Jun 112013

Original article by Chris Mellor at The Register

Enterprise flash array vendor Whiptail….

…By developing the WT-1100 for the entry-level market, Whiptail is positioning itself below the market position occupied by Pure Storage and Violin Memory. That could, in turn, put other flash array vendors such as Nimbus Data under pricing pressure.

A 12TB ACCELA is listed at $588,000; that’s $49,000/TB. On that basis, a 4TB WT-1100 could cost $196,000: El Reg feels this would be far too high for a branch office/SME customer. For comparison, a 16TB 4-disk WD Sentinel 1U rackmount storage server is listed at $2,349 retail. But that only comes with a measly dual Atom processor combo running the show.

Whiptail says the WT-1100 starting price is under $20,000. For comparison, ten per cent of the theoretical equivalent 4TB ACCELA price would be $19,600.

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May 142013

Original article by Chris Mellor at The Register

The VC-backed storage crew at Kaminario make three types of K2 array: K2-D, which has DRAM modules; K2-H, with both DRAM and flash; and K2-F, which is all-flash and uses Fusion-io flash cards. But despite a market which is somewhat put off by the high cost of all-flash products – and despite a slew of rivals entering the same space – Kaminario is now focusing on the K2-F all-flash product. The K2-H hybrid product and K2-D details can still be found on the site though.

Version 4 of the K2-F array has quintupled the density of its MLC flash: the previous K2-F had 16TB in 18U (0.9TB/U), while the refreshed one has jumped to 84TB in 18U (4.6TB/U). The K2 capacity has climbed from 100TB to 120TB.

The read/write bandwidth is 30GB/sec, around four times more than the original 8GB/sec for this array. The read latency is 280 microsecs, a tad slower than the previous 260 microsecs, but the write latency has improved from 150 to 120 microsecs.

The random IOPS are up to 2.1 million, well above the K2-F’s original 600,000 IOPS.

Other improvements coming with V4.0 of the SPEAR (Scale-out PErformance ARchitecture) OS include:

– Non-disruptive upgrades
– High-availability with guaranteed performance during component failure and recovery, with a maximum of 25 per cent performance impact
– Hot-swap SAS drives – Kaminario has changed from using Fusion-io PCIe flash cards to SSDs
– OpenStack support via a K2 driver for the Folsom release of OpenStack that represents a K2 array as OpenStack block storage
– RESTful API for external third-party software to use when managing and controlling the array
– Virtually instantaneous K-Snaps – snapshots with consistency groups across multiple OS volumes
– VAAI support

Did we say Kaminario has halved the price of its K2 array? It has, although no actual pricing numbers have been supplied. The company hopes that this will bring new, more budget-limited mid-sized customers through its doors.

Kaminario is facing intensifying all-flash array competition. Let’s just review the competition:

Astute Networks
GreenBytes with VDI-focussed accelerator
IBM -with FlashSystem (acquired TMS RamSan) arrays
Nexgen and other Fusion-io partners – NetApp EF540 E-series system with disk-based OS
Nimbus Data – with its Gemini and E-Series arrays
Pure Storage
SolidFire, with a purely cloud service provider-focused array
Skyera with Skyhawk
Violin Memory and its 6000 series products
Whiptail with INVICTA and ACCELA arrays

This year we expect EMC’s XtremiIO and NetApp’s FlashRay products to debut with HP and HDS products coming, and Dell expected to deliver an all-flash array too. That’s 15 competitors noted in just a quick look. The space between legacy disk drive arrays and all-flash arrays has been shrunk by hybrid flash-disk drive arrays from all the incumbent disk drive array vendors, offering near-flash speed and near-disk array cost, and also startups like Nimble Storage, Tegile and Tintri. The all-flash arrays should have a speed advantage over them but also a cost disadvantage.

Technologies like compression and deduplication can lower the effective cost/GB of a flash array and help offset their cost disadvantage versus the hybrid arrays which offer near-flash array speed at, in the three startup’s case, lower than mainstream vendor array cost. Niche market strategies like Greenbytes and Tintri (VDI) and Solidfire (cloud) differentiate the vendors adopting them. The other, general purpose flash array vendors face strengthening incumbent competition.

