FLASH: The Disruptening

Who will tame this mighty beast and ride it into town?

Next gen security for virtualised datacentres

Comment We have had a flash of insight: all the storage array vendors are going to have to face up to all-flash arrays and do something about the technology – buy, partner or build. Denial is not a strategy.

Just as disk storage bifurcated into server/PC direct-attach storage (DAS) and shared networked storage (NAS and SAN), so too will flash come to be used in direct-attached and shared modes, either attached to a single host or shared between multiple hosts (servers).

The various storage array flash caching designs – such as accelerator boxes in front of the array, flash cache in the array controller, and solid state drive (SSD) in arrays as a tier zero for the hottest active data – will be eclipsed by a return to basics, to flash as DAS or flash as NAS/SAN. Why should it be any different from what has happened with disk drive-based storage?

Incoming players upset storage array applecart

Fusion-io is leading the flash DAS market with its PCIe-connected ioDrives and its virtual storage software layer to pool ioDrives together into a multi-terabyte flash pool. Fusion's eight to 10 followers are pushing the PCIe flash drive idea strongly and it is on the verge of becoming mainstream. There is nothing the storage array vendors can do about this, apart from trying to manage server flash caches themselves, but this may well be a self-limiting idea.

On the networked storage front Nimbus Data and Huawei-Symantec have introduced all-flash arrays and Violin Memory, flush with funds, is punting its flash memory array technology strongly. EMC has said it can produce all-flash VNX configurations. It seems abundantly clear that, on a performance level, flash arrays make hard disk drive arrays look like people-carrier vehicles trying to compete with Ferraris. Give up disk array guys. It's a no-brainer. You are going to lose.

As soon as flash arrays are affordable and reliable, they will become the natural repository for all primary data currently stored in the disk drive arrays. Nimbus says that day has come already and cites its eBay win against NetApp and 3PAR. Violin Memory is licking its lips in anticipation of 3-bit multi-level cell flash causing flash array prices to drop substantially. Oracle can do all-flash arrays now too.

Let's cede this case and say that all the storage array vendors – BlueArc, EMC, Dell, Fujitsu, HDS, HP, IBM, NetApp, Nexsan, Oracle and everybody else – face having their customers buy all-flash arrays and putting these in front of their existing storage arrays. These then become nearline stores, not primary data stores. The array vendors face having their strategic relationships with customers weakened; the flash arrays become strategic while the disk drive arrays are just spinning rust warehouses for less active data, the boring stuff.

What can the spinning disk storage array vendors do?

Existing array players' strike-back strategies

It's obvious, isn't it? They build, buy or partner to get the the technology. Here's a light-hearted look at what the individual vendors might do.

BlueArc basically sells hardware-accelerated NAS arrays, based on founder Geoff Barrall's inventiveness. It's debatable if the company now has the same raw creativity and ability to carry through a build-from-scratch flash array strategy. It will likely buy a flash array supplier and integrate its product under a BlueArc management and data protection software layer.

EMC, the arch purveyor of separate storage products for separate storage apps, can bring out all-flash VNX and VMAX configurations but could, and probably should, and probably will, buy a flash array startup. One of the choicest low-hanging fruit is Violin Memory, flush with funds from venture capitalists who are always interested in money-rich exits.

Violin's strongest competitor, and possibly the market leader, is TMS with its RamSan products, but TMS is a venture capital-free zone, with no board-level pressure for an exit. Newer flash array startups like SolidAccess and SolidFire are relatively unproven. Either TMS or Violin would give EMC, with its channel power, dominance of the flash array space at a stroke.

Dell: It's a toss-up between the new-found buying zeal exhibited by Dell or its traditional partnering stance. If we assume the company now believes it has to own significant technology then it will buy. The company tends not to win high-end bidding wars, witness 3PAR, so it may try to buy a second-string player, such as Nimbus, or one of the newer startups like SolidFire.

Japanese Fujitsu will move cautiously and relatively slowly, and will likely partner. It could, for example, do a deal with TMS.

