April 30th, 2015
The April 21/22, 2015 Solid State Storage Summit, presented by SNIA and the Evaluator Group on the SNIA Brighttalk Channel, was a great success. Attendees raved about the high quality content and knowledgable speakers.
Did you miss it?
No worries! Now you can listen to SNIA Solid State Storage Initiative experts and analysts from the Evaluator Group on the latest updates on Solid State Technology. Click on the title of each presentation to listen to this great technical information.
Day 1 – Solid State Systems – 5 different webcasts from Intel, Load Dynamix, Evaluator Group, EMC, and HP
Day 2 – Solid State Components – 5 different webcasts from the San Diego Supercomputer Center, NetApp, Micron, Toshiba, and SMART Modular
July 19th, 2011
Objective Analysis has just published a new study with a somewhat surprising finding – that PCs get a bigger performance improvement by adding a dollar’s worth of NAND flash than by adding a dollar’s worth of DRAM.
This finding is the result of a series of nearly 300 benchmarks in which the company tested PCs with a variety of DRAM and NAND flash sizes running industry-standard benchmarks: PCMark, SYSmark, HDxPRT, and others.
In a nutshell the benchmarks showed that dollar-for-dollar NAND yields a greater performance improvement to a PC than does DRAM. Once PC users and OEMs discover this phenomenon there should be a mass-migration of PC architectures to systems with paired storage (there’s a SNIA Webcast on this), perhaps in hybrid HDDs, and this will present difficulties to DRAM makers whose biggest market is the PC.
Oddly enough, the study shows that the HDD is likely to remain in PCs for a while to come, since well-designed DRAM-Flash-HDD configurations perform nearly as fast as DRAM-SSD systems with prices and capacities that are similar to those of a conventional DRAM-HDD system. Future PC users are likely to opt for adding NAND flash, rather than DRAM, to their systems when they upgrade.
The report is available for purchase at http://Objective-Analysis.com/Reports.html#DRAM-NAND.
Comments and questions are more than welcome.