10K/15K RPM

Two Cheetah 15K.7 drives do the work of ten

Seagate Cheetah 15K.7The history of the disk drive industry is a long series of relentless “firsts”.  The latest Seagate Cheetah 15k drive stands out as a particularly impressive milestone.

Barefeats was able to use two Cheetah 15K.7 drives on uncompressed video in a way that required ten drives in the past: four 15K SAS drives and six 7200 rpm SATA drives.  Speed and performance in and enterprise drive! 

“The Cheetah 15K.7 is the fastest SAS drive we’ve ever tested plus it now offers storage capacity up to 600GB.”

Barefeats also noted that the new Cheetah “now rivals the fastest SSDs” in large sequential transfer speed.

TweakTown found the Cheetah 15K.7 to be just as big and fast, but noted another milestone: the first 15K rpm drive to drop below the $1 per GB barrier. 

Big, fast and less expensive.  Somehow disk drives continue their march to the beat of Moore’s Law - or is it Kryder’s Law have an even faster beat?

All 6Gb/s SAS, all the time

HDTV

 

 

 

 

 

 

 

 

 

It’s like HDTV. 

First we had HD televisions without any content.  Then we had some HD broadcasts, and some HD DVDs in the stores.

Then – inflection point! – all the pieces were there.  TVs, DVRs, broadcast, DVDs, web content.  The whole thing took off faster than you can say “Blockbuster fire sale”.

End-to-end 6Gb/s SAS has arrived 

LSI, SuperMicro and Seagate demonstrated the 6Gb/s SAS equivalent.  It’s just a matter of time before 3Gb SAS is a quaint relic of days gone by.  This opens the 6G/s door wide for system builders too.

Seagate has 6Gb/s SAS available on the following products:

If you haven’t built 6Gb/s SAS into your plans, time to get crackin’.

Benchmark Reviews: Seagate Cheetah 15K.7 “dominant”

silvertachawardBenchmarkreviews.com has a lot to say about the Seagate Cheetah 15K.7 – - twelve web pages worth.   In sum, they were very impressed.

The Cheetah 15K.7 drive scored 8.75 out of 10 points and was given the Benchmark Reviews Silver Tachometer Award.  Some highlights:

  • “demonstrated a dominance over existing enterprise storage solutions”
  • “improved…transfer speeds at the same time it saves electrical energy costs.”
  • “probably the best constructed hard drive in the world.”

Thanks for the kudos guys!

Labeling a hard drive “Enterprise” does not make it so

Fast hard drives are not always Enterprise drives, just as high capacity drives can be Enterprise drives under the right circumstances.

What makes a drive an Enterprise drive?

What some people forget is that much of what defines this premium label goes beyond the drive itself.

Enterprise table stakes

Of course Enterprise drives must have reliability, performance and the ability to work long hours in difficult environments.  These traits are not added after-the-fact; enterprise drives are born that way.

Some vendors apply their Enterprise label somewhat loosely. Be sure and thoroughly test a drive in your envrironment before deploying any drive for enterprise purposes.

Beyond table stakes

Enterprise drives also require Enterprise-class support.  That means system-level testing by the drive vendor in real-world scenarios. It means robust firmware revision controls. It means rapid resolution of any drive issues that do come up, safely deployed within customers’ solutions.

Enterprise customers know this and expect it.  Chris Mellor at The Register recently reported on the impact of unmet customer expectations.

Seagate has about 60% market share in the SAS & FC drive market.  Because most of this business transpires quietly with a half-dozen very large customers, it doesn’t get much press.  That’s OK.  There’s a great feeling that comes from satisfying customers with a quality solution that more than makes up for it.

Data centers are facing an Electricity Ceiling

fortunedatacenters-web

Reducing data center power consumption is good for the planet and good for IT budgets.  It can also mean extra cash.

PG&E (Pacific Gas & Electric) awarded Fortune Data Centers $900,000 for their energy efficiency enhancements in a San Jose, California data center.

This is stark evidence that one of the biggest challenges with IT energy consumption is a shortage of energy to consume.  PG&E is willing to give a data center close to a million bucks in incentives because they don’t have enough power to go around.  Power plants aren’t easily or quickly built.

Reducing electrical footprint with more efficient storage systems and servers is a foundational step to approach this issue.  As a first step, check to make sure you are making maximum use of today’s most efficient enterprise storage devices, like the Seagate Constellation drive.  Not all applications require the speediest (and highest power) devices.

