What is nram?
NRAM, abbreviation for nano-ram or nanotrube/non-volatile memory with random access is the new storage technology owned by Nantero. This technology mixes a small carbon nanotube with conventional semiconductors. Because the elements containing memory, nanotubes, are so small, NRAM technology achieves very high memory densities: at least 10-100 times our current best. Nram will operate electromechanically rather than electrically, and distinguish it from other memory technologies as unwavering forms of memory, which means that the data will be maintained, even if the power supply is off. Technology creators say it has the advantages of all the best memory technologies with any disadvantages, which in the future builds as a universal medium for memory. The wall of the carbon nanotube consists of the Ngle Siatom. Nanotubes are as rigid as diamond and do both electricity and copper. In recent years the cost of mass nanotubes has decreased.
inBy creating a thin "fabric" of nanotubes and their arrangement in conjunction on silicon wafers built by conventional circuits, a hybrid electromechanical memory system can be created. Nanotubes configured in one position would indicate 1, and in another position it could indicate that production begins when a thin layer of nanotubic over the wafer surface spread, then the functionally unnecessary nanotubes are removed using conventional lithographic techniques.
It accumulates the produced NRAM could replace DRAM (Dynamic RAM), Sram (Static RAM), Flash Memory and possibly hard disk storage. This will lead to "immediate" computers and PDA size with more than 10 GB of memory. Since nanotubes are so robust and the foundation of their operation is mechanical, the NRAM device would be highly resistant to wear, including heat, cold and magnetism. Would also lead to instant devices and nAnd today two popular types of RAM-FLASH RAM and DRAM. Because functional elements in NRAM technology are nanometric sizes, nram qualifies as nanotechnology in a general sense, but not molecular nanotechnology (molecular production) because the elements of the nanometer are not able to produce other products for atomic precision.