In previous blog entries, we have highlighted the application benefits and significant return on investment realized by utilizing 16GB and 32GB HyperCloud™ HCDIMMs on Intel® Xeon® Processor E5-2600 series server platforms. In this post, we will focus on a…
In previous blog entries, we have highlighted the application benefits and significant return on investment realized by utilizing 16GB and 32GB HyperCloud™ HCDIMMs on Intel&… http://www.netlist.com/media/blog/hypercloud-provides-highest-throughput-confirmed-by-ibm-white-paper/
Are you buying Intel E5-26xx dual processor based servers without maximizing memory? If so, you are likely wasting money by purchasing more systems with less than maximum memory instead of fewer systems with maximum memory. Memory has not kept pace with…
Are you buying Intel E5-26xx dual processor based servers without maximizing memory? If so, you are likely wasting money by purchasing more systems with less than maximum me… http://www.netlist.com/media/blog/hypercloud-memory-memory-that-drives-cpus/
While microprocessors have continued to double in performance every 18 months as predicted by Moore’s Law, DRAM has not and has resulted in a High Density Memory Cliff for server applications. If DRAM technology had advanced according to Moore’s Law (Figu…
While microprocessors have continued to double in performance every 18 months as predicted by Moore’s Law, DRAM has not and has resulted in a High Density Memory Cliff for s… http://www.netlist.com/media/blog/hypercloud-memory-scaling-the-high-density-memory-cliff/
This paper compares the performance of HyperCloud™ DIMM (HCDIMM™) and Load Reduced DIMM (LRDIMM) in high capacity memory applications used in servers and High-Performance Computing (HPC) platforms. Although targeted for the same types of applications, the…
This paper compares the performance of HyperCloud™ DIMM (HCDIMM™) and Load Reduced DIMM (LRDIMM) in high capacity memory applications used in servers and High-Performa… http://www.netlist.com/media/blog/hcdimm-outperforms-lrdimm-in-independent-benchmarking-tests/