NetApp bolsters midrange

Posted on May 25, 2005

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By Heidi Biggar

—According to the META Group consulting firm, more than 70% of data-center storage requirements today can be addressed by modular midrange storage. Yet many users continue to use costly high-end storage for the bulk of their storage needs, even if their applications don't actually require it.

With this statistic in mind, Network Appliance this week made a series of product announcements that it claims will help midrange users lower storage acquisition costs, improve resource utilization, and manage their storage environments better.

New to NetApp's lineup are the midrange FAS3020 and FAS3050 systems, a Serial ATA (SATA) option for FAS3000 and FAS960/c systems, and two new V-Series virtualization engines--the NetApp V3020 and V3050. The company also announced that its Data OnTAP 7G operating system, which to date has been available as an option to its family of storage systems, will become the default operating system for the company's entire platform line over the next several months. NetApp claims that OnTAP 7G's FlexVol technology can help users increase storage utilization by up to 50%.

The FAS3020 and FAS3050 replace the company's existing FAS920 and FAS940. The new FAS3000 series will compete primarily with EMC's Clariion CX500, IBM's DS 4000/6000, Hewlett-Packard's EVA 4000/6000/8000, and Hitachi Data Systems' Thunder disk arrays, among others.

NetApp officials claim that the FAS3020 has more than a 2x price/performance advantage over some of EMC's Clariion models and is more scalable (up to 84TB) than competitive HP EVA arrays despite HP's recent refresh of its EVA product line. (See HP enters new markets )

While ATA disk technology is not new to Network Appliance's disk system lineup (it has been available with its NearStore family for a couple of years), analysts say that NetApp's decision to enable users to mix low-cost SATA drives and high-performance Fibre Channel drives in the new FAS series not only marks a key NetApp milestone, but also reinforces the evolving role of SATA technology--for both primary and secondary storage applications--in the data center.

"It's an indication that having a Fibre Channel and SATA mix is now the norm, not the exception," says Charles King, a principal analyst at the Pund-IT Research consulting firm. "NetApp is the last major vendor to support both drive technologies."

"What's different now is that NetApp is officially embracing ATA technology for primary [as well as secondary] storage," says Brad Nisbet, program manager, storage systems, at International Data Corp. (IDC). "NetApp now has the ability to offer SATA for primary storage and offer multiple tiers of storage within that primary storage pool."

In other words, users now have the choice to "tier" their storage environments using a mix of SATA and Fibre Channel drives depending on application requirements. While its competitors all offer SATA options for secondary storage purposes, NetApp
says its ability to offer both options for primary and secondary applications is a differentiating factor.

Explains Suresh Vasudevan, senior vice president of product marketing at Network Appliance: "EMC, IBM, and HP already support SATA but it's restricted to near-line, not primary, applications."

Instead of mirroring the drives, NetApp uses an adaptation of an old technique called RAID-DP (dual parity), or RAID-6, to protect against multiple drive failures. With RAID-DP, users get the benefit of RAID protection without the capacity/cost penalty of RAID-1 mirroring. As for the performance issues associated with implementations of RAID-DP years ago, NetApp officials claim that they are not a significant factor in the current implementation. The company says that it has been able reduce the performance degradation to about 2%.

The bottom line, says Vasudevan, is that "we have the same message as the other vendors: If you're using SATA drives, you need to protect against dual-drive failure. The only difference is that we use RAID-DP instead of mirroring."

IDC's Nisbet says that the use of RAID-DP helps ensure the reliability and uptime of the SATA tier of storage. NetApp hasbeen shipping RAID-DP with its NearStore family for more than a year.

The new FAS and V-Series systems will be made available to IBM as part of the OEM deal struck between NetApp and IBM earlier this year (see IBM, NetApp team up against EMC ). The new FAS systems offer twice the performance as previous FAS models and can scale to 84TB and 336 disks.

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At-a-glance

FAS 300 series
Modular system with intergrated I/O

  • 8x 2Gb FC and 8x GbE onboard*
  • Meets need for most configurations
  • Occupies six rack units*
    Scalability
  • Up to 84TB storage capacity
  • Up to 336 spindles, FC or SATA
  • Six PCI-x slots*
  • Up to 20 Fibre Channel ports**
  • Up to 24 GbE ports**
    Built-in manageability
  • Enhanced capabilities through Remote LAN Management (RLM)

    V-Series V3000
    Performance

  • Up to 2x performance
  • Integrated I/O for most configurations
    Scalability
  • Up to 84TB (4x) storage capacity
  • Up to 336 LUNs
  • Six PCI-x slots*
  • Up to 20 Fibre Channel ports**
  • Up to 24 GbE ports**
    Built-in manageability
  • Enhanced capabilities through Remote LAN Management (RLM)

    *Enterprise active-active configuration
    **Includes onboard and PCI-X card ports, active-active configuration

    Source: Network Appliance

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