Which statement best captures Moore's Law implication?

• A. Device capabilities are tied to increased transistor density.
• B. Software optimization will drive all improvements.
• C. Transistor density has no effect on performance.
• D. Device capabilities are unaffected by transistor scaling.

Answer: (A)

Moore's Law shows that the number of transistors on a chip tends to double over regular intervals, which raises the potential capabilities of a device. When transistor density increases, you can place more processing units, larger caches, more memory, and specialized logic on a single chip. That expanded hardware capacity translates into faster performance, more features, and the ability to handle more complex software, not because software alone improves, but because the hardware foundation has grown. So the strongest implication is that device capabilities are tied to increasing transistor density. The other statements miss this link: software improvements alone can’t fully realize hardware potential, and scaling has a real effect on performance and capabilities.