First defined two decades ago, the memory wall remains a fundamental limitation to system performance. Recent innovations in 3D-stacking technology enable DRAM devices with much higher bandwidths than traditional DIMMs. The first such products will soon hit the market, and some of the publicity claims that they will break through the memory wall. Here we summarize our analysis and expectations of how such 3D-stacked DRAMs will affect the memory wall for a set of representative HPC applications. We conclude that although 3D-stacked DRAM is a major technological innovation, it cannot eliminate the memory wall.Peer Reviewe
As device technologies scale in the nanometer era, the current off-chip DRAM technologies are very c...
The memory system is a fundamental performance and energy bottleneck in almost all computing systems...
Abstract—Convergence of communication, consumer appli-cations and computing within mobile systems pu...
First defined two decades ago, the memory wall remains a fundamental limitation to system performanc...
First defined two decades ago, the memory wall remains a fundamental limitation to system performanc...
First defined two decades ago, the memory wall remains a fundamental limitation to system performanc...
An important aspect of High-Performance Computing (HPC) system design is the choice of main memory c...
An important aspect of High-Performance Computing (HPC) system design is the choice of main memory c...
An important aspect of High-Performance Computing (HPC) system design is the choice of main memory c...
Abstract. The memory wall (the gap between processing and storage speeds) remains a concern to compu...
This study analyzes the memory capacity requirements of important HPC benchmarks and applications. W...
Over the last three decades, innovations in the memory subsystem were primarily targeted at overcomi...
To address the 'memory wall' challenge, on-chip memory stacking has been proposed as a pro...
Advancements in packaging technology enable high-bandwidth 3D-DRAM that mitigates the memory bandwid...
none8Convergence of communication, consumer applications and computing within mobile systems pushes ...
As device technologies scale in the nanometer era, the current off-chip DRAM technologies are very c...
The memory system is a fundamental performance and energy bottleneck in almost all computing systems...
Abstract—Convergence of communication, consumer appli-cations and computing within mobile systems pu...
First defined two decades ago, the memory wall remains a fundamental limitation to system performanc...
First defined two decades ago, the memory wall remains a fundamental limitation to system performanc...
First defined two decades ago, the memory wall remains a fundamental limitation to system performanc...
An important aspect of High-Performance Computing (HPC) system design is the choice of main memory c...
An important aspect of High-Performance Computing (HPC) system design is the choice of main memory c...
An important aspect of High-Performance Computing (HPC) system design is the choice of main memory c...
Abstract. The memory wall (the gap between processing and storage speeds) remains a concern to compu...
This study analyzes the memory capacity requirements of important HPC benchmarks and applications. W...
Over the last three decades, innovations in the memory subsystem were primarily targeted at overcomi...
To address the 'memory wall' challenge, on-chip memory stacking has been proposed as a pro...
Advancements in packaging technology enable high-bandwidth 3D-DRAM that mitigates the memory bandwid...
none8Convergence of communication, consumer applications and computing within mobile systems pushes ...
As device technologies scale in the nanometer era, the current off-chip DRAM technologies are very c...
The memory system is a fundamental performance and energy bottleneck in almost all computing systems...
Abstract—Convergence of communication, consumer appli-cations and computing within mobile systems pu...