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Clarifying Our Position on SSD & Other Items

Recently, a blog post appeared on the www.techopsguys.com talking about our technology and our position on SSDs. It’s a good post, and I’m very glad to hear our field team was engaged with the author of the post, but it contains some misperceptions that I’d like to clear up.

First, the blog makes several points about our view of SSD that are based on some recent articles in the trade press. The articles were originally triggered as a result of my speaking at Flash Memory Summit back in July, and they drew the conclusion that Xiotech was integrating SSD into the Emprise line for imminent release. The first part of that is certainly true – we are indeed working on integrating SSD into the Emprise line, but the second part is not. We are not going to release SSD in any imminent fashion, and the news that we have completed integration is premature.

Our take on SSD – SLC flash SSD in particular – has been and continues to be that while SSD is very interesting technology, significant work remains in order to fully leverage the technology. This includes but not limited to:

  • Reliability over time, especially in mixed (read/write) enterprise workloads
  • Internal algorithms such as predictive erase-ahead, efficient garbage collection and advanced wear-leveling
  • Improvements in erase speeds, especially as the device fills or is at capacity
  • Page- and block-level rebuilds as wear-out thresholds are reached
  • Warranty – the devices must be reliable enough to be warranted for at least five years under continuous maximal write workload, just as HDD is so warranted within our Emprise products

Xiotech can speak with context on this subject, because we became the first vendor to offer SSD in arrays when we first offered DRAM-based SSD in our Magnitude 3D 3000 system in July 2006. In fact, we looked at SLC flash SSD shortly after that release, and found the technology wanting. It’s certainly improved since then, but not quite to the point of full deployment with the same (or better) characteristics as found in the ISE. We think that timeframe is over the next two years, with better technology as time elapses.

A few other items that we’d also like to clarify:

  • The post mentions that we are “doing something special with the SCSI protocol” in order to deliver the IOPS we do with our ISE-based storage systems. We certainly perform a number of unique and highly intelligent techniques within the ISE, but what you are referring to is our patented RAGS technique, not SCSI protocol. Amongst many other things, using RAGS enables the Emprise 5000 to get 20-30% more IOPS per drive than normal – i.e. the same drive in an unintelligent bay.
  • The post said it would like to see us test a high-end 64-node Emprise 7000 for SPC-1 and show the results, so that the author could better compare large-scale systems with other vendors. The Emprise 7000 does indeed scale very well, as mentioned in the blog, and we have in fact tested a large Emprise 7000 configuration. Those results are not published yet, but we can say with certainty that the results are superior to the array mentioned in the blog in several terms: $/IOP, IOPS/disk and IOPS/controller node, amongst others. Also, the array mentioned in the blog does not “hold the world record,” as it turns out. SPC-1 measures one and only one value metric – $/IOP. In terms of overall IOPS, there are two approaches: scale-up, i.e. build a large monolithic array; or scale-out, i.e. use elements in a grid. Several vendors take the former approach, while Xiotech takes the latter. Emprise 5000 is an element which can be scaled out to meet any workload required, be it a single element or tens of thousands of elements in a large collection. This is why $/IOP is the key metric. It is an accurate representation of what the consumer would have to spend to meet a certain workload. Using the element approach, the $/IOP figure does not change at scale – it remains constant
  • To the comment about integration, it is certainly true that Xiotech’s ICON Manager for the Emprise 7000 runs on Windows as an MMC snap-in. However, this is not to say that one cannot integrate in large Linux-only environments – quite the contrary. Any environment which supports Web Services – as does Linux – is perfectly germane. Xiotech offers a complete WSDL with sample code for Java, Python and OpenSLP on Linux (and many other OSes) as well as Windows, PowerShell and MS Office clients such as Excel and Visio. In short, any OS with a Web Services-capable environment is fair game. If you like to code in Perl, by all means go ahead and do so using your favorite Perl-based Web Services toolkit (as can be found on soaplite.com or activestate.com, to cite two sources).

To summarize, there has been no “about-face” at all here at Xiotech with regard to our view of SSD. In fact, we have said and will say again that we are “working on it” and will be ready with it when the technology itself is suitable for the Emprise 5000 and its world-class performance and reliability standard for data storage. It’s certainly around the corner, but not quite here yet. As my friend and industry cohort Marc Farley said about SSDs, “We think they will be an important technology in the future and we are working on integrating them into our products in a way that will allow customers to take advantage of their capabilities.” Couldn’t have said it better myself.

Read the original blog entry...

More Stories By Brian Reagan

Brian Reagan is senior vice president of marketing and business development at Xiotech. He joined the company in November of 2009. Brian came to Xiotech from IBM, where he served as global Strategy and Portfolio Executive for the $1 billion Business Continuity and Resiliency Services division of IBM Global Services. He was responsible for accelerating the sales of the global portfolio, aligning investments and resources to strategic and business priorities and collaborating with geography and sales leaders around the globe. He joined IBM in 2008 as part of the acquisition of Arsenal Digital Solutions, where he served as Executive Vice President and Chief Marketing Officer. As CMO of Arsenal, Brian led all marketing functions at Arsenal Digital including strategy, product management, corporate communications, demand generation and channel marketing. Prior to Arsenal, Brian worked eight years in senior-level strategy and marketing positions at EMC Corporation. He planned and developed new market strategies, including M&A, for EMC's $1 billion professional services business unit and served on EMC's CTO Council, providing critical market insights that influenced technology roadmaps and investments. In his global marketing leadership roles at EMC, he orchestrated global product and services launches and developed the company’s first focused campaign to penetrate the mid-market, its first integrated customer and partner communications portal and its first e-commerce engine. He also previously held roles at MCI Telecommunications and PCLC, a database and data management solution provider in the northeastern United States. Brian holds a MBA from George Mason University and a bachelor’s degree in biological sciences from Bennington College in Vermont. He also has been a frequent speaker at industry events and conferences and a guest contributor to online webcasts sponsored by Enterprise Strategy Group, IDC, Ziff-Davis and CMP Publishing.

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