Integrated circuit

of intangible assets for a specified period. There are various types of IP laws. In Singapore, they are protected by trademarks, copyrights, patent, geographical indications, registered designs, plant varieties protection, layout-design of integrated circuits and miscellaneous amendments. Even though intellectual property is an intangible asset to a company, they give business partners and financial institutions the assurance to partner with and add capital with the chosen organisation, making them

Moore’s first law, it state a hypothesis that that the number of transistor in a dense integrated circuit doubles approximately every two years. The Moore’s second law express which can be described as the economic side of Moore’s Law expresses that the cost of production of semiconductor fab would increase at a steady rate. In brief, both of the Moore’s Laws express the idea that the transistors in the integrated circuit will be doubled every two years while the cost of the production will be halved at

endless combinations of those to process any input. Moving on, the development of computer can be assessed from two perspectives. One perspective would be the invention of hardware components over time like vacuum tubes, transistors, integrated circuits and microprocessors that can be referred to as a generation of change. In the other hand, another perspective would be how user friendly were the computers over a period of time. In the 1950s the computers were almost impossible to use except

The History of CPU’s CPU’s have come a long way over the past years. They have developed special features to become more reliable, and faster. Normally we think of the CPU as the brains of the computer, and that’s true, but they are also much more than that. They provide the computer with the ability to perform many special tasks, and contain many special features. They can range from very high end processors, to those who are lower end without all of the speed and features. When choosing a CPU

extremely complex groupings and systems that number into the hundreds of thousands, within what is called an integrated circuit. This means that all those various connections making up various electrical circuits with multitudes of functions are integrated together. The integrated circuit is then put into a component that can be used in a computer, called a microchip, which houses the integrated circuit. With the minute size of these devices that has been achieved today, the density of microchips has shot

1. With the availability of mainframe computers in the 1960s, commercial enterprises moved into the information age. What was the result of this move to computer automation? In 1960s, integrated circuits were developed which pushed the trend of using computers and laid down the building blocks for using self governing systems (Groover). The use of computers by commercial enterprises resulted in a variety of ways. Companies were able to operate on large scale there by availing the advantages of economies

Information Age would probably be Gordon Moore. From his work at Shockley Semiconductor to his founding of Intel, Moore has probably done more for the Information Age than anyone else: his contributions include mass-producing the transistor, making integrated circuits viable, and founding Intel to create these ICs. Throughout it all, he maintained an optimism and can-do attitude that allowed him to shape our world into what it is today. While he was a child, Moore liked math and chemistry, but while he was

is accredited for forming the prediction known as Moore’s Law (Dennis). This law was first introduced in his short research paper titled, “Cramming more components onto integrated circuits.” His paper was published in 1965 and covered a wide variety of topics including technology speed, number of integrated components per circuit, and the future of technology (Moore 1). All of these topics play a role in Moore’s Law, which played a crucial role in the development of technology today. Perhaps, the

Commander, Apollo XVII From my early childhood I am interested to study in an environment that encourages creativity and fosters innovation. This juvenile attraction slowly metamorphosed into a more mature respect for the subject of physics (mostly integrated circuits, digital signal processing, and electromagnetism). Physics helped me to acquire physical intuition and visualization. Being very passionate about Electronic products from my childhood, I have

When we use the computer we don’t typically think about how it has evolved into what we have today. The computer has come a long way and it is hard to think about how life existed before computers. Before computers, humans had to do many things by themselves. Many complicated and advanced mathematical calculations were done by hand and took months if not years. Technology has luckily advanced which has given way for humans to be used in more productive ways and in ways that have made our society