AMD EPYC processors support innovative data lifecycle management for high-performance scale-out block and file storage based on Hewlett-Packard GreenLake, providing excellent price-performance and cost-effective infrastructure expansion capabilities.

AMD announced on the 22nd that its AMD EPYC™ embedded series processors support Hewlett Packard (HPE)'s new modular multi-protocol storage solution, HPE Alletra Storage MP.

AMD's EPYC embedded processors provide the performance and energy efficiency required for enterprise-class storage systems, including outstanding availability and resilience, industry-leading connectivity, and lifespan.

HPE Alletra Storage MP supports a distributed infrastructure using multiple storage protocols based on the same hardware, enabling independent scaling of performance and capacity.

HPE Alletra Storage MP can configure block and file storage, enabling customers to deploy, manage, and orchestrate data and storage services through the HPE GreenLake edge-cloud platform regardless of workload and storage protocol.

This allows you to resolve data fragmentation issues and improve performance while reducing costs and complexity.

HPE GreenLake for File Storage based on HPE Altera MP provides massive enterprise-class performance, delivering hundreds of gigabytes per second read throughput.

Through this, it provides a scale-out file service that can accelerate data-intensive processing.

HPE GreenLake, an extension for block storage, provides the resilience essential for performing tasks at a mid-range cost through the industry's first disaggregated scale-out block storage that guarantees 100% data availability.

HPE GreenLake for new block storage, deployed and managed via the HPE GreenLake platform, leverages HPE Altera Storage MP to deliver an intuitive cloud experience, scalability, resilience, and performance required for critical apps and complex workloads.

“As the scale and complexity of data increase rapidly, new challenges are emerging in effectively and efficiently storing, managing, and protecting data,” said Patrick Osborne, Senior Vice President and General Manager of Storage and Cloud Data Infrastructure at HPE. “The new HPE Alletra Storage MP adopts AMD EPYC series processors to provide customers with superior price-performance, as well as support more cost-effective infrastructure expansion in the future based on the same hardware.”

The EPYC Embedded Series processors are designed to reduce both overall system energy costs and TCO through speed as well as outstanding efficiency.

HPE Alletra Storage MP offers a variety of core counts ranging from a minimum of 16 to a maximum of 64, and Thermal Design Power profiles from a minimum of 155W to a maximum of 225W. It utilizes the optional EPYC embedded processor.

Rajneesh Gaur, AMD Vice President and General Manager of the Embedded Processor Group, stated, “We are very pleased to provide advanced solutions that enable enterprise customers to improve business outcomes more quickly through our more diverse collaboration with HPE. HPE is ushering in a new era of storage by delivering exceptional performance and I/O speed based on power-optimized profiles through its embedded EPYC processors.”