A brief summing up says we have 11 general-purpose flash array startups or effective startups – Astute, Huawei, Nexgen, Nimbus, Pure Storage, Skyera, Violin and Whiptail – facing six incumbents for customers’ hearts, minds and wallets. There will be blood and not everybody will survive. The brutal prospect is that more than half of the startups will simply fall by the wayside and their survival depends on getting niche, getting big or getting bought by a good Samaritan incumbent. Miss all of those choices and they will have to get out.

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 May 14, 2013  Kaminario
May 142013

Original Article at SearchVirtualStorage

VM auto-alignment and a reporting tool that identifies latency from the guest operating system through the storage.

The Tintri VM storage appliances only support storage with VMware, although Tintri executives say they expect to add support for other hypervisors. The appliances do not support physical servers.

The Tintri VMstore T540 uses a mix of solid-state drives (SSDs) and SATA disk, the same as the VMstore T445, which began shipping in April. The T540 is a 3U dual-controller box with 13.5 TB of usable disk capacity (26.5 TB total ) and 2.4 TB of multi-level cell (MLC) flash. Each box can handle more than 200 virtual machines, said Chris Bennett, Tintri’s vice president of marketing.

Tintri’s original T445 system is a 4U single-controller system with 8.5 TB of usable storage and 1.44 TB of flash. Bennett said the startup will continue to sell the T445 as an entry-level system. The VM storage appliances are NFS-attached today, but Bennett said an iSCSI version may follow. Tintri is also planning more mature storage management features such as replication on a VM basis for future releases.

VMstore nodes can be clustered as NFS shares through 10 Gigabit Ethernet (GbE).

Bennett said VMstore is designed to generate 99% of its I/O from flash. Tintri claims the system also uses inline deduplication for submillisecond latency.

What makes Tintri different from other SSD systems is its integration with VMware. VMstore communicates with the VMware vCenter Server API to determine which VMs are active on the array. Instead of using volumes, LUNs and RAID groups, VMstores map I/O requests directly to the virtual disk on which they occur. The tight VM integration lets VMstore monitor and control I/O performance for each virtual disk.

Tintri claims its system automatically aligns the storage layer to the guest file system, so administrators don’t have to manually realign them to avoid performance degradation over time. The VMstore management dashboard also identifies latency for each VM and virtual disk to help troubleshoot performance problems.

Pricing for the T540 starts at $90,000, including four 10 GbE ports. The T445 costs $64,000.

Ed Lee, Tintri’s architect, said most of the vendor’s early customers use VMstore for specific applications, such as performance-hungry databases.

“Maybe there’s an application they tried to virtualize and failed, so they try running those applications on us, and then they may migrate other apps,” he said.

Tintri’s challenge will be keeping any edge it has managing VMs as the large storage vendors work more closely with VMware Inc. to take advantage of VMware vStorage APIs for Array Integration (VAAI). At VMworld in August, VMware previewed next-generation VAAIs that enable administrators to provision storage without using LUNs, RAID groups and NAS mount points. EMC Corp., NetApp Inc., Dell Inc., IBM, Hewlett-Packard Co. and Hitachi Data Systems Corp. are working with VMware on these features. But no storage vendors have said they were working on features such as auto-alignment or I/O visibility from VM to storage.

Ray Lucchesi, Silverton Consulting president, said he hasn’t seen other vendors as tightly integrated with VMware as Tintri.

“Tintri is laser-focused on VMware, and tightly coupled to VMware APIs,” Lucchesi said. “I haven’t seen other vendors drill down to the virtual machine and produce the same statistics from the I/O level. I don’t know if other storage vendors are working on that level of integration with VMware. If they are, they’re not showing it yet.”

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 May 14, 2013   Articles With Pricing, Tintri
May 142013

Full article at The Register

Pure’s pricing pitch

The pricing strategy is to sell the array in the $5 to $10/GB area – usable gigabytes that is and not raw GB. This is, Pure says, the EMC/HDS/IBM/NetApp flash cached disk drive array area, not the $20 to $50/usable GB area occupied by tier zero DRAM or all-flash appliances like Violin Memory and the coming EMC Thunder.

Pure Storage’s pricing is set above that of what it terms “tier two mid-market arrays”, such as Dell EqualLogic ones with flash and SATA disk drive tiering. So Pure’s pitch is one of much-better than tier one disk drive array performance, approaching tier zero levels, but at tier one drive array pricing.