Also check on your servers.  Are you on a path to convert to the newer small form factor servers?  They do the same thing as their older & bigger cousin with a lot less power. One way they do this is by using energy efficient 2.5″ enterprise disk drives like the Seagate Savvio drive.

Expect to see more “carrot” incentives from the energy infrastructure, as well as some ”sticks” as they run out of power.  Either way, investment in a more efficient data center will pay off in a big way.

HP goes all in for SAS

hp-logoBeth Pariseau reported on two big storage announcements from HP:

  1.  HP will move its entire storage line to six Gbps small form factor SAS, starting with the D2000 in the fall.  That’s two valuable transitions in one: moving from 4Gbps FC to 6 Gbps SAS, and moving from 3.5″ drives to 2.5″ drives.
  2. All HP Proliant servers will now support 15K, 10K and 7200 rpm SAS drives. That’s pure SAS from head to toe.

HP has been a strong SAS proponent in servers for years.  Bringing 7200 rpm high capacity SAS drives into the mix is a big deal, because it reduces the cost/capacity for servers while preserving the full enterprise-class advantage set that SAS brings to the table.   

No wonder IDC sees a bright future for SAS.

Seagate Cheetah 15K.7: a coping strategy for IT

datacenter-webSeagate’s Cheetah 15K.7 is the biggest, baddest 15K rpm drive in the world.  It weighs in at 600 GB, twice the capacity of its predecessor.  And even though it is blazingly fast, the drive makes use of Seagate’s PowerTrim technology to reduce power consumption. It is now available through Seagate’s distributors and is expected to be very popular.

But isn’t the IT world moving to 2.5″ drives?

Yes, but the economic downturn have slashed IT budgets.  Companies everywhere are making do with what they have for now.  Cheetah 15K.7 is a coping strategy for stretched storage infrastructures.  As Seagate’s Teresa Worth explains:

“It’s easier for customers to upgrade their existing 3.5-inch form factor chassis with higher capacity drives.  Customers definitely want to move to systems based on small form factor drives, but everybody is trying to make their investments in IT last longer.”

Cheetah 15K.7 is not “settling” by any means.  With its 6 GB SAS interface and capacity doubling, this drive is one of the most productive and efficient on the planet. 

So keep planning for 2.5″.  But if budget isn’t there, or 3.5″ is your plan of record, look to Cheetah 15K.7 to juice your current environment until the money starts flowing again.

Photo source: abraxis.net

It’s a SAS world after all

sas-infostor

Not so long ago the future of storage device interfaces was considered to be a three-way race.  Forecasts projected about 30% share for FC, SAS and SATA. 

The latest IDC projections show that the game will change dramatically to become all about SAS.  Fibre Channel’s future as a drive interface is…well, it doesn’t have much of a future beyond 2010. (This is not to be confused with Fibre Channel’s continuing role as a system interface.)

Not only is FC being replaced by SAS in a few short years, but SATA share will recede to 25% after peaking at 31%.  This could be more surprising to many people than the demise of FC at the device level.

What’s changed?

If SAS is still just a Scandinavian airline to you, it’s time to get up the learning curve on this foundational device technology.

Disk drives prove to be greener than SSDs in servers

ideas-intl

 

Ideas International compared a disk-based server to an SSD-based server using the new Storage Performance Council’s SPC-1/E efficiency benchmark for some very interesting results. 

The disk-based server used 300 GB Seagate Savvio 10K drives.  The SSD server was an IBM model using 69 GB solid state devices.

Summary:

  • Cost/IOPS: about the same
  • Cost/gigabyte: disk-based server wins
  • Gigabytes/Watt: disk-based server wins
  • IOPS/Watt: SSD-based server wins

An interesting observation from SearchStorage on this test: the SSD-based server used about the same power (within 3%) whether operating or idling.  The disk-based system used 78% at idle compare to its peak power usage.

Storage energy efficiency goes legit: Storage Performance Council’s SPC-1C/E benchmark

spcAnother sign of the rising importance of power consumption in storage: IT is getting a high-octane tool to objectively assess the energy efficiency of storage systems and components. 

The Storage Performance Council has unveiled a new energy efficiency benchmark, SPC-1C/E.  The new test is an extension of SPC-1 and SPC-1C benchmarks, industry standard composite IOPS peformance tests.

Seagate’s Savvio 10K.3 was the first component assessed by the new test, and performed extremely well according to SPC.  No surprise here, as the Savvio 10K sports an unusual combination of performance and energy efficient traits.

IBM’s EXP-12S was the first storage system to be tested.