution to divide workload and achieve redundancy across two data centers in case of failure.
A Cisco HyperFlex Edge cluster is designed for remote office/branch office environments and does not typically span two data centers for full redundancy and workload division in the same manner as a stretched cluster.
A Cisco HyperFlex ROBO (Remote Office/Branch Office) cluster is a variant of the Edge cluster, optimized for smaller remote sites and not suitable for distributing workloads across two primary data centers for enterprise-level redundancy.
A single Cisco HyperFlex standard cluster is typically deployed within a single data center and does not provide redundancy across two distinct data center locations for failure scenarios.
Concept tested: Cisco HyperFlex cluster types and use cases
Source: https://www.cisco.com/c/en/us/td/docs/hyperconverged_systems/hyperflex_hx_data_platform/4_0/install/b_hyperflex_hx_install_guide_4_0/b_hyperflex_hx_install_guide_4_0_chapter_01000.html
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