The positioning against shipping flash array vendors like Violin Memory and WhipTail will include a “We have data reduction and they don’t” point – to which their answer might be: “Yet.” It’s a bit trickier against Nimbus Data and Pure might say Nimbus’ product development is limited by its lack of venture capital funding, a problem Pure does not have.

Pure has served up some nice customer stories from its beta test:

Siemens eMeter had an Oracle app and went from 30 servers to five, with a 6.7:1 data reduction and a 23 per cent improvement in Oracle performance.

Advertising analytics business Yodle had a 12-24 hour restore and re-index time with Fibre Channel direct attach disk drives for PostgresSQL data. With Pure Storage that went down to 189 minutes.

SAN attack

Pure’s marketing is targeted directly on the mainstream storage and system vendors’ SAN arrays.

CEO Scott Dietzen said: “Storage accounts for far too much latency, power, floor space and capital expenditure in the data centre. We set out to push mechanical disk out of the performance path, and to do so by making all-flash storage less expensive than arrays of 15Krpm disk drives that do the performance heavy lifting today. With all-flash storage radically faster, more space and power efficient, simpler and more reliable than disk arrays and hybrids, why buy disk?”

Why buy disk? Well, let’s see; because you trust the vendor, are used to running disk arrays, your infrastructure is geared to it, and if it isn’t broke you just don’t mess with it and fix it; just a few reasons.

Pure’s task is to persuade customers that their SANS are broke, can’t keep up, and that there is no risk with Pure because of its 2-year customer acceptance beta, its resiliency features and so forth. Get a reliable flash array for a similar per-GB cost and enjoy much better performance, simpler management and the same enterprise class RAS features. This is going to be pure persuasion.

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May 062013
This post highlights the most popular Solid State Disk/Flash vendors and provides a chart to help decipher their costs. This data has been aggregated from various sources so no claims are made as to its accuracy.

In some cases the manufacturers provide a link to “Self-Service Pricing” via EchoQuote™ so you can get up to date pricing information quickly, often in minuts (last column).

Top 10 Solid State/Flash Array Vendors in Alphabetical order:

Vendor Category Pricing
Astute Networks Flash Memory Arrays Not Available
Fusion-io Pricing Solid-State PCI Express Cards (Nexsan acquisition may put it on path to full appliance gear) Not Available
Range $2-$5/GB
Nimbus Data Pricing Flash Memory Arrays Not Available
Per 2012 article – $150K for 10TB dual configuration
OCZ Pricing Flash PCI Express Cards Not Available
Range $2-$5/GB
Pure Storage Pricing Flash Memory Arrays Not Available
$5-10/GB usable
(HA, RAID, dedupe included)
Skyera Pricing Flash Memory Arrays Not Available
Texas Memory Systems Pricing PCI Cards
Flash Memory Arrays
Not Available
Virident Pricing PCI Cards
Flash PCI Express Cards
Flash Max II
Starts at $6000
Violin Memory Pricing PCI Cards
Flash PCI Express Cards
Flash Memory Arrays
Velocity cards come in 1.37, 2.75, 5.5 and 11TB raw capacity versions at a list price cost of $6/GB for all of them except the entry-level 1.37TB card which lists at $3/GB.Flash Max II
Whiptail Pricing PCI Cards
Flash Memory Arrays
From $50K to $250K for multi-terabyte arrays
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May 032013

Original article at Anandtech

The Fusion-io ioScale comes in capacities from 400GB to up to 3.2TB (single half length PCIe slot) making it one of the highest density, commercially available drives. Compared to traditional 2.5″ SSDs, the ioScale provides significant space savings as you would need several 2.5″ SSDs to build a 3.2TB array. The ioScale doesn’t need RAID for parity as there is built-in redundancy, which is similar to SandForce’s RAISE (some of the NAND die is reserved for parity data, so you can rebuild the data even if one or more NAND dies fail).

The ioScale is all MLC NAND based, although Fusion-io couldn’t specify the process node or manufacturer because they source their NAND from multiple manufacturers (makes sense given the volume required by Fusion-io). Different grades of MLC are also used but Fusion-io is promising that all their SSDs will match with the specifications regardless of the underlying components.

