Posts Tagged ‘solid state storage’

IBM buys Texas Memory Systems to move on rapid storage

Thursday, August 16th, 2012

IBM Plans to Acquire Texas Memory Systems

Company’s high-speed memory solutions to boost IBM’s Smarter Computing proceed to IT

Armonk, N.Y. – 16 Aug 2012: IBM (NYSE: IBM) currently announced it has entered into a decisive agreement to acquire Texas Memory Systems (TMS), a heading developer of high-performance peep memory solutions. TMS is a secretly hold association formed in Houston, Texas. Financial terms of a understanding were not disclosed.

Founded in 1978, TMS designs and sells high-performance plain state storage solutions. Unlike tough hoop drives that rest on spinning disks and robotic arms, plain state systems are high-speed information storage solutions formed on Flash or RAM memory that can yield significantly faster throughput and information entrance while immoderate reduction power.

TMS offers a plain state solutions as a RamSan family of common rackmount systems and Peripheral Component Interconnect Express (PCIe) cards. The products are designed to assistance companies urge opening and revoke server sprawl, energy consumption, cooling, and building space requirements, all of that in spin can assistance clients save money, urge opening and deposit some-more in innovation.

“The TMS plan and resolution set align good with a Smarter Computing proceed to information record by assisting clients comprehend increasing opening and efficiencies during reduce costs,” pronounced Brian Truskowski, ubiquitous manager, Systems Storage and Networking, IBM. “Solid state technology, in particular, is a vicious member of a new Smarter Storage proceed to a pattern and deployment of storage infrastructures, and partial of a holistic proceed that exploits peep in and with hoop and fasten technologies to solve formidable problems.”

IDC estimates a volume of plain state storage solutions being shipped into a craving will grow significantly, reaching scarcely 3 exabytes by 2016.

Following merger close, IBM skeleton to deposit in and support a TMS product portfolio, and will demeanour to confederate over time TMS technologies into a accumulation of solutions including storage, servers, software, and PureSystems offerings.

“IBM understands a certain and thespian impact that plain state record can have on storage and server infrastructures, and once a merger is finish we demeanour brazen to advancing a record even further. With a tellurian strech of IBM, we design to grow a engineering staff and product lines most faster than we could before,” pronounced Holly Frost, owner and CEO of TMS.

TMS employs approximately 100 people. The understanding is approaching to tighten after in 2012.

Article source: http://www.engadget.com/2012/08/16/ibm-buys-texas-memory-systems-to-bring-on-speedy-storage/

OWC Adds Mercury Electra MAX 3G 960GB SandForce Driven SSD …

Saturday, June 23rd, 2012

merc-electra-pro-3g_gall1

The Mac enthusiasts and plain state evangelists over at Other World Computing (OWC) have announced a new 2.5″ SSD with 1024GB of peep onboard. Dubbed a Mercury Electra MAX 3G 960GB SSD, it’s one of a initial 1TB 2.5″ drives to hit North America.

While a ability to have 1TB of plain state storage in a 2.5″ form factor is certain to be a large offered point, a MAX also has a flattering reasonable cost to foot – $1,299.99. That’s $1.27 per GB of peep on board, or $1.45 per user-available GB that means a MAX is already at half a price of some currently accessible 2.5″ 1TB SSDs.

Interestingly, a new OWC is dual SATA II SandForce 2181 processors in a RAID configuration. Each controller is interconnected with 512GB of “Tier 1″ Asynchronous NAND flash. Tying it all together is Silicon Image’s SteelVine RAID controller, that handles information striping duties between a dual SF controllers. OWC rates opening with both compressible and incompressible results, and the 3Gbps MAX pushes both to a 3Gbps limit. Sequential reads are listed during adult to 254MB/s with compressible information and 252MB/s with pointless data. Writes are pronounced to achieve 250MB/s repeating and 223MB/s with random data. After formatting and SandForce’s share of accessible flash, 894GB is left for users.

Two controllers in an inner RAID pattern used to be distant some-more common, though such designs have depressed out of preference in a past few years. OWC’s examination with a MAX could be a pointer that there are some-more than a few Mac users looking for 1TB of plain state storage in a 2.5″ drive. While 1TB drives substantially won’t go mainstream until smaller NAND lithographies double a ability of any NAND die, the assertive pricing of a new Electra means some potential customers won’t have to wait until then.

OWC’s Mercury MAX 3G is already on sale during OWC’s storefront.

OWC Mercury Electra Prices during Amazon!

