Solid-State Drive

Posted: June 29, 2016






Solid-State Drive

As the world moves into adopting digital solutions, the need for improved software and storage devices has also been on the rise. Solid-state drive (SSD) is one of the improvements that organizations have started to incorporate when handling data storage. It is a nonvolatile data handling device that uses flash memory in its operation. Many people confuse SSDs to hard disk drives. Hard disk drives have spinning disks which lack in the SSDs. The solid-state drives have semiconductor memory connected by integrated circuits. Despite the high costs attached to this technology, it has been an important discussion point as many enterprises look forward to adopting it. The paper highlights the main benefits and possible challenges that come along with using the solid-state disks.

An organization that uses SSDs stands an opportunity to deal easily with heavy reads and workloads that are accessed randomly. It is possible because solid-state disks have lower latency for their read and random access than in the traditional hard drives (J.Gold Associates, 2014). The feature will also enable the enterprises to enjoy faster boot times. Therefore, the businesses will have an efficient and fast platform for accessing data.

The other benefit of the solid-state drive technology is the higher input-output performance it creates (Sliwa, 2016). The improved I/O performance contributes in making the flow of data in the organization fast and efficient. The efficient operations and flow of data in the firm contributes to its ability to achieve the organizational goals.

The use of SSDs in an enterprise is also beneficial since this type of storage device is less exposed to physical damage. The device has no moving parts as it is the case in HDDs (Jin, Yang, & Jensen, 2015). Therefore, it is possible to use this technology even in harsh working environments. The other advantage of the fact that SSDs have no moving parts is an increased durability. The storage devices are also able to work quietly due to this feature.

An organization that has employed the use of SSDs enjoys the benefit of having storage devices with an increased lifespan. The technology incorporates the use of wear leveling that helps in improving the durability of the devices. Wear leveling is important because it has an algorithm that coordinates data effectively to have the write and erase cycles shared evenly (Englander, 2009).

Despite being an improvement when compared to the conventional hard disk drives, SSDs have some usage disadvantages and installation challenges. Firms are advised to check out the possible hazards attached to the technology before putting it into use. One negative impact of the solid-state disks is the fact that it has a finite number of write operations it can handle before it becomes erratic (Englander, 2009). Therefore, an organization that needs heavy writing actions stands the risk of having problems with these devices. However, the lifespan of this storage device is always being increased thus there is a possibility of clearing this hazard in the future.

The cost of operating the solid-state drives has been the major challenge that scares away many businesses from using the technology. Operating an SSD is almost three times expensive when compared to operating HDDs. However, IT experts argue that the other low-quality storage devices cost higher than this technology indirectly because one has to cache all his hosts (Micheloni, Marelli, & Eshghi, 2012).

One major security challenge with SSDs is the inability to encrypt data already on disk. The hard disk drives can perform this process effectively as it only stores the encrypted copy and destroys the unencrypted in the process. For the SSDs, the encrypted texts are usually written in an unused space while the unencrypted one are still left in the media.

Delaware Health and Social Services and the Disabled American Veterans should both consider using the SSD idea in their organizations. A technology supervisor in the health facility agrees that the current fifteen thousand Tier 1 drives will be insufficient with time (Sliwa, 2016). He argues that more SQL databases and high-speed performances are going to be necessary for the future. Therefore, it is recommendable for Delaware to consider using the SSDs. It is also advisable for the Disabled American Veterans to start using the solid-state drives in large-scale. The organization is already using the technology in small-scale, and one of the operations managers agrees it is useful (Sliwa, 2016). The firm should pay less attention to the cost end of the idea, and concentrate on the benefits.

Examination of SSDs in most cases requires highly qualified computer forensics personnel (J.Gold Associates, 2014). People believe examining of SSDs is difficult because of this reason. Organizations, such as the Disabled American Veterans, should consider this fact before buying the SSDs. It is important because forensics play a major role in keeping the firm in check. Therefore, the enterprise should ensure it can access the best personnel to handle the technology before purchasing it.

Solid-state drives have proved to be among the latest improvements in storage devices. The technology has a lot of benefits to the organizations that use it. It has a higher performance speed, faster boot times, and less noisy. Some business companies and military bases started to use the idea many years back. However, the technology has a few challenges such as encrypting problems that are improved time after time slowly. The solid-state disk technology is an idea that is worth investing.

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