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Video #1 - View

"The barriers that 64-bit computing can overcome relate to things such as memory addressing. The current 32-bit architectures are limited to 4 gigabytes. 64-bit architectures essentially eliminate any barriers to memory addressing for the foreseeable future."


Video #2 - View

"The classes of applications that need additional computing performance are things such as games, which have an insatiable appetite for additional performance being used to create more realistic rendering or simply faster game play. The number of visualization applications, whether it be 3D visualization of large datasets, CAD/CAM, engineering applications, will all take advantage of additional performance when it comes available."

Video #3 - View

"[Requirement of 64-bit computing] It's not only a performance issue, but it is also a capabilities issue of being able to address larger memory spaces, allowing applications that have large memory footprints to fit within the system comfortably. And that enables some secondary capabilities. Things like large databases, being able to deal with larger and more complex scientific and engineering computations.”