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Cache is king, but the masses still rule.

crowdsEnterprise SSD has its place, and undoubtedly one place is caching.  LSI seems to think so given their recent announcement around FastPath and CacheCade software enhancements to their MegaRAID line of 6Gb SATA/SAS controllers.

LSI’s  says the new offerings “help to optimize application performance in direct-attached storage environments configured with solid-state drives“… and “enables SSDs to be configured as a secondary tier of cache to maximize transactional I/O performance to deliver up to a 50X performance improvement in read-intensive applications.”

What read intensive applications:

  • On-line transaction processing (OLTP) perhaps eCommerce applications
  • File servers used for compute intensive database applications seen in  finance and banking.
  • Web servers perhaps with the exponential growth of on-demand online video.

What does LSI’s software really do?  “The solution is designed to accelerate the I/O performance of HDD-based arrays while minimizing required investments in SSD technology.”

Okay…so it gives your traditional hard drive based storage more power while making your initial investment in SSD more cost effective. Sounds political… no need to make dramatic changes to policy, just economically sensible tweaks to please the masses (the independents).

Long live the hybrid model… it always seems to work out best.

Related Posts

Seagate Pulsar: the first enterprise ready SSD
A tech fable: flash and the three SSD applications
How SSD will emerge from the Trough of Disillusionment
The death of the hard drive has been greatly exaggerated

Check out everything SSD on Storage Effect

Y2.011K looming for Windows XP users

4KThe industry is a buzz over the impact of hard drive manufacturers transitioning to 4K sectors by January 2011 and it’s impact on users primarily hanging on to Windows XP.

The benefits of moving to 4K sectors:

  • Higher capacity with more usable disk space
  • Runway for continued hard drive capacity improvements
  • Improved data integrity with larger Error Correction (ECC) block sizes

The drawback: Windows XP is not designed to handle 4K sectors and creates drive partition that are not aligned to the 4K format. Furthermore, many popular HDD imaging utilities result in the same problem – unaligned drive partitions, even on Vista or Window 7. Check out a recent BBC article on the subject.  Customers wanting to stretch their IT dollar by upgrading Windows XP systems will have to rely on 4K emulation software built into the drive.  Basically the drive is able to pretend it’s using 512K block sizes. This works great when hard drive partitions are aligned. But if you encounter and unaligned situation (XP or Utility created) your system could suffer a performance hit. Check out these results. Yikes!

The silver lining: yet another reason for a PC Refresh. As long as you format and partition with Windows Vista (SP 1 or older) or Windows 7, partition align is golden. If you or your customers commonly use other software for drive imaging or partitioning, check with your vendor to make sure it is compatible with 4K drives.

This is a huge evolution in hard drive technology. One that is 30 years in the waiting.  Expect hard drive manufacturers like Seagate to spend a lot of time and energy around awareness and education on 4K sectors.

Is this the hard drive industry’s  Y2.011K ?

Not likely, but it does make getting a new PC more inviting since I am one of those hangin’ on to Windows XP.

Avatar still wins best picture

avatar-movie-posterYesterday at the Oscars, The Hurt Locker won best picture and best director. I am sure well deserving, but when it comes to reshaping the future of movie making, one cannot argue with the fact that James Cameron with Avatar will forever change the way movies are made and enjoyed.

Sure, there will always remain a desire for pure movie making: a great script, cinematography, direction, actors, sound and video editing, production. Not everyone enjoys movies of the sci-fi genra…then again who hasn’t seen Avatar?  Look at what went into the main visual effects production of Avatar, and the technology deployed by New Zealand’s Weta Digital:

  • 10,000 square foot server farm
  • 4,000 HP servers
  • 35,000 processor cores
  • Over 1,000 Terabytes of storage (>1 Petabyte)
  • 900 people

Each minute of footage occupied more than 17GB of storage and the sever farm ranked 193 to 197th spots in the world’s top 500 supercomputers, and this is just the main visual effect work. Additional companies like ILM were hired to work on other areas of the movie.

oscarAll said, if companies like Seagate, HP. AMD, Intel, and others were part of the Academy…Avatar just may have won best picture.