The same applies to the controller: Fusion-io uses multiple controller vendors, so they couldn’t specify the exact controller used in the ioScale. One of the reasons is extremely short design intervals because the market and technology is evolving very quickly. Most of Fusion-io’s drives are sold to huge data companies or governments, who are obviously very deeply involved in the design of the drives and also do their own validation/testing, so it makes sense to provide a variety of slightly different drives. In the past I’ve seen at least Xilinx’ FPGAs used in Fusion-io’s products, so it’s quite likely that the company stuck with something similar for the ioScale.

What’s rather surprising is the fact that ioScale is a single-controller design, even at up to 3.2TB. Usually such high capacity drives use a RAID approach, where multiple controllers are put behind a RAID controller to make the drive appear as a single volume. There are benefits with that approach too, but using a single controller often results in lower latencies (no added overhead by the RAID controller), prices (less components needed) and it takes less space.

The ioScale has previously been available to clients buying in big volumes (think tens of thousands of units) but starting today it will be available in minimum order quantities of 100 units.

Pricing starts at $3.89 per GB, which puts the 450GB model at $1556. For Open Compute Platforms, Fusion-io is offering a 30% immediate discount, which puts the ioScale at just $2.72/GB. For comparison, a 400GB Intel SSD 910 currently retails at $2134, so the ioScale is rather competitive in price, which is one of Fusion-io’s main goals.Volume discounts obviously play a major role, so the quoted prices are just a starting point.

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May 012013

Original article from Pure Storage’s blog

One area that raises some questions from customers was around pricing. Put very simply, what is the secret sauce that allows Pure Storage to drive the cost of flash down to below the cost of performance disk, or <$5/GB usable? And what is the right metric to evaluate cost on a flash array? I’ll start by explaining the pricing, then I’ll explain the innovative technology that makes our low cost possible. Straightforward $/GB usable pricing In the new world of the modern storage array, differences in performance, utilization, HA/RAID overhead, deduplication and compression benefits all have a major impact on how much actual data can be stored on an array. This means that $/GB usable is quickly becoming the right metric to evaluate storage, not the legacy $/GB raw. This is discussed on our website, and is nicely articulated by Stephen Foskett. So when Pure Storage calculates $/GB usable, we make some background assumptions: All Pure Storage pricing examples are provided as HA, as this is a hard requirement for enterprise deployments Pure Storage HA doesn’t rely on “mirroring” two arrays, rather it is true active/active clustered controller HA (add HA by adding a controller, not doubling the array or all the flash) HA, RAID, metadata, and flash management have a combined overhead of 22% in the Pure Storage FlashArray and are included in our usable price (our RAID-3D is better than dual-parity, and can’t be set or adjusted, so this doesn’t vary from 22%) All the prices quoted here are preliminary, and will be finalized with our GA release Pure Storage pricing is, in round numbers (varies slightly by model and configuration): $/GB raw for a HA FlashArray is $20 / GB $/GB with HA and RAID is $25 / GB $/GB usable (including HA, RAID, and 5-to-1 data reduction) is $5.00 / GB $/GB usable (including HA, RAID, and 10-to-1 data reduction) is $2.50 / GB Note that our Beta customers have commonly seen 5-10x data reduction in database workloads, and 10-20x data reduction in virtualization workloads, all without sacrificing performance. You can test your own potential data reduction on your data sets with our PRE tool. Key questions to ask any vendor about pricing Whether you are buying disk or flash for performance storage, ask these questions: Are your $/GB prices raw or usable? How much data can I store on a XXTB raw array? Do your $/GB prices include HA, RAID? If not, how much overhead is there to enable these? Do your datasheet performance numbers assume a certain level of RAID? To enable HA, do I have to double my price by mirroring two independent devices? If you offer data reduction, is it “always on”? If you enable data reduction, does it impact performance? Can you achieve your datasheet IOPS/latency claims with data reduction on? Can you show examples of reduction rates on real customer data? At a given performance goal, can I actually use all that capacity? For example, if I need 100K IOPS over 10TB of storage, do I actually need much more than 10TB of storage just to meet my performance goals? Pure Storage technology innovations that drive down the cost of flash OK, now that the prices are clear, you are probably wondering “how the heck did they do that?” The secret economic sauce at Pure Storage centers around three key innovations: Purpose-built architecture for flash. We’ve designed our array from the ground-up for flash memory, and our entire architecture is optimized for flash, and in particular making flash enterprise-reliable and consistently performant. This allows us to reduce the cost considerably compared to legacy disk arrays which simply retrofit SSDs. High-performance inline data reduction. We’ve build data reduction technology (compression and deduplication) right into the core of the FlashArray, so well-integrated in fact that it can’t be turned-off. It’s inline, it’s global, it’s high-performance (multi-100K IOPS at sub-millisecond latency), and it is designed to operate in the highest-end performance environments. This data reduction allows you to reduce your data between 5-20x. Enterprise-level HA and resiliency. We’ve designed HA and resiliency from the ground-up for flash as well, as flash fails differently than disk. That means true active/active HA with clustered controllers, and a new form of RAID, RAID-3D which has three levels of independent parity optimized to the different failure cases of flash. Our HA and RAID implementation add a total overhead of 22%, again key to economics, when competitive solutions essentially forcing you to buy two arrays and mirror them for HA, doubling cost even before RAID is added. These three innovations all point directly at how we achieve the price-point of offering solid state storage at below the cost of disk.
And let’s not lose sight of the big picture

