Free VMware 2V0-13.25 Actual Exam Questions - Question 10 Discussion

This one feels like D and B as well, but I’m focusing on eliminating the others. A is about security features, not latency, so probably out. C and E relate to vSAN’s storage efficiency, but deduplication and deep snapshots usually add overhead rather than reduce latency. So D for network path optimization and B to speed up storage through memory tiering make the most sense for latency-sensitive workloads here.

It’s D and B, since network and storage speed matter most for latency.

Option D definitely improves network latency by optimizing the data path. For the other choice, I’d go with B because Advanced Memory Tiering with NVMe speeds up storage access, which is crucial for latency-sensitive workloads. Options A, C, and E don’t really focus on performance improvement for latency — like deduplication (C) and deep snapshots (E) can actually add overhead. So combining D and B targets both network and storage latency, covering the main bottlenecks for these workloads.

D imo, NSX Enhanced Data Path cuts network latency a lot. B also makes sense since advanced memory tiering with NVMe speeds up storage access, which helps latency-sensitive apps.

Totally agree with skipping A, C, and E since they don’t directly address latency. D for sure helps because NSX Enhanced Data Path is designed to reduce network overhead and boost packet processing speed. For the second pick, B makes sense as Advanced Memory Tiering with NVMe lowers storage access times, which is crucial for latency-sensitive apps. Pretty confident it’s the right combo to meet the workload domain needs here.

D/B makes sense to me too. NSX Enhanced Data Path cuts network latency, and Advanced Memory Tiering with NVMe speeds up storage access—both key for latency-sensitive workloads. Options A, C, and E don’t really address latency directly.

Makes sense to rule out A, C, and E since they focus more on security or data reduction rather than

D imo, because NSX EDP lowers network latency, and B boosts storage speed for quicker data access.

Maybe D and B. NSX Enhanced Data Path is designed to speed up network packet processing, which helps a lot with latency-sensitive workloads. Advanced Memory Tiering with NVMe sounds like it would improve storage performance by using faster tiers of memory, which also reduces latency. The other options either focus on security features or storage savings, neither of which directly target latency. So these two seem to address the performance needs most directly from both networking and storage sides.

D imo, enabling NSX Enhanced Data Path definitely reduces network latency, which is crucial for latency-sensitive apps. Also, B makes sense since faster storage access with Advanced Memory Tiering helps cut down delays in workload data retrieval.

B/D? Advanced Memory Tiering with NVMe speeds up storage access, and NSX Enhanced Data Path cuts network latency. Both directly help with latency-sensitive workloads, unlike the security or snapshot options.

D imo, NSX Enhanced Data Path reduces network latency which is crucial.

Not A or E; those focus on security and snapshot management which can actually add latency. B and D improve storage speed and network data path efficiency, which are key for latency-sensitive setups.

I’m not sure A, C, or E would help with latency-sensitive workloads here. Intel TDX and AMD SEV-SNP are more about security than performance, and vSAN deduplication or deep snapshots might add overhead instead of reducing latency. B and D seem to directly target performance improvements—faster storage access and optimized network data paths. But how do we know if the environment supports those features? If the question doesn’t specify versions, can we be certain they’re usable?

I’m thinking B and D. Advanced Memory Tiering with NVMe helps with faster storage access, which reduces latency, and NSX Enhanced Data Path improves network performance for latency-sensitive workloads. The others don’t seem directly related to latency improvements. What do you think?