Posts Tagged ‘Kaminario’

Posted June 6th, 2013
Eyal Markovich

Mixed Workloads: The Real Killer of Application Performance Webinar on June 13

By Eyal Markovich
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If you have a diverse and complex storage workload, chances are you’ve run into your fair share of application performance problems. In fact, more than 75 percent of these performance issues can be traced back to poorly performing storage. While there are plenty of SSD vendors on the market claiming that they can help solve the issue, the truth is, it’s hard for most to keep up with today’s tremendous storage demands. This is especially the case when the workload is what I call a “Mixed workload”.

So how can you ensure that you’re optimizing the performance of your business critical applications? Join me next week!

Tune in to our June 13 webcast, “Mixed Workloads: The Real Killer of Application Performance,” I’ll be digging into the issues you face when managing a mixed workload; in particular, we will discuss how to test the storage under mixed workloads and will looking at several examples for two most common use cases, virtualization and enterprise database application (SAP). We will also discuss the performance challenges and how to speed up a large ETL processing.

Ready to get a handle on your application performance once and for all? Register today for our June 13th webinar to learn how.

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Posted April 17th, 2013
Dani Golan

Delivering on Our Vision for Enterprise Storage

By Dani Golan
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Today is an important day, not just for Kaminario but, we believe, for the entire enterprise storage industry. Today is the day we announce the Kaminario fourth-generation K2 all-flash storage array. What is so important about our fourth-generation product? Here are a few key points:

Breakthrough TCO: With K2 v4 we have been able to increase the density by more than 500% while cutting the price in half. Why is this so significant? Lowering the cost of enterprise-ready solid-state flash storage has been one of the long-time goals of the industry. If you believe, as we do, that solid-state is the future of Tier One storage, then it must be cost-efficient for all applications, not just those requiring the highest levels of performance. And now it is. What’s more, Kaminario’s TCO breakthrough extends the viability of solid-state to a new class of mid-size customers who can now afford unprecedented levels of performance, resiliency and ease of use from their storage infrastructures.

Killer Performance: Even before today’s announcement Kaminario delivered by far the best performance in the industry, with world record SPC-1 results for sustained performance and price/performance. With K2 v4 we now have 400% more read/write bandwidth than our previous versions, with consistently low latency (120-microsecond writes). Topping it off, we still offer industry-leading IOPS performance. K2 v4 delivers significant across-the-board performance advantages over any other solution for any combination of workloads, be they OLTP, OLAP or virtualization. It’s a level of performance consistency that is unparalleled in the industry.

Bulletproof Resiliency: Our proven SPEAR Scale-Out Architecture maintains data integrity through any type of failure. For most workloads the performance levels of our solutions will be minimally impacted—usually less than 10%. We even guarantee that degradation will max out at 25%. What’s more, our snapshots are the most efficient in the storage industry, enabling instant restore and recovery from any snapshot with no impact on the performance of the production environment. Snaps can be taken in just milliseconds, 20 times faster than any legacy SAN system on the market today. We make snapshots sexy.

These are major advances in solid-state that have been more than five years in the making. They move storage technology to a whole new level. Don’t just take our word for it: Take a look at the new architectural white paper or better yet, the independent report.

On a personal note, it is an important day for me, as well as for the entire team here at Kaminario. From the beginning we envisioned a new era in enterprise storage driven by solid-state flash and a true scale-out architecture. As of today, that vision is a reality. What’s next? We can’t wait to tell you…

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Posted March 25th, 2013

Good Riddance Indeed to the Spinning Disk Era

INFOWORLD AUTHOR LAMENTS USE OF ANCIENT STORAGE TECH

By Kaminario
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grim reaperEarlier this year, InfoWorld’s Paul Venezia penned Good-bye – and good riddance – to spinning disk. In it, he laments the continued use of “ancient storage technology” and foresees “a post-storage world” where the industry is “devoid of the painfully outdated yet ubiquitous spinning disk.”

His take fits our view that hard disks are headed the way of the floppy though he says that in some scenarios, HDDs will be used like the way tape is used today. I suppose the alternative is simply recycling.

Venezia says “rethinking centralized storage is a necessary part of this transition [to all SSD].” He is right, but you also have to rethink how you evaluate SSD storage solutions too. Innovation is making hardware dumb and software smart. SSD hardware in the enterprise is fast becoming a commodity and prices are falling in line with that movement. More important than the media itself when comparing your SSD options, software capabilities should trump hardware. Focusing too much on hardware and not enough on the software platform wrapped around it introduces greater risk of quick obsolescence and the inability to adapt to changing requirements.

