Archive for category Computer Designer

Project Guide – Build Your Own Computer – The Steps

- Taking stuff apart.

Junk computers are a great place to start, easy to find. Set up a table and take them apart. Don’t break anything, though, since computer parts are filled with toxic chemicals. Find a computer parts diagram on the Internet and learn the names of the parts.

- Studying about computer design.

There are a number of great books on building your own computer. Do a search on Amazon. Get at least two and read them. It’s always best to have more than one perspective.

- Interpreting drawings.

Study the diagrams, learn the parts. There are a number of custom computer sites on the Internet that let you play around with creating your own custom design – with the price. Google for one and come up with a variety of creations, both lowest cost and highest. That’s how you learn.

- Learning electronic circuitry.

It’s good to know how the circuitry works. Not necessary, but helpful if your goal is a larger, all-around knowledge of your computer. Look for a book on Amazon, or find an electronic circuit training kit.

- Troubleshooting a computer.

Work on a computer that is worth fixing. But there are principles of troubleshooting that must be learned. Search for sites that teach you how to troubleshoot. You can find books on the topic through Amazon as well. You can’t repair a computer until you know exactly what is wrong. And computers are their own world. Learning computer troubleshooting is where you start.

- Repairing a computer. Read the rest of this entry »

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The Pulse of Technology – Keeping Pace With Continuous Change – November, 1998

Gordon Moore, the co-founder of Intel Corporation first postulated the now-famous Moore’s law in the nineteen seventies. Moore’s law states that the processing or computational power of silicon chips will double every twenty-four months, while pricing for these chips will halve in the same time period. This law has remained relatively constant for over twenty years. We are now approaching a time when this seemingly immutable law is becoming outdated. In fact, new silicon chips are doubling in power; with new chips coming online within twelve to eighteen months, while pricing is being halved in even less time. What has happened to the underlying technology that drives these silicon chips, and what are the market forces that have dictated rapidly declining prices?

There are several factors that lead to the inexorable increase in processing power, just as these same factors exert a downward pressure on prices. Let’s look at several of these factors in the context of hardware developments, software developments and the rise of the Internet as the ubiquitous network that many people predicted as being necessary to make computers universally acceptable in daily life.
Hardware Development.

When Intel was founded by ex-Fairchild developers, the mid-range computer, as personified by the DEC PDP series, Data General machines, IBM 32/34 series and the first HP boxes was the emerging standard in the computer industry. Machines of this time period were often viewed as departmental machines that were required to perform quick, hands-on computing applications that were free from the centralized (i.e., mainframe computing environment) I.T. staffs of the time. Read the rest of this entry »

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Ruggedized Computers Designed for Maximum Performance

The industrial panel PC is designed to provide exceptional computing in the harshest of conditions. Ruggedized computers are used in multiple arenas and are known for their high-speed, long-lasting productivity. The indoor/outdoor PC is used in multiple arenas. Find out more about this powerful all weather units.

The powerful industrial panel PC is designed to operate at optimal levels in the harshest of conditions. Each unit is extreme environment compatible due to their external casing and unique internal design. The ruggedized computer meets the qualifications of the term rugged. It is specifically designed to provide exceptional computing without lapse or hindrance despite moisture, vibration, dust, high-pressure water, boiling water, and more. The industrial computers are used in multiple industries and serve multiple purposes including medical applications, food industry services, and industrial automation. Due to their high-speed and long-lasting productivity they are highly useful for extreme conditions. If you are looking for a computer that can withstand all without faltering, breaking down, hesitating, or losing data, then this is the perfect product for you.

Each unit is designed to endure intense heat as well as intense cold and is cleanable with boiling water and the harshest of industry-standard cleaners. Continuous updates are provided so as to consistently stay on the cutting edge of technology. The software provided is industry-leading as well as compatible with the needs of multiple industrial fields such as the food production and the medical field. The ruggedized computer is an industrial panel PC. The high efficiency unit is complete with a quiet, thin design. The touch screen provides easy readability in harsh conditions such as glaring sunlight, extreme heat and vibration. The TFT displays and resistant touch screen panels are designed for easy accessibility while wearing heavy industry grade gloves. This is an added bonus as easy and correct input is achievable while using protective gloves. The software provided is faster than Windows 7 and all materials used are made with the highest grade materials available in the industry. Read the rest of this entry »

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