Article source: http://thessdreview.com/latest-buzz/owc-adds-mercury-electra-max-3g-960gb-sandforce-driven-ssd-lineup/

OCZ Technology and Marvell to Debut Next Generation PCI Express

Saturday, January 7th, 2012

OCZ Technology Group, Inc. (Nasdaq:OCZ), a heading provider of high-performance solid-state drives (SSDs) for computing inclination and systems, and Marvell (Nasdaq: MRVL), a worldwide personality in integrated silicon solutions, currently denounced a industry’s fastest and many versatile PCI Express (PCIe) storage system, a Z-Drive R5. The increasing performance, reliability, and continuation of a Z-Drive R5 is designed to take PCIe-based plain state storage to a subsequent turn for craving environments.
The Z-Drive R5 facilities a jointly grown “Kilimanjaro” OCZ and Marvell local PCIe to NAND peep controller platform, permitting for totally scalable opening and excess while expelling a need for a apart storage controller, so shortening a cost to muster high opening plain state storage systems in a information center.

The local PCIe Z-Drive R5 offers an intelligent, hardware-meets-software managed resolution designed to dramatically accelerate database, enterprise, and virtualization applications. Combining high-performance pattern with OCZ managed software, a Z-Drive R5 provides second-to-none performance, flexibility, durability, and extended trustworthiness features, permitting datacenters to rest on a PCIe-based SSD as their primary Tier 0/1 storage resolution and a viable end-to-end SAN replacement.

The Z-Drive R5 is ideal for perfectionist computing environments and features:

Incredible bandwidth capabilities and limit transactional performance
High capacities adult to 12TB
Ideal for all craving information forms with both compressible and non-compressible files as good as vast information sets
Complete storage subsystem government with OCZ Virtualized Controller Architecture™ 3.0 program functions
Compatible with VMware ESXi and ESX, Linux, Windows Server 2008, and OS X to support a far-reaching operation of systems and servers
Complete energy destroy insurance choice for limit information integrity
Full tallness and half tallness sizes, ideal for space compelled 1U servers and multi-node rackmount servers
MLC, eMLC , and SLC NAND Flash options
“We are ceaselessly pulling a pouch to broach innovative PCIe SSDs to residence hurdles that a clients face when estimate and handling ever flourishing amounts of formidable information sets,” pronounced Ryan Petersen, CEO of OCZ Technology. “The Z-Drive R5, leverages a absolute Kilimanjaro tallness to broach higher performance, larger capacity, and an extended hardware and program feature-set that is unmatched in a industry. This best-of-breed subsequent era local resolution enables clients to discharge I/O bottlenecks for even a many information complete server and craving storage applications.”

“Marvell is vehement to work with OCZ on this local PCIe to NAND peep controller platform, formed on a 88NV9145 silicon,” pronounced Alan Armstrong, clamp boss of Marketing for a Storage Business Group during Marvell Semiconductor, Inc. “We trust a PCIe SSD marketplace will fast change to a local PCIe to NAND architecture, and a Kilimanjaro tallness represents OCZ and Marvell’s clever partnership in bringing this rarely scalable pattern to market.”

The Z-Drive R5 will entrance during Storage Visions 2012 in a OCZ counter (No. 13) and will also be showcased during a 2012 Consumer Electronics Show (CES) in a Marvell counter (No. 30542) located in a South Hall 3 on a top level.

About OCZ Technology Group, Inc.
Founded in 2002, San Jose, CA-based OCZ Technology Group, Inc. (OCZ), is a personality in a design, manufacturing, and placement of high opening and arguable Solid-State Drives (SSDs) and reward mechanism components. OCZ has built on a imagination in high-speed memory to turn a personality in a craving and consumer SSD markets, a record that competes with normal rotating captivating tough hoop drives (HDDs). SSDs are faster, some-more reliable, beget reduction feverishness and use significantly reduction energy than a HDDs used in a infancy of computers today. In further to SSD technology, OCZ also offers high opening components for computing inclination and systems, including enterprise-class energy government products as good as leading-edge mechanism gaming solutions. For some-more information, greatfully visit: www.ocztechnology.com.

About Marvell
Marvell (NASDAQ: MRVL) is a universe personality in a growth of storage, communications and consumer silicon solutions. Marvell’s different product portfolio includes switching, transceiver, communications controller, wireless and storage solutions that energy a whole communications infrastructure, including enterprise, metro, home and storage networking. As used in this release, a tenure “Marvell” refers to Marvell Technology Group Ltd. and a subsidiaries. For some-more information, revisit Marvell.com.

Article source: http://www.vadvert.co.uk/technology/20301-ocz-technology-and-marvell-to-debut-next-generation-pci-express.html

New SSDs Pushing Endurance, Flexibility

Wednesday, November 30th, 2011

Slide Show

Changing a Way You Purchase Storage 

Ensure that IT has a coherence to build and well run a common infrastructure.

These days, it’s a singular information core that has not deployed plain state storage in one form or another. But while few disagree opposite a efficiency of SSDs in craving settings, a augmenting accumulation of form factors and storage dungeon configurations are creation deployment decisions usually as difficult as anything found in normal storage infrastructure.

