Verari Systems Inc., a developer of energy efficient data center consolidation platforms utilizing independent blade-based computing and storage solutions, announced Tuesday the addition of the SB5168XL DataServer to its blade-based hybrid server and storage system family. The newly introduced architecture combines an Intel Xeon 3000 series processor and 10G Ethernet connectivity with high storage density available in a blade server. The combination of high capacity, low-cost blade-based storage with a general purpose server enables a range of vertical markets where data and applications such as Web 2.0, Cloud and file system solutions need to be hosted on a single platform.
"The SB5168XL DataServer moves the application server closer to the physical storage to minimize network bottlenecks and increase performance," said Kevin McGrath, vice president and general manager, Verari Systems Storage Group. "This convergence of storage, server and applications makes it an ideal platform for our customers that are seeking cost-effective solutions where processing power and storage density are the primary concerns."
Verari Systems of San Diego, California is a developer of energy efficient data center and desktop consolidation platforms utilizing independent blade-based compute and storage solutions that are defining a new era in the green data center. Verari Systems offers blade storage and energy efficient platforms.
Organizations such as Wachovia, Akamai, Microsoft, Qualcomm, CGGVeritas, Harris, Lockheed Martin, Northrop Grumman, and Sony Imageworks, as well as universities and research institutions worldwide, have chosen Verari Systems' line of high density blade storage and servers, rack-optimized platforms and software solutions.
The SB5168XL DataServer is an addition to Verari's high-performance, high-value SB5255 DataServer. Customers making use of these solutions are empowered to take advantage of the power, cooling and floor space efficiencies of the Verari BladeRack 2 X-Series platforms with a general purpose storage server powered by Linux or Windows software.
Each Verari Systems SB5168XL DataServer consists of an SB1168XL server blade and up to two SB1056XL disk blades. The SB1168 server blade delivers cost-effective processing power via a high performance single-socket, quad-core processor, while the two SB1056XL disk blades hold 24 terabytes of RAID (redundant array of independent disks) storage capacity. A single Verari BladeRack 2 X-Series platform can house up to 24 SB5168XL DataServers, delivering 576 TB (terabytes) of storage capacity and 96 processor cores in just two data center floor tiles.
With its high capacity disk blades directly attached to the server blade via high performance SAS channels and the availability of dual 10G Ethernet IO, the Verari SB5168XL DataServer is ideal for enterprise computing, storage grid, business intelligence, data warehousing and video streaming, among other applications.
With rising demand for high-performance servers and storage in numerous market sectors including ISP/ASP, entertainment and financial services, Verari works closely with its customers to help develop "Green Data Centers" that deliver more energy-efficient processing performance and storage capacity.
Designed for the Verari Systems BladeRack 2 XL, a power efficient blade-based solution, the new SB5168XL DataServer reduces networking complexity and bottlenecks, while delivering up to 50 percent savings in energy use and providing up to 77 percent better floor space utilization then traditional server and storage systems.
The SB5168XL DataServer is a way for IT managers to contribute to business growth and the bottom line through the consolidation of server and storage infrastructures and unsurpassed energy efficiency.
The SB5168XL DataServer gives customers access to capabilities, such as the flexibility to run many commercial Linux distributions and Microsoft Windows operating systems. The open architecture of the SB5168XL makes it the ideal differentiated platform for the deployment of NAS (network attached storage) and iSCSI (Internet SCSI) open-source storage solutions.