Finally, I’d close by saying let’s not lose sight of the big picture here. Whether a vendor’s flash price is $5, $10, or $20/GB, all these prices represent a GREAT deal compared to inefficient spinning disk. Spinning performance disk today is $3-5/GB raw, and ranges from $5-20/GB usable after you add RAID, HA, required software, and all the spindles you need for performance. I hope that anyone interested in flash looks at Pure Storage Pricing, but more broadly, I think that the time is right for anyone who is looking at disk to look at flash. At these prices, why buy disk?

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Mar 072013

Original article by Maria Deutscher at Silicon Angle

It’s turning out to be a big week for flash. Violin Memory, one of the largest suppliers of SSD-based storage solutions, announced a new product line-up called Velocity. The lineup features three PCIe server cards with 1.37, 2.75, 5.5 and 11TB of raw storage.

These four capacity levels will be priced at $4,200, $16,900, $33,800 and $67,500, respectively. With the new line-up, Violin is making a strategic play in the pricing game, simplifying and streamlining the supply chain. The deal with Toshiba is an important factor in Violin’s plan, empowering the storage provider to better manage the ebb and flow of NAND pricing.

Now for the specs. Sustained performance using 4KB blocks measures at 120,000 IOPS for the 1.37 card, 1000, 270,000 and 540,000 IOPS for the 2.75, 5.5 and 11TB cards. This figure jumps above one million IOPS in setups where 512KB blocks are used instead.

The new Violin chips run barebone firmware that supports Oracle, Microsoft SQL Server and VMware. Compatibility for management software from other vendors will probably roll out with future patches.

The other important feature of Velocity, beside the performance and support, is that the chips are completely self-contained. This means that software can be booted faster and without help from the host server, something that the competition – that is to say Fusion-io’s competing PCIe chips – can’t do.

The launch is backed by Toshiba, one of Violin’s earliest backers and its top distributor in Japan. The manufacturer will leverage Velocity to enhance its storage portfolio.

Hiroyuki Sato, storage products division veep at Toshiba Corporation Semiconductor & Storage Products Company, said: “The PCIe card market is important to Toshiba’s customers. Expanding our strategic relationship with Violin Memory will allow us to bring the valuable Violin enterprise intellectual property to a broad range [of] industry-leading solutions in our future product offerings.”

Flash is hot, and Toshiba is not the only whale in the ocean looking to make the most of the technology. Earlier this week Seagate had a PCIe update all its own, while last month NetApp announced an all-flash array for software-driven environments that’s more scalable and efficient than less abstracted solutions.

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 March 7, 2013  Violin Memory
Jan 072013

Original Article by Brian Beeler at Storage Review


Skyera has launched the SkyHawk, a half-depth 1U rack-mountable box that provides up to 44TB of flash storage with an Ethernet switch built in. Not only is the system ridiculously full-featured for such a diminutive box, Skyera is also attacking price. By leveraging 19/20nm consumer MLC NAND flash Skyera is able to drive pricing of roughly $3/GB for native storage, with the value proposition reaching as high as $1/GB with data compression and deduplication enabled. The SkyHawk also includes all the expected software features like thin provisioning, snapshots, cloning and storage QoS.