The needs of craving users continue to expostulate plain state growth during a simple level. One of a tip priorities is fluctuating a useful life of Flash in rarely active environments. STEC recently updated a XeusIOPS device with an Extreme Endurance (XE) chronicle able of 30 full-capacity writes per day for a whole five-year lifespan. The MLC section utilizes a company’s CellCare complement and an softened ASIC-based SSD controller to say information firmness over churned writes. With these in hand, STEC says it can broach scarcely 33 petabytes over a operative life of a 600 GB drive.

And like their captivating cousins, SSDs are also pulling aloft capacities into smaller form factors. OCZ Technology Group usually expelled a Talos 2 SAS device, that delivers a full TB in a 2.5-inch format. The expostulate incorporates OCZ’s Virtualized Controller Architecture 2.0 complement that provides for intelligent formidable authority queuing and reserve balancing algorithms that assistance pull pointless transactional opening to 70,000 4k IOPS and churned effort opening to 42,000 8k IOPS. It also facilities twin ports for softened information firmness and a DataWrite Assurance Protection complement to cover energy losses.

Even smaller form factors are anticipating their approach onto mid-level servers like IBM’s System x and BladeCenter platforms. The association is charity 1.8-inch eXFlash drives on System x machines in capacities trimming from 50 to 200 GB. In fact, Big Blue is charity cost breaks and a giveaway backplane for systems configured with 8 drives or more. It’s a understanding that has The Register‘s Timothy Prickett Morgan wondering because higher-end Power Systems are not estimable of identical consideration.

At a same time, Seagate is not giving adult on a Momentus XT hybrid drive, that a association recently bolstered with 8 GB SLC Flash modules. The 750 GB expostulate is built on a 2.5-inch form cause and facilities a 6 Gbps SAS interface for as small as $245. The expostulate also facilities increasing areal firmness and softened information algorithms to speed adult information allocation and boost altogether performance. It’s still a doubt as to either craving users will opt for hybrid record over full SSD performance, though if they do Seagate will effectively possess a marketplace as theirs is a final hybrid standing.

Unfortunately, decisions surrounding a deployment and formation of these technologies are as sundry as a environments they encounter. That SSDs will mostly consecrate an additional storage tier indifferent for a many time-sensitive information and applications is all though certain. But last a suitable chain in tangible operative environments will be a challenge.

As is mostly a case, new record comes off a sketch house with usually deceptive ideas as to how it is to be implemented. As automation takes over many of a day-to-day operations, IT will be increasingly tasked with these and other architectural/infrastructure responsibilities.

Article source: http://www.itbusinessedge.com/cm/blogs/cole/new-ssds-pushing-endurance-flexibility/?cs=49202

NexGen emerges with practical appurtenance storage complement with QoS twist

Saturday, November 12th, 2011

NexGen Storage came out of secrecy mode currently with a virtual
machine storage
complement that uses solid-state drives
(SSDs)
and tough drives and relates granular peculiarity of use (QoS) levels to “provision
performance” opposite tiers.

The Lousville, Colo., association was founded by iSCSI
SAN
colonize LeftHand Networks founders John Spiers and Kelly Long. They explain NexGen n5 Storage
Systems will make it easier to set adult storage for virtualized servers using business- and
mission-critical applications.

The n5 handling complement enables what a businessman calls opening QoS to let business provision
performance in a same approach they would sustenance capacity. Its Dynamic Data Placement functionality
migrates information opposite volumes to say QoS for practical appurtenance storage . It also uses a staged data
deduplication
routine it calls Phased Data Reduction.

An n5 complement includes dual 640 TB PCIe
solid-state storage
cards from Fusion-io, 48 GB of RAM and 32 TB of SAS drives. The 3U iSCSI
SAN section consists of active-active storage processors and possibly 16 Gigabit Ethernet (GbE) or four
10 GbE ports.

The n5 has a endorsed cost of $88,000. The businessman offers discretionary 640 GB SSD performance
packs and 32 TB SAS ability packs.

The NexGen OS distributes blocks in any volume among 3 storage tiers: RAM, PCIe SSDs and
hard disks. In further to environment ability for any VM, a complement also designates a
quality-of-service opening turn to any volume. For instance, business can sustenance 30,000
IOPS for mission-critical applications, 25,000 IOPS to business-critical apps and 5,000 IOPS for
noncritical apps.

“Most [QoS] policies are about giving priority to an focus while a other applications
starve. We are articulate about giving peculiarity of use to mixed applications simultaneously,”
CEO Spiers said. “Our complement is architected so IOPS do not go by a common controller
system.”

