RAID Inc. Announces Highest Density Footprint EBOD with 106 Slots in 4U-Ability®

New Ability® 4U-106 Sets the Standard for Performance, Reliability, Capacity, Agility and Efficiency for Helping Organizations Harness the Power of Data

RAID Inc. today expanded their JBOD series of its enterprise storage solutions with the availability of the 4U 106-Bay JBOD with 12Gbs SAS drives that holds up to an unprecedented 1.2PB storage capacity.

The RAID Inc. Ability 4U-106 is the industry’s largest building block delivering industry-first capacity and density without sacrificing data access speed.  This new platform sets a higher standard for data center solutions with extremely high density and capacity, all with unparalleled reliability and performance.

The product is perfectly targeted for software defined storage solutions including our Lustre on ZFS and archive solutions which lower the cost of traditional storage systems without sacrificing reliability and performance.

“HPC challenges are increasingly demanding and RAID Inc. is able to meet these demands by offering the highest-performing and most efficient data storage solutions that solve key challenges,” said Marc DiZoglio, president of RAID Inc.  “Building on 25+ years of storage design experience, RAID Inc. is committed to delivering true big data storage solutions with best-in-class performance, features, and unprecedented customer service.”

Product Highlights           

  • Minimize a data center’s footprint and power consumption while maximizing storage capacity.
  • Eliminate efficiency-draining acoustic interference with the proprietary noise attenuator.
  • Maintain your data center easily with tool-less drive carriers that save hours of time. Allows administrators to snap drives into the 106 bays in seconds.
  • Ensure data is constantly available with hot-swappable controllers, PSUs system fan modules, drives and expander cards.
  • Easy to set up, maintain, and expand. This latest system’s user-focused design reduces support calls and minimizes system downtime.