HDS will partner with a flash array supplier in preference to buying one because buying in technology seems a difficult thing for this Japanese-owned firm to do. It has a track record in partnerships, with BlueArc the obvious example. It could, for example, also do a partnership deal with TMS and sell RamSans into its customer base.

HP will want to present its all-flash array as an integrated part of its converged infrastructure (CI). To do that it will have to own its own technology and will, we guess, buy a flash array startup. We think it could perhaps shoot for Violin or TMS, or go for an early stage startup whose technology could be more easily melded into the CI scheme.

We note that HP has its own post-flash storage technology in the shape of the Memristor. This we think is too far away from productisation for HP to base an all-solid state storage array strategy on it right now.

IBM: Big Blue could take a NetApp all-flash array if Sunnyvale's engineering teams react quickly enough. Otherwise IBM will probably buy in the technology – a strategy it has pursued many times before in the storage space.

NetApp could buy but it could also build. For example, it already has a detached FAS controller head in the shape of the V-series, whose role is to virtualise third-party arrays and bring them into the NetApp fold. We could imagine a V-Series with a huge stash of flash acting as an all-flash array in front of NetApp's FAS arrays and third-party arrays.

If NetApp does this, an all-flash V-Series would be manageable underneath the same NetApp management umbrella as all the FAS boxes and their software. NetApp would have to add data moving software to ship data between the flashy V-series and the existing FAS boxes but that could be done after the all-flash V-Series product is introduced ... if NetApp introduces it.

Nexsan could build is own speedy and affordable all-flash box, and call it something like the SAS or SATA FlashBeast.

What about Oracle? Been there, doing that already. Larry will build. He doesn't believe in OEM or reseller deals, and the Exadata, ExaLogic boxes show what Oracle can do.

A stray thought: an all-flash Pillar Axiom could be an interesting proposition, re-energising the brand and giving it a new lease of life, if Pillar engineering can act fast enough.

Here at Vulture Towers we're convinced that flash arrays will become mainstream. All the existing storage array vendors have to embrace the technology somehow. This is like the arrival of deduplication technology – and look at the buying frenzy that generated. Flash array technology is going to be disruptive, that's for sure. ®

The essential guide to IT transformation

More from The Register

next story
The Return of BSOD: Does ANYONE trust Microsoft patches?
Sysadmins, you're either fighting fires or seen as incompetents now
Microsoft: Azure isn't ready for biz-critical apps … yet
Microsoft will move its own IT to the cloud to avoid $200m server bill
US regulators OK sale of IBM's x86 server biz to Lenovo
Now all that remains is for gov't offices to ban the boxes
Death by 1,000 cuts: Mainstream storage array suppliers are bleeding
Cloud, all-flash kit, object storage slicing away at titans of storage
Oracle reveals 32-core, 10 BEEELLION-transistor SPARC M7
New chip scales to 1024 cores, 8192 threads 64 TB RAM, at speeds over 3.6GHz
VMware vaporises vCHS hybrid cloud service
AnD yEt mOre cRazy cAps to dEal wIth
El Reg's virtualisation desk pulls out the VMworld crystal ball
MARVIN musings and other Gelsinger Gang guessing games
prev story


Implementing global e-invoicing with guaranteed legal certainty
Explaining the role local tax compliance plays in successful supply chain management and e-business and how leading global brands are addressing this.
7 Elements of Radically Simple OS Migration
Avoid the typical headaches of OS migration during your next project by learning about 7 elements of radically simple OS migration.
BYOD's dark side: Data protection
An endpoint data protection solution that adds value to the user and the organization so it can protect itself from data loss as well as leverage corporate data.
Consolidation: The Foundation for IT Business Transformation
In this whitepaper learn how effective consolidation of IT and business resources can enable multiple, meaningful business benefits.
High Performance for All
While HPC is not new, it has traditionally been seen as a specialist area – is it now geared up to meet more mainstream requirements?