The system’s RAM usually stores reads, while a multi-level dungeon (MLC) SSD and tough expostulate tiers
cache reads and writes. All writes are placed in SSDs first.

“We make certain things are proportioned out to strike that opening level,” NexGen’s vice
president of marketing, Chris McCall, said. “All a tiering guys are violence any other adult over
what distance blocks to pierce and how mostly they are moved. They are blank a pivotal point. It’s the
performance level. We are saying, ‘Just tell us how quick we need to go.’”

NexGen does deduplication in phases to equivocate impacting performance, McCall said. The initial phase
is settlement relating on 4 KB blocks, in that a complement assigns a pivotal to a information settlement without
actually storing it. The information is renewed when requested. The second proviso does a full
comparison of a information in RAM or SSD, and afterwards a QoS engine does a full comparison of information while
blocks are migrated between storage tiers.

Jeff Boles, comparison researcher during Taneja Group, pronounced NexGen is perplexing to optimize any transaction
in a array. “As shortly as a IOPS strike a controller cache, they are optimizing a service
level,” he said. “In normal arrays, all gets treated a same. Everything gets serviced
equally either a IOPS is critical or not.”

NexGen has about 50 employees, with many of a technical group entrance from LeftHand. In addition
to Spiers and CTO Long, McCall and Rich Merlo, clamp boss of sales, also worked for LeftHand,
which Hewlett-Packard
acquired
in 2008 for $360 million.





Article source: http://www.pheedcontent.com/click.phdo?i=ac17d7732204c915a7762461502617fe

Enterprise storage trends: SSDs, ability optimization, automobile tiering

Sunday, October 9th, 2011

What we will learn: It competence seem as if information storage technologies are a small stodgy
and out of date, though there are copiousness of enterprise
storage trends
rising during both vast storage vendors and smaller upstarts. Solid-state storage,
virtualization-optimized storage, ability optimization and automated
storage tiering (AST)
have all turn some-more distinguished in IT shops newly given of a success
users have garnered from their use.

Solid-state
storage
, generally peep storage, has gained traction due to a opening and
mechanical characteristics. Flash storage competence be expensive, though usually on a ability basis; most
applications can run totally in flash. And as some-more people burst on a server virtualization
platform, vendors are prickly for an event to arise new technologies such as “VM-aware”
storage systems. In addition, capacity
optimization
has strike a belligerent running, generally now that information storage is flourishing during such a
fast rate among users. Many users are also jumping on a auto-tiering
bandwagon given of a technology’s ability to automatically tier storage and urge system
performance.

Read some-more about these trending information storage technologies and what they can do for your data
storage environment.

ENTERPRISE STORAGE TRENDS TABLE OF CONTENTS

Solid-state cache
Virtualization-optimized storage
Capacity optimization
Automated tiered storage
Innovation in storage

The craving information storage attention doesn’t have a repute as a hotbed of innovation, but
that characterization competence be unfair. Although bedrock technologies like RAID and SCSI have
soldiered along for some-more than dual decades, new ideas have flourished as well. Today there are
several craving storage
trends
value articulate about. Technologies like solid-state storage, ability optimization and
automatic tiering are gaining prominence, and specialized storage systems for practical servers are
being developed. Although a craving arrays of tomorrow will still be utterly recognizable,
they’ll adopt and allege these new concepts.

All-Flash storage

Although peep is dear on a ability basement compared to tough hoop technology, many
applications can be run totally in flash. iSCSI colonize Nimbus Data Systems Inc. transitioned to
an all-flash charity final year and has seen good results. “Our S-Class craving storage arrays
deliver 90% revoke appetite costs and 24x improved I/O performance,” pronounced CEO Thomas Isakovich. “And
since we embody inline
deduplication
and thin
provisioning
, we’re rival on a cost-per-used-capacity basement as well.”

All-flash storage in a PCI label form cause is renouned in high-performance applications as well.
Fusion-io has gained traction with a ioDrive cards, and LSI, OCZ Technology Group Inc., Texas
Memory Systems Inc. and Virident Systems Inc. have also found craving success with solid-state
systems. Flash builder Micron Technology Inc. recently jumped into this marketplace with a PCI Express
flash storage label labelled 25% revoke than a competition.

Solid-state cache

Spinning captivating disks have been a substructure for craving information storage given a 1950s,
and for usually about as prolonged there’s been speak of how solid-state storage will excommunicate them. Today’s
NAND
flash
storage is usually a decade old, nonetheless it has already gained poignant traction interjection to
its opening and automatic characteristics. Hard hoop drives (HDDs) won’t go divided anytime soon,
but NAND peep will expected turn a informed and constant member opposite a spectrum of
enterprise storage.

