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6 Reasons Why Semiconductors Are Vital to the Tech Industry

Hugh Grant

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6 Reasons Why Semiconductors Are Vital to the Tech Industry

People often note how fast modern technology moves. Electronics are constantly growing in power, shrinking in electrical requirements, and generally becoming more useful in day-to-day life. But if you look into why that’s the case you’ll find the term semiconductor coming up more often than you might have suspect. There are six important reasons why semiconductors are a vital part of the tech industry.

1. Semiconductors Can Make Technology Smarter

You might have noticed a trend of technologies becoming smarter and able to make independent decisions. This is because it’s fairly trivial to integrate microprocessors and microcontrollers into almost any device for a comparatively low cost. These chips can essentially add computing capabilities to anything that runs on electricity, and it’s all thanks to semiconductors. The semiconductors reduce the requirements and size constraints of processor design by an impressive degree. And when factored in for many different elements they can reduce the size of almost every part of a computer.

2. Power Regulation and Efficiency Are Boosted by Semiconductors

Power consumption is one of the more surprising elements of technological innovation. Modern digital equipment can easily outperform analog versions from decades back while only using a fraction of the electricity. This is thanks to the fact that semiconductors can regulate power in a variety of ways. Technological solutions often incorporate elements like power management integrated circuits (PMICs) which use semiconductors to optimize power regulation.

3. Semiconductors Allow for Slimmer and More Efficient Displays

You’ve probably noticed how thin and small modern LCD and OLED displays are compared to their predecessors. This too is thanks to the optimizations provided by semiconductors. Both integrated circuits and thin-film transistors power digital displays. Each of those components is in turn created with semiconductors.

4. Semiconductors Improve Analog Data Input

People usually think of things like voices or general sounds in terms of analog signals. After all, the human voice is analog as are the mechanisms of people’s ears. But digital devices often translate to and from analog formats. For example, a hearing aid takes in analog audio input through a microphone and translates it into a digital format. Both the conversion and the later processing are viable thanks to semiconductors.

5. Data Output is Also Enhanced by Semiconductors

Just as semiconductors enhance input, they also enhance output. Semiconductors are an essential part of many wireless protocols. The transceivers used with wireless data like Bluetooth are typically created with semiconductors. Additionally, the use of semiconductors allows for more compact form factors that ensure these mobile devices are portable and user-friendly.

6. Semiconductors Can Speed Up Almost Any Technological Process

Enhancing or changing electrical properties has been a common theme in everything listed so far. That’s the fundamental element of semiconductors – they allow for controlled conduction. Modern semiconductors can move energy in different directions, enhance it, or perform several other operations. All of this means that semiconductors can make almost any technological solution more efficient. As semiconductors improve, so too does technology as a whole inherit those benefits.

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