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Founded in 1993, Infortrend Corporation (Public TPE:2495) is a leading provider of high performance networked storage solutions focusing on quality, reliability, choice and value. Fueled by a depth of technological expertise and system level knowledge, Infortrend storage solutions have been widely deployed on a variety of demanding applications by multiple users across commercial and industrial markets. Its core brands include the ESVA, EonStor DS, EonStor and EonNAS product families. For more information, please visit
see also:- Infortrend - editor mentions on

Infortrend's milestones - from SSD Market History.

In March 2010 - Infortrend joined the ASAPs market.

In July 2010 - Infortrend announced it will use STEC's ZeusIOPS (SAS SSDs) in its ESVA F60 product line (FC RAID systems).

In November 2011 - Infortrend announced automated storage tiering on its mid-range ESVA (Enterprise Scalable Virtualised Architecture) storage family.

When compared to a traditional ESVA configuration consisting of one RAID array and one expansion enclosure equipped with 600GB SAS drives, an ESVA configuration with automated storage tiering that consists of only one RAID array equipped with four 100GB SSDs and twelve 2TB nearline drives can offer a performance increase of 25% to 50% and a capacity increase of 5TB, while reducing costs by more than 15%.

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3 things that could have killed the flash SSD market
The emerging size of the flash SSD market as you see it today was by no means inevitable. It owes a lot to 3 competing storage media competitors which failed to evolve fast enough in the Darwinian jungle of the storage market in the past decade.

One of these 3 contenders is definitely on the road to extinction - but could one of the other 2 still emerge to threaten flash SSDs?

The article - SSD's past phantom demons explores the latent market threats which hovered around the flash SSD market in the past decade. They seemed real and solid enough at the time.
SSD past phantom demons image - click to read the article Getting a realistic perspective of flash SSD's past demons (which seemed very threatening at the time) may help you better judge the so-called "new" generation of nv memory contenders - which are also discussed in the article. the article
SSD analysts / the big SSD market picture / storage circa 2020
this way to the Petabyte SSD
In 2016 there will be just 3 types of SSD in the datacenter.

One of them doesn't exist yet - the bulk storage SSD.

It will replace the last remaining strongholds of hard drives in the datacenter due to its unique combination of characteristics, low running costs and operational advantages.
click to read the article -  reaching for the petabyte SSD - not as scary as you may think ... The new model of the datacenter - how we get from here to there - and the technical problems which will need to be solved - are just some of the ideas explored in this visionary article.
sugaring MLC for the enterprise
When flash SSDs started to be used as enterprise server accelerators in 2004 - competing RAM SSD makers said flash wasn't reliable enough.

RAM SSDs had been used for server speedups since 1976 - and in 2004 they owned the enterprise market. (Before 2004 - flash SSDs weren't fast enough and had mostly been used as rugged storage in the military and industrial markets - and in space constrained civilian products such as smartphones.)

By 2007 it was clear that the endurance of SLC flash was more than good enough to survive in high IOPS server caches. And in the ensuing years the debate about enterprise flash SSDs shifted to MLC - because when systems integrators put early cheap consumer grade SSDs into arrays - guess what happened? They burned out within a few months - exactly as predicted.

Since 2009 new controller technologies and the combined market experience of enterprise MLC pioneers like Fusion-io and SandForce have demonstrated that with the right management - MLC can survive in most (but still not all) fast SSDs.

Now as we head into 1X nanometer flash generations new technical challenges are arising and MLC SSD makers disagree about which is the best way to implement enterprise MLC SSDs.

Which type of so called "enterprise MLC" is best? Can you believe the contradictory marketing claims? Can you even understand the arguments? (Probably not.)

And that's why marketing is going to play a bigger part in the next round of enterprise SSD wars as SSD companies wave their wands and reveal more about the magic inside their SSD engines to audiences who don't really understand half of what they're being told.
click to read article Unlike the Cola Wars - you can't take the risk of a bad enterprise MLC SSD taste test. the article

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