Which type of workloads are recommended for use with lower cost storage options?

Throughput intensive workloads with large sequential I/O are ideally suited for lower cost storage options for several reasons.

Firstly, lower cost storage solutions typically offer higher capacities at a reduced price, making them an attractive choice for workloads that require large amounts of data to be read or written efficiently. These workloads often involve processing large datasets where the operations are performed on long sequences of data rather than on small, random chunks.

Secondly, sequential I/O operations benefit from the speed of data transfer and reduced overhead, as access patterns do not require frequent non-linear seeking on the storage medium. This aligns well with lower cost storage, which is optimized for capacity rather than speed, allowing it to effectively handle high throughput demands.

Additionally, using lower cost storage for these types of workloads helps keep overall project costs down while meeting performance requirements, especially in scenarios such as data archiving, backup, or analytics where large volumes of data are processed in a more predictable pattern.

This makes throughput intensive workloads with large sequential I/O a strategic fit for lower cost storage options, providing an efficient way to manage big data without straining budgetary constraints.