Hard disks surpass during delivering ability and consecutive review and write performance, though modern
workloads have changed. Today’s hypervisors and database-driven applications direct discerning random
access that’s formidable to grasp with automatic arms, heads and platters. The best enterprise
storage arrays use RAM as a cache to accelerate pointless I/O, though RAM chips are generally too
expensive to muster in bulk.

NAND peep memory, in contrast, is usually as discerning during servicing pointless review and write requests as
it is with those that start tighten together, and a fastest craving NAND peep tools challenge
DRAM for review performance. Although reduction expensive, peep memory (especially a enterprise-grade
single-level
cell [SLC]
variety) stays an sequence of bulk some-more dear than tough hoop capacity. Growth
in a deployment of solid-state
drives (SSDs)
has slowed and isn’t expected to excommunicate captivating media in capacity-oriented
applications anytime soon.

Flash memory has found a niche as a cache for tough hoop drive-based storage systems. Caching
differs from tiered storage in that it doesn’t use solid-state memory as a permanent plcae for
data storage. Rather, this record redirects review and write requests from hoop to cache
on-demand to accelerate performance, generally pointless I/O, though commits all writes to disk
eventually.

Major vendors like EMC Corp. and NetApp Inc. have placed peep memory in their storage arrays
and designed controller program to use it as a cache rather than a tier. NetApp’s Flash Cache
cards use a inner PCI train in their filers, while EMC’s Clariion FAST Cache relies on
SATA-connected SSDs. But both precedence their existent controllers and enhance on a algorithms
already in place for RAM caching.

Avere Systems Inc. and Marvell Technology Group Ltd., a integrate of relations newcomers, take a
different tack. With a story in a scale-out
network-attached storage (NAS)
space, Avere’s group grown an apparatus that sits in-band
between existent NAS arrays and clients. “No singular record is best for all workloads,” pronounced Ron
Bianchini, Avere’s owner and CEO, “so we built a device that integrates a best of RAM, flash
and disk.” Bianchini claims Avere’s FXT apparatus delivers 50 times revoke entrance latency regulating a
customer’s existent NAS devices.

Marvell’s arriving DragonFly Virtual Storage Accelerator (VSA) label is designed for placement
inside a server itself. The DragonFly uses fast non-volatile RAM (NVRAM) as good as
SATA-connected SSDs for cache capacity, though all information is committed to a storage array eventually.
“This is focused on pointless writes, and it’s a new product category,” claims Shawn Kung, executive of
product selling during Marvell. “DragonFly can produce an adult to 10x aloft practical appurtenance I/O per
second, while obscure over cost by 50% or more.” The association skeleton to broach production
products in a fourth quarter.

EMC, famous for a vast craving storage arrays, is also relocating into server-side caching.
Barry Burke, arch plan officer for EMC Symmetrix, pronounced EMC’s Lightning plan “will integrate
with a programmed tiering capabilities already delivered to VMAX and VNX customers.” EMC previewed
the plan during a new EMC World discussion and skeleton to boat it after this year.

Editor’s tip: Although there are several options for solid-state
storage, including cache, PCI Express and more, users will expected notice a opening boost no
matter what choice they choose. Listen to this podcast to find out a differences between the
various solid-state
options
, and learn how any one can boost your performance.

The finish of a SAN?

Although SCSI is still a widespread craving information storage custom in a form of Fibre
Channel and iSCSI, that competence change in a future. The arise of PCI Express storage
suggests that centralized networked storage competence not always dominate. Internal cards dramatically
reduce entrance latency, and a opening of these solutions is an sequence of bulk improved than
traditional SCSI-based technology.

The arise of practical machine-specific and cloud storage suggests that other changes are imminent.
In both cases, some products eschew normal retard or record entrance in preference of an application
programming interface (API). These inclination are designed to be integrated, programmed components of a
larger environment, focus height or hypervisor,
and would no longer need storage architects and managers.

Virtualization-optimized storage

One common motorist for a adoption of high-performance storage arrays is a expanding use of
server virtualization. Hypervisors concede mixed practical machines (VMs) to share a singular hardware
platform, that can have critical side effects when it comes to storage I/O. Rather than a delayed and
predictable tide of mostly consecutive data, a bustling virtual
server environment
is a glow hose swell of pointless reads and writes.

This “I/O blender” hurdles a simple assumptions used to arise storage complement controllers
and caching strategies, and vendors are fast bettering to a new rules. The deployment of SSD
and peep caches help, though practical servers are perfectionist in other ways as well. Virtual
environments need impassioned flexibility, with fast storage provisioning and energetic mutation of
workloads from appurtenance to machine. Vendors like VMware Inc. are fast rolling out technologies to
integrate hypervisor and server management, including VMware’s renouned VAAI.

