Computer Science- Computer Hardware

Future of Computer HardwargonYour name HereIntroductionAlthough there has been tremendous harvest in the miniaturization and processing stop number of computer ironware , but the logic of computers is no different from the first 30 ton computer made in 1941 by German engineer , Konrad Zuse . They are merely the smaller transistor uniform of the first computer built from the large vacuum tubes . Moore s truth tells us that the data density and processing speed duplicate every 18 months . The microprocessor industries , namely Intel and AMD seem to have kept up with Moore s Law . Recently their efforts of increasing the processing speed by increasing the clock frequency have reached a major roadblock , the tremendous military group dissipation out-of-pocket to the high frequency of operation . These resulted into the recent development of dual-core processors . If Moore s truth is to be followed , even the multi-core from dual-core , quad-core to nth core , pull up stakes non be enough in the future . The multi-core engine room will reach a point where the common data peck between n numbers of cores will become a bottleneck . The demand from businesses and consumers will push future developments in the computer ironware to meet the exponential augment of digital data and globalization of internet Probable Alternative TechnologyThere are several candidates as what would be the future of computer hardware . One of these is the replacement of electrical signals with optical signals to utilize the maximum speed of light . NASA scientists are working to solve the take aim for computer speed using light itself to accelerate calculations and increase data bandwidth (NASA , 2000 According to NASA organic materials can practise functions such(prenominal) as switching , signal processing and frequency stunt woman using less power than inorganic materials . This optical technology , due to the blazing speed of light , could relieve the bandwidth problems compel by electronics . Optical data processing can perform several operations simultaneously (in parallel ) much red-hot and easier than electronics (NASA , 2000 .

Also , scientist at Harvard University have shown how ultra-cold atoms can be utilise to freeze and control light to form the core - or central processing unit - of an optical computer (Reid 2006 . These could be a major breakthrough that could give rise to low-priced optical computers in the near futureAnother alternative uses basically the identical technology but increases the operating frequency further . To interdict the tremendous heat piss-up nanofluids are used for cooling . It is communicate that if frequency of operation is used to increase processing power , the next generation of computer chips will produce place heat flux over 10 MW /m2 , with the effectively answer the heat produced at this level except the use of nanofluids for ultrahigh-heat-flux electronic systems (Marquit , 2006 With nanofluid cooling methodology , the frequency of operation for computer chips could be increased further without burning the chip from the heat build up due to power dissipationAnother alternative is quantum computing . In a quantum computer , the fundamental unit of information is called a quantum bit or qubit . It is not binary but quite an more...If you want to get a full essay, order it on our website: Orderessay

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