A company plans to deploy a Cisco HyperFlex solution for data-intensive applications and databases. The proposed solution should offer the highest performance with high consistency and low latency. Which Cisco HyperFlex storage configuration should be used?
For data-intensive applications and databases that require the highest performance with high consistency and low latency, an All-NVMe (Non-Volatile Memory express) Cisco HyperFlex configuration is the most appropriate choice. NVMe storage offers the fastest read/write capabilities and the lowest latency compared to other storage configurations due to its use of high-speed PCIe interfaces, which fully leverage the potential of solid-state technology. In contrast, All-Flash, All-HDD, and Hybrid configurations do not provide the same level of performance, making All-NVMe the optimal solution for such demanding requirements.
All-NVMe storage configuration provides the highest performance and lowest latency compared to other storage configurations, making it the ideal choice for data-intensive applications and databases that require high consistency and low latency.
D All-NVMe For data-intensive applications and databases that require the highest performance with high consistency and low latency, an All-NVMe (Non-Volatile Memory express) Cisco HyperFlex configuration would be the most suitable. NVMe storage provides the fastest read/write capabilities and lowest latency compared to other storage types due to its ability to leverage the full potential of solid-state technology over high-speed PCIe interfaces. While All-Flash configurations also offer high performance and are suitable for performance-intensive applications, NVMe drives outperform traditional SSDs (Solid State Drives) used in All-Flash configurations. HDDs (Hard Disk Drives) are not suitable for high-performance scenarios due to their slower speeds and higher latency. Hybrid configurations, which combine HDDs and SSDs, offer a balance between cost and performance but do not provide the same level of performance as All-Flash or All-NVMe solutions.
theoretically D but in many case consider budget all-flash is enough :D
D is correct
D is correct
I think the D is correct
Should it be All-NVMe?