UGREEN DXP4800 Plus: Toshiba HDD RAID Performance at a Glance

Toshiba Electronics Europe desired to answer this question recently through testing the function, performance, acoustics, and power consumptions of the PROMISE VTrack J5960 60-bay toploader JBOD

Small and medium-sized businesses (SMBs) now find themselves having to deal with far greater amounts of data than they would have ever imagined in the past.

The Technology Experience Lab at NTT Global Data Centers provides data center managers and their teams with the space and infrastructure to explore innovative approaches for architecting their servers and storage.

Thanks to the advent of IP technology and the development of multi-megapixel high-definition (HD) cameras, the proliferation of surveillance systems and their performance capabilities have increased dramatically over recent years.

We are generating more and more data which needs to be stored safely and effectively. Hard disk drives (HDDs) continue to be central to solving this challenge, requiring them to be available with increased storage capacities. In order to provide the necessary technical solutions, engineers are now looking to incorporate microwave-based technologies into HDDs. As cloud services, video streaming and social media continue to increase in popularity data volumes are growing rapidly, challenging data centers to grow their storage capacities to cope with demand. As a result, many large IT companies are planning to add additional data centres to drive capacity higher.

There is still no way around HDDs for the cost-effective provision of storage capacity. Different applications require the use of different HDDs. The decisive selection criteria are reliability and operating conditions.

One of the hottest topics within technology circles is when to move from established technology to the newer version, taking into account the costs and any possible risks. IT professionals are engaged in making this decision, determining whether (and when) SSDs offer better performance than the older, but lower cost, HDD technology. As one of the leading drive manufacturers with significant experience in both HDD and SSD technology, Toshiba Electronics Europe set out to investigate the question as to whether an array of 10krpm HDDs can offer a better performance solution than Enterprise SSDs and, if so, under what conditions?

Modern hard drives, and especially enterprise hard drives, are inherently very reliable. Manufacturers such as Toshiba offer warranties of up to five years, which indicates their confidence in the products. Popular models such as Toshiba’s MG06 offer Mean Time To Failure (MTTF) figures of 2.5 million hours – a figure that has been increased from 2 million hours. In the real world, this means that in an installation of 1000 enterprise hard drives, users should expect only two or three drives to fail per year during the warranty period.

The world of data storage is moving on quickly. We are creating more data than ever before, which has to be stored securely and should be easy to retrieve. A couple of decades ago tape was the preferred storage method and these days it is in fact still in use, but limited to very centralised archiving applications. The invention of disc drives based upon high-density spinning magnetic platters – now known as Hard Disc Drives (HDDs) brought higher storage densities and much greater user convenience, especially in terms of data accessibility.