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A couple of decades ago, the first microprocessor based on a silicon integrated circuit was designed and built by Intel, which wasn't originally intended for personal computers. At first, the chips were mainly used in industrial applications for controlling machine tools and other high-tech equipment. Soon after these initial release of the chips became available to consumers, some electronic hobbyists started trying to use them in their personal technology projects. Eventually micropower devices like radios and cassette players were created with three-chip microprocessors (an 8-bit processor with two additional 8-bit units) that altered how people interacted with technology. Many years later, in the mid-1990s, the microprocessor has become so powerful and ubiquitous in products and services that it has become a battleground in today's the world of digital privacy and online privacy laws. Consumers and companies in Austria, Belgium, Canada, Denmark, France, Germany, Ireland, Italy Netherlands Norway Spain Sweden Finland Switzerland et al. have been able to protect themselves from Ad tracking or get rid of cookies. In the new legislation on GDPR implemented on 25 May 2016 by one of the most imporant European countries -the UK - people will be given a lot more power to decide what information they want to share with their providers of goods or services. With this, there will be more people willing to exercise their rights to full control over their online privacy. Figure 1: A computer scientist at Intel points out that "When I look at one of these microchips, the first thing that strikes me is that it's just a bunch of simple resistors and capacitors wired together in a certain way. It's so small compared to what it could do...I don't know how I could have imagined this decades ago." But Dr. Michael Goldman, Manager of Computer Security Lab at the University of Waterloo School of Information Technology, offers an explanation for this. "This microchip is really the world's smallest computer, but it has to solve a lot of problems very quickly. It needs to be able to deal with the data that might be on it at any given time, and then move that data onto some other device without destroying it or losing it." Goldman added, "It's just smart technology that's trying to solve big problems really fast. While this is not necessarily the most powerful computer in the world, today I can start doing things on my cell phone before I even wake up. That's pretty amazing." The chip is also about having fun. "It's got fewer transistors inside than some of your breadboards," said Dr. Rick Taylor, a Computer Science Professor at the University of Waterloo. "You have a lot of fun to have with it. You can run a small radio station on it, or do voice recognition." The world's smallest computer was named Microwind 35 by adding the number 35 to the name Microwind 1000, which is actually an earlier design from 1985. In terms of data storage, it allows up to 3 kilobytes of memory to be stored in the chips. The device is built from several silicon blocks that are interconnected with a multitude of fine wires. Each block represents a functional unit that contains logic circuitry and registers that perform the arithmetic and control functions within each sector. cfa1e77820
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