Keep em coming Mr Cameron.

Check out more details about the making of Avatar here

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Batman’s storage requirements

HDCCTV spec gives life to legacy surveillance

HDcctv_logo_220The HDCCTV Alliance recently released an update to version 1.0 of the HDCCTV Specification for video surveillance.

The HDCCTV specification basically provides the standard that enables megapixel like resolution over traditional coax cabling.  This is huge considering that a majority of the surveillance installations remain coax, not having switched to an IP infrastructure because of cost and comfort level.  In the past, to implement surveillance that deploys megapixel cameras required some level of transition to IP.   Now, legacy surveillance installations (which have lasted for years) have the capability to move to a megapixel like solution, especially for small companies who are faced with smaller budgets and lack of full time IT support.

I am sure there will be plenty to see at ISC West this year.

Of course there’s a storage angle here….more companies having the capability for greater image resolution ultimately means more storage.

Good thing there’s plenty of that to go around.

The real story behind Seagate’s Constellation ES 2TB

Seagate_Constellation_ES_6Gb_SASYesterday, Seagate announced availability of it’s 4th generation enterprise nearline drive (Constellation ES) with up to 2TB of capacity.

The 2TB milestone on this drive is not necessarily the headline grab.  The real story with Constellation ES is the 6Gb SAS interface.  For the past few years, Seagate and others have worked to transition the enterprise market from SCSI and Fibre Channel to SAS, and by in large the transition has been a success, except for the burgeoning market for low cost nearline storage solutions that utilize SATA drives.

Seagate hopes to change that. Leading the way, Seagate brought 3Gb SAS to the nearline space with the previous 3.5-inch version Barracuda ES2, and it’s 2.5-inch brother Constellation. Today, the envelope gets pushed further with Constellation ES boasting twice the interface speed with 6Gb SAS.   Of course, Constellation ES is also available in a  SATA 3Gb version, but judging from Seagate’s announcement, 6Gb SAS is more ready for primetime in the nearline space and thus first to market.

Perhaps the enterprise ecosystem is just not ready to take advantage of SATA 6Gb. All that work transitioning the market to SAS has paid off. The market is conditioned to take advantage of 6Gb SAS today, and once again, Seagate is attempting to lead the way.

I am not going to go into the virtues of SAS over SATA. You can get that here.

Instead, let’s bring light to the real story here… Seagate wants the market to go  SAS.   It’s just a matter of time before the others sing the same tune.

Related Posts

Seagate Constellation is much more than 2TB
SAS gains steam with Dell PowerVault
The SAS 6Gb/s ecosystem is here. Where are you?
SAS 6Gb/s drives are a worthy compliment to SSD
Virtualization is a killer app for 6Gb/s  SAS

Seagate Pulsar: the first enterprise-ready SSD

PulsarIt’s official!  Seagate’s new SSD is called Pulsar, and is shipping to enterprise OEMs.  Pulsar is targeted at the enterprise blade server and general server market. 

Pulsar is the first truly enterprise-ready SSD from the world’s leader in enterprise storage devices.

The specs you might expect:

  • Up to 200 Gigabytes
  • SLC technology
  • 3 Gb/s SATA interface
  • Improved IOPS per Watt (vs. hard drives)
  • 2.5″ form factor with 7mm height

These make a lot of sense given the needs of today’s enterprise server market – 3Gb/s SATA, 2.5″, etc.  The 7mm height provides some great density opportunites for blade server manufacturers in particular. 

It is the first of many SSD strorage devices from Seagate.

The specs that make Pulsar uniquely enterprise-ready:

  • Stable data rate performance across the device’s multi-year useful life
  • Power Loss Protection – logic to protect data in volatile buffers long enough to write to non-volatile memory at power loss
  • Balanced perfomance between reads and writes
  • 0.44% Annual Failure Rate (AFR) in enterprise applications
  • 5 year warranty

SSD is not just flash media.  Extensive pre- and post-sales support is needed for true enterprise drives. Pulsar’s enterprise-ready capabilities come from Seagate storage device IP applied to solid state media and validated with extensive testing that enterprise customers require. 

