What is the chip system (soc)?

Computer chips and processors requirements these days are stunning. Even the simplest computer is available to complete complex tasks. Basic e -mail can now contain photos, image files and even multimedia sound and video. The physical limits of the silicon and chips themselves will eventually create an end game for this kind of progress. To this end, some manufacturers monitor the grant unified theory of computer technology known as the system on-a-chip or soc. SOC combines all different components of the computer per chip.

The benefits of soc are obvious: everything needed to start the computer is included in one chip - the smaller the better. This includes the computer operating system, electronic functions, LL and LL memory, timers, interfaces such as USB and FireWire, voltage controllers, timers, microprocessors and basic utility software applications. The chip has everything that is needed to start and detailed computer functions.

The uniqueness of soc is that it is software and hardware. But the enemies of soc are time and money. The production of one SOC requires much more both than to produce large handfuls of traditional chips, mainly because the procedures and necessary materials are still relatively new and unknown. However, this is probably a change, because more and more chips are discovered by the usefulness of soc and its possibilities.

The main obstacle to the final version of the soc is continues to be physical laws. When you start mixing hardware and software, the requirements for chip and silicon can be great with the current technology, sometimes contradictory or impossible. Ative surface surfaces that do not have the same space requirements or conductivity alternate as a solid silicon. Advances in nanotechnology allow these alternative surface areas. In the end, the soc may not be so far around the corner.