Workload rate limit = TB transferred x (8760/recorded power-on hours). *The average annualized workload rate limit is in units of TB per year, or TB per 8760 power-on hours. enterprise NAS product lines to better illustrate the differences between each and to highlight where the step up to enterprise NAS drives makes sense. For the purposes of this piece we're looking at desktop vs. The way those components are assembled though and the specificity for which they're selected, are what determine the capabilities of the drive. These components work in concert to deliver a great user experience that usually lasts beyond the drive's warranty.
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While consumers and system integrators may not know or care a lot about RV sensors, disc clamps and the structural rigidity of the base plate, they should and here's why.Įach hard drive is composed of about 30 components, depending the size of drive. That said, Synology for instance, would be the first to tell you that a large number of their support calls deal with situations where desktop HDDs were used in their product, despite their best efforts at education on the topic. To anyone who's lost a drive, that's not terribly soothing, but the fact remains, HDDs are pretty well established tech at this point and don't die all that often. Recent data from Warranty Week suggests that HDDs, from Seagate and WD at least, have lower percentage of claim costs than Apple products. Getting started, it's interesting to note that warranty claim rates are comparatively not very high. To get past all of this we've worked with Seagate to go beyond the spec sheet to get to the crux of what makes a NAS drive special and why they're the only right answer to the question of what HDDs should live in a NAS. There's also a certain distrust amongst some consumers as to whether or not the NAS hard drive is really any better than the lower-cost eco-friendly drive category. Many end users oversimplify the problem by making the drive choice about cost only and many vendors have not provided additional information beyond the marketing lingo. They've talked about special firmware and alluded to "NAS tuning" in the drives, but technical details have been largely obfuscated. Based on data we've seen from Synology, QNAP and others, there are a lot of bad decisions being made. That being the case, for well over half of systems in place, the end user or their advisor is selecting the hard drives to go inside. Data from leading NAS vendors indicates that a vast majority of small NAS systems are sold bare. As is the case especially in the small NAS category (8 or fewer bays), where even today, some popular NAS vendors put the lowest cost HDDs in their systems.
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It's somewhat ironic that when it comes to protecting our data, we sometimes make cost-based decisions instead of selecting the right product for the job. What is a NAS hard drive though and what makes it special? We take a deeper technical dive here to demystify the technology underscoring the benefits of NAS drives and the risks of using traditional desktop hard drives in a NAS environment. It's unsurprising then that hard drive vendors tapped into this trend when releasing NAS-specific hard drives. With the growth of the NAS, surveillance, and cloud-based categories aligning well with massive data explosion, the pains around storing lots of data in a cost effective manner became real for everyone from individuals through large enterprises. Starting in 2012 hard drive vendors got serious about producing duty-specific hard drives.