RLX Dual-Processor Blade Servers Coming
RLX Technologies Inc., one of the key pioneers in the development of blade servers, is planning to launch a dual-processor model early next year.
The as-yet-unnamed server will feature Intel Corp. chips, although RLX officials declined to say which chips will be used. RLX later next year will refresh its Control Tower management software to support the companys dual-processor architecture.
The dual-processor servers will enable enterprise data centers to more broadly use RLXs blades, officials said. Many of the companys current products, which can pack up to 336 blade servers in a standard rack designed to hold 42 rack-mounted servers, are used more for edge-of-the-network jobs, such as Web serving.
RLX, based in The Woodlands, Texas, has three models of single-processor blade serversthe ServerBlades 1200i and 800i, which run on Intels Pentium III chip, and the ServerBlade 667, which runs on Transmeta Corp.s 667MHz Crusoe processor. Later this month, the ServerBlade 667 will get an upgrade to Transmetas 1GHz chip, RLX officials said.
Persist Technologies Inc., which builds systems to store such data as e-mail, office documents and digital media, uses single-processor Intel-based servers from RLX for standard storage purposes.
"We need to get slightly higher-powered servers" for the more core processing duties, said Gary Lyng, vice president of product management and alliances at the Pleasanton, Calif., company.
Persist uses traditional thin servers for those processing duties but will investigate RLXs dual-processor servers when they are released, Lyng said. Being able to outfit its business completely with blade servers would give Persist greater flexibility in areas such as connectivity and throughput, he said.
The evolution of RLXs blade server technology
RLX officials said they will continue to support Transmeta-based servers for customers whose primary concern is density.
Company officials said they also will continue rolling out single-processor designs. The single-chip designs will continue to be adequate for edge-of-network duties, RLX officials said.