Virtual server environments are an event for creation and new ideas, and startups are
jumping into a fray. One such company, Tintri Inc., has grown a “VM-aware” storage system
that combines SATA HDDs, NAND peep and inline information deduplication to accommodate a opening and
flexibility needs of practical servers. “Traditional storage systems conduct LUNs, volumes or tiers,
which have no unique definition for VMs,” pronounced Tintri CEO Kieran Harty. “Tintri VMstore is managed
in terms of VMs and practical disks, and we were built from blemish to accommodate a final of a VM
environment.”

Tintri’s VM-aware storage target, isn’t a usually option. IO Turbine Inc. leverages PCIe-based
flash cards or SSDs in server hardware with Accelio, a VM-aware storage acceleration software.
“Accelio enables some-more applications to be deployed on practical machines though a I/O performance
limitations of required storage,” claims Rich Boberg, IO Turbine’s CEO. The Accelio driver
transparently redirects I/O requests to a peep as indispensable to revoke a bucket on existent storage
arrays.

Editor’s tip: For a some-more in-depth demeanour during vStorage APIs for Array Integration, check
out this tip from SearchVMware.com on a pros and cons of VAAI.

Capacity optimization

Not all information storage innovations are focused on performance. The expansion of information has been a major
challenge in many environments, and deletion information isn’t always an excusable answer. Startups like
Ocarina and Storwize updated existent technologies like application and single-instance
storage (SIS)
for complicated storage applications. Now that these companies are in a hands of
major vendors (Dell Inc. and IBM, respectively), users are commencement to give ability optimization
a critical look.

Reducing
storage
has sputter effects, requiring reduction ability for replication, backup and disaster
recovery (DR) as good as primary information storage. “The Ocarina record is stretchable adequate to be
optimized for a platforms we’re embedding a record into,” pronounced Mike Davis, marketing
manager for Dell’s record complement and optimization technologies. “This is an end-to-end strategy, so
we’re looking closely during how we can extend these advantages over a storage platforms to a cloud
as good as a server tier.”

Data
deduplication
is also relocating to a primary storage space. Once usually used for backup and
archiving applications, NetApp, Nexenta Systems Inc., Nimbus Data Systems Inc., Permabit Technology
Corp. and others are requesting deduplication record in arrays and appliances. “NetApp’s
deduplication record [formerly famous as A-SIS] is optimized for both primary [performance and
availability] as good as delegate [capacity-optimized backup, repository and DR] storage
requirements,” pronounced Val Bercovici, NetApp’s cloud czar. NetApp integrated deduplication into its
storage program and claims no latency over on I/O traffic.

Editor’s tip: As information continues a unusual rate of growth, users are struggling to
find ways to minimize a volume of information they need to store in their information storage
environment. In this podcast with Arun Taneja, owner and consulting researcher during Taneja Group,
Taneja discusses a storage
optimization and ability reduction
products that are accessible in a market.

Automated tiered storage

One prohibited area of creation for a largest craving storage vendors is a mutation of
their arrays from bound RAID systems to granular, automatically tiered storage devices. Smaller
companies like 3PAR and Compellent (now partial of Hewlett-Packard Co. and Dell, respectively) kicked
off this trend, though EMC, Hitachi Data Systems and IBM are delivering this record as well.

A new stand of startups, including Nexenta, are also active in this area. “NexentaStor leverages
SSDs for hybrid storage pools, that automatically tier frequently accessed blocks to a SSDs,”
noted Evan Powell, Nexenta’s CEO. Powell also pronounced that his firm’s program height allows users
to supply their possess SSDs, that he claims reduces a cost of entrance for this technology.

EMC has combined practical provisioning and programmed tiering opposite a product line. “EMC took a
new storage record [flash] and used it to broach both larger performance, as good as cost
savings,” pronounced Chuck Hollis, EMC’s tellurian selling arch record officer. “Best of all, it’s
far easier to set adult and manage.”

Like caching, programmed tiered storage improves information storage complement opening as most as it
attacks a cost of capacity. By relocating “hot” information to faster storage inclination (10K or 15K rpm disks
or SSD), tiered storage systems can perform faster than identical inclination though a responsibility of
widely deploying these faster devices. Conversely, programmed tiering can be some-more energy- and
space-efficient given it moves “bulk” information to slower though larger-capacity drives.

Editor’s tip: Although automobile tiering is gaining traction in a industry, many people
are seeking themselves if it’s right for them. Listen to this podcast to get tips on how to
implement an automated
tiering
project; how to confirm if automobile tiering is gaining too most control over your
environment; and get a dip on sub-LUN tiering.

Innovation in storage

Enterprise storage vendors contingency say compatibility, fortitude and opening while
advancing a state of a art in record — goals that competence infrequently seem during odds. Although
smaller companies have been a small some-more nimble during introducing new innovations like capacity
optimization and virtualization-aware storage access, a vast vendors are also relocating quickly.
They’ve put into use solid-state caching and programmed tiered storage, and are relocating forward
in other areas. Whether by invention or acquisition, creation is alive and good in
enterprise storage.

