One of the first new products released at the NAB show in Las Vegas today is from Western Digital. They are officially launching the new RE4-GP Enterprise-class hard drive series with capacities up to 2TB. WD has implemented a dual controller design, 64MB cache, 500GB per-platter design, and a reported 25% reduction in power requirements compared to earlier drive designs. All of this will set you back a cool $329.99, but availability should be later this week. The full press release and additional specifications are located below. Review samples are arriving shortly, in the meantime, take a look at the numbers and let us know what you think.



"LAS VEGAS, Nev. – (NAB Show Booth No. SL12809) — Apr. 20, 2009 —Western Digital Corp. (NYSE: WDC) today expanded its enterprise family of hard drives to include the next-generation 2 TB capacity, the largest and only 2 TB enterprise-class hard drive shipping today. Combining industry-leading 64 MB cache, dual processors, and increased areal density, WD RE4-GP hard drives yield twice the processing power resulting in as much as 25 percent performance improvement over the previous generation.

WD’s GreenPower™ technology platform is the first 3.5-inch hard drive platform designed with power savings as the primary attribute. These drives reduce average drive power consumption by up to 50 percent over currently available competitors’ drives and are ultra-cool and quiet, all while delivering solid performance.

The new WD RE4-GP 2 TB hard drive provides enterprise-class reliability for storage-hungry applications, such as cloud-computing infrastructure, large-scale data centers, data archive and tape replacement systems, commercial video surveillance and digital video editing houses, with an energy- and money-saving solution that combats the challenges facing the enterprise IT sector -- limited available drive slots, maximum capacity required, and limited power and budget. Addressing the growing high-capacity enterprise market, WD RE4-GP 2 TB drives are reliability-rated at 1.2 million hours MTBF (mean time before failure) in high duty cycle environments.

Mission-critical video and audio content producers typically require greater system performance and capacity needs than most other applications. Reliable video servers, in particular, are crucial for time-critical data retrieval, distribution, repurposing, and archiving. Like thousands of other professionals and consumers storing photos, files and music, video professionals must manage and maintain raw video files (or any files).

“Every data center in operation worldwide contributes to CO2 emissions, and storage systems are at the core of these data centers,” said John Rydning, IDC's research director for hard disk drives. “Many storage applications are a great fit for high-capacity, low power-consuming disk drives like the WD RE4-GP 2 TB that help to reduce power consumption and positively impact the environment.”

WD® is making it possible for energy-conscious enterprise customers to build servers and storage subsystems with higher capacities, consistent performance, and assured reliability, all while promoting energy conservation. “Energy efficiency is a primary concern for our customers who continue to look for ways to reduce their carbon footprint without compromising reliability or performance,” said Tom McDorman, vice president and general manager of WD’s enterprise storage solutions business unit. “WD’s RE-GP drives enable them to meet their customer’s system requirements for storage capacity, reliability, performance and cost by integrating an enterprise-class drive that simply consumes less power than traditional hard drives.”



Exclusive Intelligent Drive Technology- WD RE4-GP hard drives with GreenPower technology deliver exceptional power conservation, run ultra-cool and quiet, while providing solid performance. Following are several technologies responsible for the performance enhancements:

Faster — 64 MB cache, dual processors, and increased areal density yield twice the processing power resulting in as much as a 25 percent performance improvement over the previous generation.

Greener — Improvements in our power-conserving technologies -- IntelliSeek™, IntelliPark™, and IntelliPower™ — deliver up to an average 25 percent reduction in power consumption over our previous generation of WD RE-GP drive.

Improved Rotary Vibration Tolerance — Advanced mechanical and servo control optimization along with system characterization and validation enable rock solid performance under extreme vibration conditions, with negligible impact to performance, substantially more robust than the previous generation, making this drive ideal for the most industrial IT applications.

Active Power Management — WD drives with GreenPower technology monitor work load and automatically invoke idle mode whenever possible to further reduce unnecessary power consumption by up to an additional 40 percent. Drive recovery time from idle mode is less than one second, providing seamless power management between the drive and the host controller.

StableTrac™ — Secures the motor shaft at both ends to reduce system-induced vibration and stabilize platters for accurate tracking, during read and write operations.

RAID-specific Time-limited Error Recovery (TLER) — Pioneered by WD, this feature prevents drive fallout caused by the extended hard drive error-recovery processes common to desktop drives.

Rotary Acceleration Feed Forward (RAFF™) — This second generation WD RE-GP model increased rotational frequencies up to 1500 Hz, therefore optimizing operation and performance when the drives are used in vibration-prone multi-drive systems such as rack mounted servers or in systems deployed at industrial type locations.

Availability and Pricing The WD RE4-GP 2 TB hard drive (model WD2002FYPS) is available from select e-tailers and distributors. MSRP is $329.00 (U.S.). The WD RE4-GP 2 TB will also be shown by WD partners AMCC (booth number SL13007) and Promise (booth number SL12008) at the NAB Show in Las Vegas, NV. More information about WD RE4-GP enterprise drives may be found on the company's Web site."

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  • Adam1111 - Monday, April 20, 2009 - link

    These are SATA disks. Unless your company is fairly small and your "data center" is really a comm closet, it would be unlikely that they were be used as primary storage in any server. In an enterprise environment, SATA is really only used as a backup target or bottom tier SAN/NAS disk. And at that level, we don't control or care from what manufacturer each disk comes. Which brand Netapp/Hitachi/EMC puts in their chassis is irrelevant. It's a 7K/10K/15K/SATA/FC/U320/whatever to us and the last thing *you* will ever notice from a user perspective is what factory yielded the individual disk that *you* don't even know exists.

    As far as "Microsoft's" slow performance, I have no problems nearly pegging any number of 10Gb interfaces daily or sustaining hundreds of MB/sec and tens of thousands of IOs/sec. It's all in your architecture. I will concede that virus scanning applications are a hog on processor and disk resources, but they are a necessity and the only reason we have them is to protect the company from stupid users (read: *you*).
  • ciparis - Monday, April 20, 2009 - link

    The < 1s recovery from low-power mode is talking about the green drives, not the RE4 (RAID edition) drives, which are designed to keep RAID controllers fed and happy.
  • MrPoletski - Monday, April 20, 2009 - link

    umm, if you're waiting around with no drive activity for long enough for the drive to enter low power mode then why are you whining about efficiency?

    And if your disk load is really that low, the next write to come in will probably be a small one so the 64mb of cache will hide your latency. Besides, if that's really an issue get a bloody cached raid controller.

    The problem is with a decent raid controller a desktop sata drive will take longer to come out of low power mode than the RAID controllers timeout period.

    So you get a drive timeout and the raid controller goes WTF!WTF!WTF! only to find the drive a bit later and breath a sigh of relief and then go.. oh crap im supposed to be writing data not preparing for a rebuild.

    THAT is inefficiency.

    I mean if you are really concerned about hard disk not coming out of idle the set up a routine to read 1kb from a random location on the disk every 1 minute or something.

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