Sandia LabNews

AMD selected to improve stockpile mission

Image of amt
ADVANCED MEMORY — Artist depiction of a potential 3D memory configuration — green stacked rectangles — paired with a general-purpose processor immediately below them. In most configurations, memory shares a geometric plane with processors. Inserting additional memory physically closer to computation can improve bandwidth and latency characteristics, which have the potential to accelerate applications in support of stockpile stewardship. (Image courtesy of AMD)

Sandia, in partnership with Los Alamos and Lawrence Livermore national labs, has awarded a contract to AMD that funds research and development of advanced memory technologies expected to accelerate high-performance simulation and computing applications in support of the nation’s stockpile stewardship mission.

The NNSA’s Advanced Simulation and Computing program, through its Advanced Memory Technology program, is sponsoring the work. The three labs will collaborate with Advanced Micro Devices Inc., a company recognized for high-performance computing, graphics and visualization technologies.

“The goal for ASC’s Advanced Memory Technology projects is to develop technologies that will have an impact on future computer system architectures for our complex modeling and simulation workloads,” said ASC Program Director Thuc Hoang. “We have selected projects that will have the potential to deliver more than 40 times the application performance of our forthcoming NNSA exascale systems.”

The new contract is part of NNSA’s post-Exascale-Computing-Initiative investment portfolio. Its objective is to sustain technology research-and-development momentum and provide strong engagement with industry that the initiative had started via its PathForward program. The intent is to foster a more robust domestic high-performance computing ecosystem by increasing U.S. industry competitiveness in next-generation, high-performance computing technologies.

“AMD is excited to collaborate with the pioneering researchers and scientists at Sandia, Lawrence Livermore and Los Alamos national laboratories,” said Alan Lee, corporate vice president and head of research and advanced development at AMD. “We will work together to explore integration of advanced memory technologies into future systems, leveraging our track record of collaboration and co-design with the NNSA laboratories and AMD’s active leadership in the Joint Electron Devices Engineering Council standards organization.”

James Laros, Sandia project lead and distinguished member of technical staff, said, “We are pursuing memory bandwidth and latency improvements. If successful, this effort will positively affect both aspects of future memory systems for our advanced and commodity technology platforms.”

Simon Hammond, federal program manager for the ASC Computational Systems and Software Environments subprogram, said, “AMD has been a long-time partner with the ASC; this collaboration continues our work together in developing technologies to provide improvements in the memory subsystems that are critical to the performance of our production simulation workloads.”

Robert Hoekstra, senior manager of the Extreme-Scale Computing group at Sandia, said, “This partnership is a great example of how the NNSA can invest in and influence commercial companies to develop technologies that will be impactful on our mission.”

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