BIO: Stephen Foskett is an eccentric consultant and author specializing in enterprise
storage and cloud computing. He is obliged for Gestalt IT, a village of eccentric IT
thought leaders, and organizes their Tech Field Day events. He can be found online at
GestaltIT.com, FoskettS.net and on Twitter during @SFoskett.




This was initial published in Oct 2011

Article source: http://www.pheedcontent.com/click.phdo?i=030f2149e1058dc97be399b2c5a51be1

Tucci during Oracle OpenWorld: Cloud transition will infer disruptive

Friday, October 7th, 2011

Private cloud storage, cloud computing and virtualization will be a keys to
dealing with a large information torrent attack a IT world, EMC Corp. CEO Joseph Tucci pronounced Monday
in his Oracle OpenWorld keynote residence in San Francisco.

The thesis of EMC World 2011 in May was “cloud meets Big Data,” and Tucci and EMC boss Pat Gelsinger brought those topics to
Oracle business this week. Tucci and Gelsinger didn’t make any overwhelming announcements during their
keynote presentations, though they did echo EMC’s joining to a cloud, VMware’s virtualization platform and solid-state storage.

More on transitioning to a cloud

Cloud storage: Five best practices for moving to a cloud

Wary of open cloud, CIO builds private cloud and transition plan

Preparing for a hybrid cloud move

Citing IDC investigate presaging that by 2019 worldwide information expansion will be 44 times a volume of
existing data, Tucci forked out that usually 27% of a standard IT bill is invested in new
technologies to hoop that expansion and a IT workforce will onslaught to keep up.

“We need new levels of productivity, we need new tools,” Tucci said. “Enter a cloud.” He
called a cloud transition a tour that won’t be finished overnight.

Tucci pronounced to grasp a potential, cloud infrastructure contingency turn some-more efficient, yield some-more choice to avoid
vendor lock-in and supplement new levels of agility, while giving users a same control they have
now.

He pronounced a cloud is a latest call behind mainframes and microprocessors, and believes that
“the cloud computing call will be a many disruptive, though will also have a most
opportunity.”

Virtualization, peep take on vital roles

Gelsinger stretched on Tucci’s explain that a advantage of a cloud will be a ability to tame data
sets that scale to petabytes. He pronounced a cloud and virtualization will let organizations build scale-out programmed architectures and move information storage that requires greater
performance closer to computing resources.

Gelsinger described 3 phases of a transition to a cloud. Phase 1 was relocating web services and email to the
cloud infrastructure. Phase 2, that Gelsinger pronounced is where we are today, is relocating critical
business applications to a cloud. Phase 3 will be building IT internally as a use for
organizations.

Gelsinger talked about Big Data architectures that scale to dozens of petabytes, that he said
is because EMC acquired Isilon Systems and grown a Atmos cloud storage-as-a-service platform.

EMC is a infancy owners of VMware, so it’s no warn a EMC executives cited
virtualization’s purpose in a cloud and Big Data. Gelsinger pronounced EMC’s inner IT dialect has
already virtualized 40% of a Oracle instances, and a association skeleton to make that 100% soon. He
estimated that approximately 25% of all Oracle instances currently are virtualized.

To serve a idea of bringing information that compulsory high opening closer to a computing
resources, Gelsinger pronounced Project Lightning, EMC’s flash-based PCIe server cache product, was released
to beta customers. EMC also skeleton to marry a Project Lightning record with a FAST programmed storage tiering to optimize information chain and “change a way
businesses work and operate,” Gelsinger said.





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Powering a Cloud: Conference Set for Frankfurt

Tuesday, October 4th, 2011
  • October 3rd, 2011 : Michael Potts

    SNIA Europe and Angel Business Communications’ triumvirate of conferences earnings this year underneath a new thesis “Powering a Cloud.”  The conferences, SNW Europe, Datacenter Technologies and Virtualization World will be hold on Nov 2-3 during Congress Frankfurt in Frankfurt, Germany.

    The conferences will offer a far-reaching accumulation of educational calm reflecting a latest trends and developments in a attention as good as a extensive expo building featuring IT vendors in information security, storage and protection, desktop, server, storage and network virtualization and information core architectures and technologies. The 451 Group, an researcher organisation now in partnership with a organizers, will minister to all 3 discussion agendas.

    The keynote module will underline John Manville, Cisco VP of IT Network and Data Center Services, who will benefaction “Data Center Transformation – Cisco’s Virtualization and Cloud Journey” that explores Cisco’s IT plan for strengthening a rival advantage by demonstrating a value of a “Network as a Platform.”