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Posted March 4th, 2013

Next Phase of the MLC Flash Revolution – General Purpose Storage

USERS WANT SCALABILITY, DATA PROTECTION AND STORAGE PERFORMANCE TOO

By Kaminario
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In 2013, MLC Flash as general purpose storage will be a major area of industry attention because users are demanding many of the same features they are used to getting with HDD technology but with the added capabilities of MLC Flash. Customers must have scalability and data protection as well as performance to make the case to jump to SSD.

Focus on Scalability
Scalability is a cornerstone element of a general purpose storage strategy and a solid differentiator for Kaminario. However, we view it a little differently than other vendors:

Linear Scalability: Grow Capacity Not Complexity
There is a difference between adding capacity and scalability. Adding capacity is stacking storage hardware while scalability is intelligently absorbing storage. We view scalability as linear and driven by powerful software like SPEAR to enable distributed workloads managed from a single console. Linear scalability increases operational efficiencies and ease-of-use. Simply adding capacity means multiple management consoles, more complexity and more points-of-failure.

Linear Scalability Enables Consistent Performance of Mixed Workloads
Our view of true scalability provides users with consistent latency as IOPS and bandwidth are scaled up. Users should not have to pay a performance tax for consolidating applications or deploying data protection features. There should be no performance surprises.

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Posted February 26th, 2013

Measure Performance Over Time and with Three Dimensions

ANALYST SURVEY LOOKS AT REAL-WORLD IOPS REQUIREMENTS

By Kaminario
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F-15 at Supersonic SpeedsTom Coughlin and Jim Handy, respected storage analysts, conducted a survey on how many IOPS are really needed for several popular enterprise applications to better understand real-world IOPS requirements. They asked respondents about their critical storage applications and how many IOPS those applications needed. More than 80 percent of their initial respondents said that their key app was a database, an OLTP solution or a Cloud storage service. About half of the respondents said their IOPS needs were in the 1k to 100k range. Coughlin and Handy note that other factors like latency contribute to overall performance, not just speed. You can view research details from a presentation that Tom did at the SNIA Storage Developer conference, How Many IOPS is Enough? or get the full report at How Many IOPS Do You Really Need?

Measure Consistent Performance
I am bringing this up now as a way to comment on how Kaminario looks at performance. We do not see performance as a point in time such as timing a runner in a single forty-yard dash. True performance is measured by consistency of speed and results over time and as capacity and applications are added. You shouldn’t necessarily buy an all-Flash array based of the performance of a single app because there are so many variables that can come into play down the road. This is one of the reasons that Kaminario is taking the general purpose storage approach with the K2. We think it is smarter to evaluate a Flash storage system in the context of your entire storage environment and future app needs. You don’t want to buy a system that gives you great value up front but falls short in mixed workload environments. You don’t want to have to buy a separate storage system when you introduce a new application or need to drastically scale up capacity.

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Posted January 23rd, 2013

Shared SSD Arrays for Big Data Performance and Reliability

Speed isn’t everything

By Kaminario
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sharingA November 30 Fusion-io blog entry, Cisco and Fusion-io Tackle Big Data with Oracle NoSQL, highlights blazing NoSQL big data performance achieved by a Cisco Unified Computing System (UCS) configured with server-based Fusion ioDrive2  SSD. The blog and linked Cisco Solution Brief discuss the importance of near-real-time performance when running operations on user profile data in an e-commerce transaction scenario. Fast performance is key to e-commerce customer satisfaction and can be difficult to achieve with the widely fluctuating workloads typical of a busy e-commerce site.

Fusion-io and Cisco make a compelling argument for SSD in near-real-time big data scenarios and for server-based SSD in particular. However, it’s important to remember that for business critical big data applications, you need scalability and bulletproof reliability as well. There’s another solution that is both more reliable and more efficient than server-based SSD: SSD arrays such as the Kaminario K2.  Here are some reasons why you should consider an SSD array, and, specifically, a Kaminario K2 with its Scale-out Performance Storage Architecture (SPEAR), for your near-real-time big data needs. Read the rest of this entry »

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Posted December 19th, 2012
Dani Golan

2012 Year in Review: SSD Grows Up

By Dani Golan
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2012 Year in Review: SSD Grows Up2012 was the year SSD started moving from niche status into the enterprise mainstream, building up the seasoning and enterprise-class features it needs to take off in the years ahead. It’s obvious that enterprise IT is taking notice, feeling more comfortable with the technology, and becoming more aware of its benefits and best uses.

Here are some of the trend highlights we noticed over the past year.

