Dell Readies Hyperscale-Style Infrastructure for Carriers
The vendor's upcoming DSS 9000 will include compute and storage, built-in networking and shared power and cooling.Dell officials are preparing to unveil a highly flexible rack-level infrastructure offering that is designed to help carriers and cloud service providers address the rapidly changing demands from the rapid growth of data and emerging trends like the Internet of things and 5G networking. At the 2016 Mobile World Congress show later this month, Dell will introduce the DSS 9000, a solution from the company's Extreme Scale Infrastructure (ESI) group that is influenced by hyperscale system designs used by such Web-scale vendors as Google, Facebook and Amazon but aimed at service providers and carriers. The show runs Feb. 22 to 25 in Barcelona, Spain. The DSS 9000 comes with compute and storage sleds that enable customers to better customize the infrastructure to their particular needs, built-in networking and shared power and cooling. In addition, the system includes management software from Intel's Rack Scale Architecture (RSA) and Redfish, which includes open management APIs that enable users to create more agile, composable infrastructures at the rack level, according to Stephen Rousset, distinguished engineer and director of architecture for Dell's ESI unit. "We've built the DSS 9000 as a disaggregated solution that offers component-level flexibility," Rousset wrote in a post on the company blog. "At the same time, our design maximizes configuration options while enabling administrators and developers to address and manage the infrastructure as an integrated pool of capabilities and capacities—not as independent servers, arrays, and switches."
Almost nine years ago, Dell launched the Data Center Solutions (DCS) business to address the growing need for fast, scalable and customized infrastructure offerings optimized for their workloads of the world's largest data center operators, such as Google, Amazon, Facebook, eBay and Baidu. The solutions are designed not only to run those workloads, but also to be able to be delivered and deployed quickly.