For example, Power Loss Protection – achieved by the integration of a super-capacitor in Pulsar’s data architecture - protects enerprise data, enabling customers to use Pulsar with the write cache enabled. 

“Where’s Seagate?”

Some in the industry have been asking “Where’s Seagate?” as other companies have launched SSD products into the enterprise market over the past year or so. 

The answer is “In the lab and meeting with customers, building a true enterprise SSD.”

A tech fable: Flash and the Three SSD Applications

Once upon a time

 

Once upon a time there was a technology named Flash. 

Flash was shiny and very exciting. Everyone had high hopes for her. 

Flash wanted to Make a Difference, so she went to the Wizard of Applications for advice.

“You are very fast and sparkly,” said the Wizard.  “I’m sure you will Make a Difference for the Laptop.” So he put Flash in a magic cloak called SSD and sent her to the Laptop. 

Sadly, the Laptop couldn’t see how Flash could Make a Difference.  She was fast and sparkly, but Notebook couldn’t afford Flash’s high wages. She returned to the Wizard a second time.

“If you are too expensive for the Laptop, I’m sure you will be just right for High End Storage”, said the Wizard. He sent her and her SSD to visit High End Storage.

High End Storage said, “Flash, you are fast and sparkly.  And I can pay your wages.  But you’re too young to be trusted with much.  Come back when you’ve had more experience.”

Dejected, Flash returned to the Wizard a third time.

“You are too expensive for Laptop and too young for High End Storage,” said the Wizard.  He pondered things for a while. ”You will be just right for the Blade Server,” he decided.  And off she went.

The Blade Server was happy to see Flash and her SSD. “You are fast and cool! And your small size is just fine with me,” said the Blade Server.  “You can Make a Difference here.”

Flash worked hard with the Blade Server and went on to learn all about Enterprise. She tried new things, but only when she was ready.  She grew and grew until one day she became a Mature Technology and lived happily ever after.

The death of the hard drive has been greatly exaggerated

twain3SSD is all the rage in the storage industry.  Very exciting technology for sure and just now going Prime Time in the enterprise. But the rise of SSDs does not correlate with a fall for hard drives.  

In fact, it looks like hard drives have quite a bit of life left in them. 

A new study by Dr. Mark Kryder and Chang Soo Kim at Carnegie Mellon on the state of storage technology in 2020 yields some surprising findings:

  • A 2.5″ disk drive will likely store 14 TB for about $40
  • Hard drives look to remain considerably less expensive than any competing technology
  • Flash memory will be the next best technology, but will be battling technology limits at about that time
  • Two other technologies to watch: phase change random access memory (PCRAM) and spin transfer torque random access memory (STTRAM)

The question to ask is not “Which technologies will replace hard drives?”, but “Which technologies will complement hard drives?”

What are your thoughts?  Agree or disagree?

New videos from Seagate: The Two-Minute Drill

 

We’ve had a lot of requests for more real-world insight on how to pick a drive.  There are so many choices today – how does one know which drive to use for which application?

We’ve responded with a new video series called The Two-Minute Drill. These videos each feature a Seagate product expert and focus on how to select a disk drive for a particular topic – all in less than two minutes. For example, here’s Joni Clark explaining what a 7200 rpm drive does for a notebook PC.

You can see the library of videos by viewing any one on the product pages of seagate.com – for example, this video of Ian Williams explaining SAS on the Savvio page.

Take look, and let us know what you think. 

What storage topic would you like us to cover next?

The painful path to SSD adoption in netbooks

netbookBirth is painful. 

This universal truth is proving to be true for the nascent SSD netbook market.

Flash manufacturers have been struggling with losses due to depressed prices for a while now.

Prices are up!  Good news, right?  Not really, as Ars Technica reports. Netbooks are incredibly price sensitive.  At the same time, disk drives remain a popular storage option as netbooks experience feature creep.

Someday this may be a market that brings lots of joy and profits to those involved.  But it will take some strenuous effort and time up front to come to fruition.

Photo source: newverhost.com