According to Moore's Law, how often does processing speed double?

Moore's Law states that the number of transistors on a microchip doubles approximately every two years, leading to a corresponding increase in processing speed and efficiency. This principle, formulated by Gordon Moore in 1965, has driven the exponential growth in computing power over the decades.

The concept can be understood by recognizing that as technology progresses, manufacturers are able to fit more transistors into the same physical space on a chip. Each doubling not only increases the processing speed but also enhances the performance of applications and systems reliant on that hardware. Thus, the correct understanding of Moore’s Law highlights that this doubling effect occurs roughly every two years, making the option indicating this timeframe the right choice. This principle has significant implications for the tech industry, influencing everything from software development to hardware design.

Other timeframes offered in the choices do not align with the traditional interpretation of Moore's Law, which explicitly highlights the two-year interval for this doubling effect.