Explain how the advancements made by Intel in their most recent design generations have boosted the efficiency of their peripherals and communication lines.

Indicate how subsequent generations of Intel's architecture have enhanced peripheral and communication line performance.

What are some of the ways in which newer versions of Intel's designs have enhanced the functionality of peripherals and communication lines?

How do AMD and Intel differ with respect to their focus on parts of the processor market? How do they compare with respect to price on the low end and high end? How many cores do the respective high-end chips for each company now contain?

RISC CPUs are easier to install than CISC processors because...

Indicate how Intel's most recent design generations have improved peripheral and communication line performance?

Which areas of the semiconductor industry do AMD and Intel place a distinct emphasis on? What is the difference in price between them? How many cores can you predict each of these manufacturers' most recent high-end CPUs having?

Is there anything that AMD and Intel do differently in the semiconductor industry that makes them stand out from one another? Can you tell me how their costs compare to your other choice? How many cores, on average, do these companies' newest high-end CPUs have?

Define instruction pipelining in computer architecture. How does it improve the performance of a CPU?