I-Cube encourages creative activities by holding competitions and Seminars. First year students also participate enthusiastically in all these activities.
Along with clocks and main memory, CPUs are among a computer's main components. The terms CPU and microprocessor often are used interchangeably.
Essentially, microprocessors are responsible for manipulating data and performing numeric calculations and logical comparisons. At the heart of microprocessors are tiny electronic switches called transistors, which allow digital computers to process information in the form of electrical signals.
These signals are in one of two states on or offand are represented by ones and zeroes, respectively.
Intel was the first company to produce a microprocessor for commercial use. Called theit was released in the early s and contained slightly more than 2, transistors. By the early s, microprocessors contained more than 5 million transistors on a single silicon chip.
The more transistors a chip has, the more quickly it can process information. A microprocessor's clock speed defines the number of instructions it can carry out per second. In the processing speeds of some microprocessors exceeded 1. Moore predicted the number of transistors manufacturers could fit onto a silicon chip would double every 18 months.
Because his prediction proved to be accurate over time, it came to be known as Moore's Law. The law eventually will expire when it becomes physically impossible for manufacturers to fit any more transistors onto a single chip. This is expected to happen somewhere around or when transistors are atom-sized.
At that time, a new computing architecture will be necessary. One possibility is quantum computing, which relies on atomic properties instead of transistors to determine the ones and zeros a computer understands. According to InfoWorld, "quantum computers rely on a particle's traits, such as the direction of its spin, for creating a state.
For example, when the spin is up, a particle could be read as 'one,' and when its spin is down, the partide would be read as 'zero. According to Intel, the technology potentially would lead to the development of more powerful wireless Internet devices.
Pushing ahead, new technology and new techniques. The A-mode scan had been used for early pregnancy assessment (detection of fetal heart beat), cephalometry and placental localization in Europe, Britain, United States, Japan, China, USSR, Poland and Australia in the early s, the measurement of the biparietal diameter (BPD) having . initiativeblog.com: News analysis, commentary, and research for business technology professionals. A History of Innovation. From day one, Intel has been a leader in technology innovation. See some of our biggest accomplishments and newsworthy moments that make up our corporate timeline.
Around the same time, Intel and Hewlett-Packard announced the launch of the Itanium Processor, a new generation of microprocessor the companies co-developed for use in servers and workstation computers.Here's an index of Tom's articles in Microprocessor Report.
All articles are online in HTML and PDF formats for paid subscribers. (A few articles have free links.) Microprocessor Report articles are also available in print issues. For more information, visit the MPR website. Jul 22, · Elections and Technology. The introduction of information and communications technologies (ICT) into the electoral process is generating both interest and concern among voters, as well as practitioners across the globe.
The first Intel 1-gigahertz processor hits the market. Pentium 4 microprocessor introduced.
Intel introduces its first bit microprocessor, the Itanium. A modified MHz Intel Pentium III processor is used in the new Microsoft Xbox video game console. Intel introduces its first Dual Core microprocessor, the Pentium D.
Ability to design and conduct experiments, analyze, interpret data and synthesize systems related to complex engineering domain. From Digital's PDP to Intel's and beyond.
The rapid reduction in the physical size of the machine console in the later half of the s (See Aloka and Toshiba's early products above) was the direct result of the invention of the microprocessor and the evolution of the minicomputer into the microcomputer..
By the late 's, computers . In , the company Intel introduced the worlds first single chip microprocessor; combining the central processing unit, memory, input controls, and output controls on one chip.
This saved a significant amount of space over conventional machines and enabled the .