Which of the following sets of interrelated forces threatens to slow down the progression of Moore's Law?
A) Weight, speed, and capacity
B) Density, temperature, and wafer thickness
C) Size, heat, and power
D) Silicon availability, efficiency, and energy
E) Memory, cache size, and speed

Question

Quizplus · Accepted Answer

The factors of size, heat, and power have been identified as key interrelated forces that may slow down Moore's Law. As transistors become smaller and packed more densely onto computer chips, they generate more heat and require more power to function. Balancing these factors becomes increasingly challenging as technology advances, and may eventually impede the pace of Moore's Law.

Which of the Following Sets of Interrelated Forces Threatens to Slow