Sales continued to grow – SSD sales continue their upward trajectory. According to IDC, the market for enterprise SSDs will continue to grow to $5.5 billion in 2015. SSD shipments in general reached 12.9 million units in the first half of 2012 and are expected to reach 28 million in the second half, according to HIS iSuppli Memory and Storage Service.

SSD continues to close the price gap with HDD – Flash pricing continues to become more competitive with hard disk storage, and the gap is narrowing. SSD prices continued to fall this year, with the bare media cost falling well below $3 per gigabyte in 2012, compared with almost $9 per gigabyte in 2010. Adding to the lower cost are the cooling and real estate advantages of an SSD array compared with hard disk storage.

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Posted December 4th, 2012

Kaminario K2 Now Certified as VMware Ready

TIGHT INTEGRATION WITH VIRTUALIZATION SOLUTIONS CRITICAL

By Kaminario
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Yesterday, we announced that the Kaminario K2 all solid-state SAN storage solution achieved VMware Ready™ status. This news hints a little bit about the role we see for SSDs in the enterprise data center over the next few years.  We believe that SSDs will become the standard for replacing hard disk and hybrids for general purpose storage.

In today’s IT environment, being the best at general purpose storage requires tight integration with virtualization solutions. For this reason, we consider being certified as VMware Ready to be a significant corporate milestone.

Kaminario has also joined the VMware Technology Alliance Partner Program to show customers the benefits of the two company’s products working together seamlessly. Our participation will also make it easier for organizations researching VMware solutions to compare what we offer against other marketplace options.

Check out our new page on the VMware Solution Exchange. You can get details on Kaminario’s VMware certification and K2 benefits such as performance, scalabilty and data protection.

I’d just like to add a word of thanks to the engineers and others from both companies who worked diligently to make this happen.  We’re proud to work with VMware to enable large and mid-size organizations to get the most return on their data center investments.

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Posted November 5th, 2012
Gareth Taube

The Hybrid Solution: Best of Both Worlds? Not!

THERE ARE ADVANTAGES AND DISADVANTAGES TO MIXING LEGACY DISK WITH SSD

By Gareth Taube, Vice President Marketing, Kaminario
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Hybrid is an up and coming enterprise storage architecture, advocated by many legacy storage vendors, that supposedly gives you the best of both worlds: the seasoned storage and reliability architecture of a longstanding enterprise storage leader combined with fast SSD, often from an up and coming SSD startup. One such solution, described in this InfoStor article Gridiron Launches SSD-Accelerated OneAppliance Array, combines NetApp’s E-5400 Series storage array with GridIron’s flash-based TurboCharger Appliance.  On its face, this sounds like a great solution, as you get NetApp’s tried and tested high availability, replication, and synchronization features with the fast performance of GridIron’s SSD. However, if you’re considering a solution like this, make sure you ask the right questions.

Is SSD used as a cache or mainstream storage? Many of these solutions, including NetApp’s, use SSD as a cache sitting in front of legacy hard disk storage, not as direct storage. Cache can speed up many applications, but it’s not an ideal solution if you need the absolute highest performance you can get from random, write heavy applications such as online transaction processing (OLTP). First, until the architecture figures out which data to put in the cache you’re going to get slow hard-disk-style I/O performance.  Second, with a cache architecture writes are often made directly to hard disk rather than to fast SSD, so write-heavy applications such as OLTP don’t benefit from cache as much as they do from direct SSD storage. Finally, you’re not getting maximum storage efficiency as most of the data in the cache is duplicated on the hard disk.

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Posted October 23rd, 2012
Gareth Taube

Application Performance Highlights Oracle OpenWorld

SSD CAN MAKE THE DIFFERENCE

By Gareth Taube, Vice President Marketing, Kaminario
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This year’s Oracle OpenWorld proved both exciting and enlightening as Larry Ellison described Oracle’s cloud vision, including a new multitenant database robust enough for both public and private cloud deployments. There was also a lot of talk about hardware and software working together to achieve superfast DBMS performance, which was why we were happy to demonstrate a Flash-configured Kaminario K2 chugging through a typical database workload at more than 2 million IOPs and 20 GB/s throughput with an ultra-low latency of .98 milliseconds. Since performance and availability go hand in hand, we also demonstrated the K2’s DataProtect self healing and fast snapshot capabilities running an Oracle DBMS. Finally, we took the opportunity to survey more than 400 booth visitors about application performance, flash, and business impacts. The results were striking for the impact SSD can make not only on performance, but on the business.

Here are some of the highlights of our survey:

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