A small marketing company recently moved all of its storage to a cloud provider. The budget for storage has limited the company to buying a small amount of SSD storage and a lot of spinning disks. The storage administrator needs to find a way to optimize this environment to realize maximum speed. Which of the following would best achieve this?
Automated storage tiering is the best solution to optimize the storage environment with limited SSDs and extensive spinning disks. This method automatically moves data between different storage tiers based on its access frequency and importance. Frequently accessed and critical data will be stored on faster SSD storage, while less frequently accessed data will be stored on slower spinning disks. This approach ensures maximum speed for critical operations while making efficient use of available resources.
B. Automated storage tiering Automated storage tiering is a technique used to optimize storage performance by automatically moving data between different tiers of storage based on its access frequency and importance. In this scenario, since the company has limited SSD storage and a lot of spinning disks due to budget constraints, implementing automated storage tiering would allow frequently accessed and critical data to be stored on the faster SSD storage, while less frequently accessed data can be stored on the slower spinning disks. This would maximize speed for critical operations while efficiently utilizing the available resources.
B. To optimize a storage environment with limited SSD storage and a lot of spinning disks to realize maximum speed, the best option would be: B. Automated storage tiering