    The discussion module will also embody box studies and a immeasurable array of SNIA tutorials covering server, storage, network and focus virtualization, cloud-based architectures, information security, tiered storage, FCoE and plain state storage.  BITKOM is a discussion partner for a fifth uninterrupted year. Demartek, and eccentric contrast residence focusing on real-world lab validation contrast of server, network, storage and confidence technologies, is also a partner. The Data Centre Alliance and The Green Grid will also be attending a event.

    Visit The Powering a Cloud Website for bulletin and orator information and registration.

    For some-more events, revisit a Data Center Knowledge Events Calendar

  • Article source: http://www.datacenterknowledge.com/archives/2011/10/03/powering-the-cloud-conference-set-for-frankfurt/

    Powering a Cloud: Conference Set for Frankfurt

    Tuesday, October 4th, 2011
  • October 3rd, 2011 : Michael Potts

    SNIA Europe and Angel Business Communications’ triumvirate of conferences earnings this year underneath a new thesis “Powering a Cloud.”  The conferences, SNW Europe, Datacenter Technologies and Virtualization World will be hold on Nov 2-3 during Congress Frankfurt in Frankfurt, Germany.

    The conferences will offer a far-reaching accumulation of educational calm reflecting a latest trends and developments in a attention as good as a extensive expo building featuring IT vendors in information security, storage and protection, desktop, server, storage and network virtualization and information core architectures and technologies. The 451 Group, an researcher organisation now in partnership with a organizers, will minister to all 3 discussion agendas.

    The keynote module will underline John Manville, Cisco VP of IT Network and Data Center Services, who will benefaction “Data Center Transformation – Cisco’s Virtualization and Cloud Journey” that explores Cisco’s IT plan for strengthening a rival advantage by demonstrating a value of a “Network as a Platform.”

    The discussion module will also embody box studies and a immeasurable array of SNIA tutorials covering server, storage, network and focus virtualization, cloud-based architectures, information security, tiered storage, FCoE and plain state storage.  BITKOM is a discussion partner for a fifth uninterrupted year. Demartek, and eccentric contrast residence focusing on real-world lab validation contrast of server, network, storage and confidence technologies, is also a partner. The Data Centre Alliance and The Green Grid will also be attending a event.

    Visit The Powering a Cloud Website for bulletin and orator information and registration.

    For some-more events, revisit a Data Center Knowledge Events Calendar

  • Article source: http://www.datacenterknowledge.com/archives/2011/10/03/powering-the-cloud-conference-set-for-frankfurt/

    Sanrad adds peep solid-state storage caching software, some-more news

    Sunday, September 25th, 2011

    Sanrad launched a VXL program that caches data on peep solid-state storage.

    VXL runs as a practical apparatus on a horde server, and distributes information and peep resources
    across Microsoft SQL and Exchange, and practical desktop infrastructures (VDIs). VXL’s caching
    algorithm decides what information to cache on a flash. When used on rarely accessible mirrored volumes,
    the program can safeguard a same volume of peep is used to accelerate both copies of a data. The
    software complements Sanrad’s V-Switch XL array of SAN acceleration appliances that use peep for a high-performance cache.

    Seven10 creates archiving program cloud-ready

    Seven10 Storage Software Inc. expelled StorFirst EAS 4, adding support for 64-bit Windows, load
    balancing opposite cloud entrance nodes and local support for LTO-6 for a archive record system. The latest StorFirst EAS chronicle also supports encryption
    at rest and in-transit for EMC Atmos, ATT Synaptic Storage as a Service and Telus Storage
    Cloud, and Microsoft Active Directory and Failover Cluster.

    Imation creates another deal, buys information encryption business

    Imation Corp. concluded to acquire a resources of IronKey Inc.’s hardware data encryption business, and sealed a understanding to exclusively permit IronKey’s
    secure storage government program and cloud service. Imation will use a online IronKey
    Enterprise Management Service for a cloud-based confidence services. Hardware acquired by Imation
    includes unstable storage inclination that encrypt data. Last month, Imation acquired ProStor’s InfiniVault archiving height that consists of government software
    bundled with RDX removable disks.

    QNAP adds 12-drive rack-mount Turbo NAS

    QNAP Systems Inc. brought out a initial 12-drive 2U rack-mountable Turbo NAS models. The
    TS-EC1279U-RP and TS-1279U-RP systems are powered by quad-core Intel Xeon CPU and dual-core Intel
    Core i3 CPUs. They underline discretionary 10 Gigabit Ethernet (GbE) connectivity, and can grasp data
    throughput of some-more than 1,000 MBps and 100,000 IOPS.





    Article source: http://www.pheedcontent.com/click.phdo?i=f0a9e100b6bb6d6ffaae7a0545edf55f