Virtualization

High-performance computing applications such as numerical simulation -- whether for forecasting, mechanical and structure simulation, or computational chemistry -- require a large number of CPUs for processing. To meet these needs, customers must buy a large-scale system that enables parallel processing so that the simulation can be completed in the shortest possible time.

High-performance computing applications such as numerical simulation -- whether for forecasting, mechanical and structure simulation, or computational chemistry -- require a large number of CPUs for processing. To meet these needs, customers must buy a large-scale system that enables parallel processing so that the simulation can be completed in the shortest possible time.

First a caveat: As part of my work, I attend a lot of IT vendor conferences and high-tech trade shows. Objectively speaking, most shows provide the means to literally and figuratively peek under the hood of usually interesting, sometimes intriguing vendor products and solutions.