While Skyera isn’t yet a household name in the enterprise storage market, they do have a deep set of engineering chops as much of the team drove the development of the initial SandForce SSD controllers. By taking a renewed look at all of the components in the technology stack; flash controller, RAID controller, storage blades and network interface, the Skyera team was able to generate a 100X life amplification for the NAND. This longevity of course is what drove the ability to use low cost consumer MLC NAND, instead of more expensive eMLC or SLC NAND, while still providing the endurance and reliability that the enterprise requires.

Getting More out of MLC NAND

The drive to reduce cost in flash-based enterprise storage arrays is nothing new, almost every startup in the storage array market offers some take on MLC NAND as the driver of lower cost performance storage solutions for the enterprise. Where Skyera believes they have an edge though is they’ve crafted their own proprietary flash controller complete with proprietary algorithms that allow the controller to adapt to the flash as it ages. As a result, Skyera expects to deliver five years’ worth of enterprise endurance with the consumer-grade MLC flash being used. Another core advantage is that since Skyera owns the architecture, they can easily adapt their firmware and controller to work with future generations of flash that will require different write parameters.

Networking Too

Not typically found in flash arrays, the Skyera SkyHawk also includes a built-in network switch. The switching feature includes 40 GbE ports and three 10GbE ports and is designed to give compute servers a more direct path to the Skyera flash storage tier. The array does not require the switch to be used, but by Sykera providing the option, users can eliminate another hop in the data path that can introduce latency.

Pricing and Availability

Skyera offers the arrays in three capacity points of 12TB, 22TB and 44TB with pricing of $48,000, $77,000 and $131,000 respectively. The early access program begins in Q3 of this year, with general availability scheduled for Q1 2013.

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Jul 182012

Original article at NexGen Storage

Pricing and availability

The NexGen n5 Series n5-100 and n5-50 systems will be available on August 20, 2012 and the n5-150 system will be available September 30, 2012 through authorized NexGen resellers. List pricing for the three new n5 Series systems will range from $55,000 to $108,000.

NexGen Storage today announced the expansion of its n5 Series of storage systems with new PCIe solid-state offerings. The NexGen n5 Series offers several solid-state configurations that deliver a range of performance levels and price points, and each n5 system offers both 10GbE and 1GbE network options. With higher performance and capacity in a compact, 3U footprint, the new offerings provide:

• 5x to 10x lower $ per GB than all-SSD arrays with equivalent performance1; and
• 10x more IOPS per rack unit versus disk-based storage systems2.

With its expanded offering, NexGen makes enterprise-class solid-state storage capabilities available and affordable for mainstream customers to meet targeted performance requirements in mixed workload environments.

“There is tremendous end-user value to be gained from judiciously employing solid-state storage as part of an overall storage approach. Our research indicates a clear shift toward end-users viewing solid-state technology as applicable for increasingly broad data center deployment and usage, and not just for specific applications or isolated workloads,” said Mark Peters, senior analyst at Enterprise Strategy Group. “By offering high-end solid-state capabilities at affordable price points, NexGen’s n5 Series solutions are well-positioned to bring that solid-state storage value into mainstream data centers.”

Each n5 Series storage system provides active-active high availability and delivers the full power of NexGen’s cutting-edge capabilities, including:

Predictable Performance with Storage QoS. Provides predictable, guaranteed application storage performance. IT administrators can set performance levels for all applications and manage performance as easily as capacity.
Service Levels for Total Control. Automatically shifts resources from non-critical to mission-critical applications as needed to ensure performance is maintained for an organization’s more critical applications, even if the system is compromised.
The Lowest $/GB and $/IOP. Moves data real-time between high-performing solid-state and economical disk drives to offer industry-leading price/performance.

“NexGen’s innovative solid-state storage systems and Storage QoS allow us to deliver extremely efficient, high quality IT services to our organization,” said Robert Samples, senior systems engineer at Kansas City Urology Care. “NexGen’s n5 systems have a very small footprint compared with my existing storage, which chews up a ton of power, takes up roughly 15U of rack space and costs a fortune every year in maintenance and support. By comparison, the NexGen n5 takes up only 3U of rack space and utilizes about one-third of the power.”

“Organizations can achieve higher storage efficiency along with more consistent performance levels through smart, right-sized solid-state storage deployments,” said Rick Merlo, vice president of sales, NexGen Storage. “NexGen’s n5 Series gives organizations the ability to meet varying performance, capacity and price point requirements.” Read more about this on NexGen’s blog.

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