FPGA-Attached Persistent Memory Accelerates Applications Cost-Effectively

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Author(s)/Presenter(s):

Sean In

Library Content Type

Presentation

Library Release Date

Focus Areas

Persistent Memory

Abstract

Persistent memory (PM) obviously can make many cloud and enterprise applications run much faster, since it offers DRAM-like speeds in an inexpensive, non-volatile form. The problem is how to attach it in a way that takes full advantage of the added performance benefits while allowing for a variety of use cases. An FPGA-based solution is both fast and flexible, offering a competitive advantage over other solutions. It can provide a coherent interface, perform both acceleration and computational functions, keep up with the latest PM implementations, and handle a variety of memory hierarchies including on-chip memories, external memories, and system in package memories. The result is a cost-effective memory accelerator for demanding cloud and enterprise applications.