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Tips for Selecting SSD and HDDs

There are a number of factors to be considered when selecting drives for a storage environment. These include the level of sequential or random access performance needed, storage density, reliability and cost. With today's wide variety of storage devices, many IT professionals are challenged with the multitudes of drive technologies. This is especially true when selecting the appropriate drives for various data types. Adding to the confusion is that SATA and SAS refer to disk drive interfaces, whereas SSD refers to a particular kind of internal technology. Selecting a drive technology and interface type can seem complex with considerations of random access performance, sequential performance, cost, density and reliability, but is manageable with the right guidance.

By observing the following tips on drive selection, confusion over drive choice can be significantly reduced.

Do not confuse disk interface type with performance or reliability
Historically, SAS and SATA were used as convenient shorthand for fast or dense disk drives, respectively. Now, however, there are SSD drives with SATA interfaces as well as inexpensive and dense but relatively low-IOPS 7200 RPM drives with SAS or even FC interfaces.

Achieve the best price/GB with 3.5" 7200 RPM SATA drives
Storage vendors have a seemingly endless variety of pricing models, but one constant seems to be that 2.5" systems cost twice as much per gigabyte as 3.5" systems, assuming both are using 'enterprise-grade' drives. But as noted previously, a 3.5" drive will be far more reliable.

Understand that HDD performance is mostly dictated by density and mechanical speed
The random or transactional (IOPS) performance of spinning drives is dominated by the access time, which in turn, is determined by rotational latency and seek time. Interface performance has almost no impact on IOPS. Additionally, interface speed has no measurable impact on sustained performance.

Consider SSD drives instead of 10K or 15K drives for transactional workloads

Today it is very likely that an all-SSD storage solution will have lower overall capital and operational cost than one made from 15,000 RPM drives due to the reduction in total slots required to achieve a given transaction performance. Additionally, SSDs have a greatly reduced power footprint compared to spinning drives for a given number of transactions.

When building systems with high sequential performance for applications such as video, 3TB 7200 RPM SATA drives are better than SSD or 10K/15K drives
Somewhat surprisingly, neither SSDs nor 10,000/15,000 RPM disk drives are better for video and other streaming media applications than 7200 RPM SATA drives, unless there are numerous independent streams being written or read from the same RAID set.

Hardware matters, and organizations intent on maintaining a robust storage environment should not underestimate the importance of optimizing storage infrastructure with quality hardware components and technology that is aligned with the operating environment.  Correct drive choice plays a major role in the overall reliability and performance of a storage system

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