Today's dominant memory technologies are DRAM and Flash, both have scaling issues.
Non-volatile memory technologies are essential for the next generation of nano-computing.
However, conventional memory technologies are facing many challenges such as difficulties of miniaturization and guarantee of good reliability.
The new and emerging memory technologies are also named to be a universal memory; this may give rise to a huge market for computer applications to all the consumer electronic products.
Memory technology is not Freescale's core business, Ms. Su said, and while the company had not considered selling the MRAM unit outright, it and Lux had hit upon the spinoff as a possible solution.
Memory technology is one of the cornerstones of heterogeneous multi-core system efficiency.
Memory technology is crucial to the design and understanding of embedded computers.
To further support this assertion, another set of current progress in memory technology is described to the increasing importance of memory to users' experience and the importance of memory to system performance.
Lieber, and Agarwal and Lieber have revealed that the nanowire-based memory technology is a powerful approach to assemble electronic/photonic devices at ultra-small scales owing to their sub-lithographic size, defect-free single-crystalline structure, and unique geometry [141, 142].
Each innovation in memory technology is met with fear, skepticism and excitement.
