Moore’s Law is possible because the distance between the pathways inside silicon chips gets smaller with each successive generation

Question

BlackTom AI · Accepted Answer

When evaluating statements about Moore's Law, it's essential to distinguish the core idea from peripheral effects.
Option 1: True. The claim ties Moore's Law to the shrinking distance between pathways inside silicon chips. In practice, Moore's Law describes the doubling of transistors on a chip roughly every two years, reflecting increases in transistor density and manufacturing capability. The shrinking of interconnect distances can be a consequence of continued scaling, but the fundamental driver of Moore's Law is the ability to pack more transistors (density) rather than a specific reduction in the spacing of circuit paths.
Option 2: False. The more accurate view is that Moore's Law is about transistor density and feature size reductions enabling more components per silicon area, which leads to performance and cost benefits. While smaller feature sizes can reduce some interconnect lengths and improve speed, the statement assigning Moore's Law to the sole cause of shrinking interconnect distances misattributes the law's primary mechanism, and oversimplifies the relationship between transistor scaling and chip architecture.
In short, the idea that Moore's Law is possible because inter-path distances get smaller is an incomplete framing that overlooks the central concept of transistor density growth through advances in fabrication technology.

KSB-113-006.2025F [25 Fall] Midterm Exam- Requires Respondus LockDown Browser

Moore’s Law is possible because the distance between the pathways inside silicon chips gets smaller with each successive generation

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