COMPORG
University of Batangas
COLLEGE OF INFORMATION AND COMMUNICATION TECHNOLOGY
Case Study In Computer Organization
Midterm Requirement in Computer Organization
8/27/2014
II. INTRODUCTION
The power of your processor is the key to your computer’s performance. Amazingly rapid leaps that are made each year in processor technology are barely matched in any other industry. Here we look inside the processor. At the center of your computer is an incredibly fast processor, made up of millions of tiny transistors. On their own, these transistors work as simple on and off switches, perfect for a digital computer where data is made up of binary 1s and 0s.
To get the transistors to do useful work, they are designed in complex arrangements made up of several thousands of transistors. The trick is to arrange these transistors into functional blocks. By doing this, chip manufacturers can make a processor understand instructions. Processors typically have an instruction set of several hundred or so instructions, which can be used by almost any type of program, and each of which can be used by almost any type of program, and each of which plays its part in running your software and working on your documents and data.
In this study we are able to compare 2 of Intel’s Processor. The Intel Core i5 and i7. Intel’s i5 processor amazing performance and stunning visuals with a boost. Raise the bar on your PC experience with rich visuals plus an automatic burst of speed when you need it1. The 4th generation Intel Core i5 processor delivers amazing performance, stunning visuals, and built-in security for deeper protection.2
Discover the thrill of an automatic burst of speed when you need it with Intel Turbo Boost Technology 2.0. 1 Experience your movies, photos, and games smoothly and seamlessly with a built-in suite of visual enhancements3—and enjoy them even more with longer battery life.
Intel’s i7 the latest Intel
COLLEGE OF INFORMATION AND COMMUNICATION TECHNOLOGY
Case Study In Computer Organization
Midterm Requirement in Computer Organization
8/27/2014
II. INTRODUCTION
The power of your processor is the key to your computer’s performance. Amazingly rapid leaps that are made each year in processor technology are barely matched in any other industry. Here we look inside the processor. At the center of your computer is an incredibly fast processor, made up of millions of tiny transistors. On their own, these transistors work as simple on and off switches, perfect for a digital computer where data is made up of binary 1s and 0s.
To get the transistors to do useful work, they are designed in complex arrangements made up of several thousands of transistors. The trick is to arrange these transistors into functional blocks. By doing this, chip manufacturers can make a processor understand instructions. Processors typically have an instruction set of several hundred or so instructions, which can be used by almost any type of program, and each of which can be used by almost any type of program, and each of which plays its part in running your software and working on your documents and data.
In this study we are able to compare 2 of Intel’s Processor. The Intel Core i5 and i7. Intel’s i5 processor amazing performance and stunning visuals with a boost. Raise the bar on your PC experience with rich visuals plus an automatic burst of speed when you need it1. The 4th generation Intel Core i5 processor delivers amazing performance, stunning visuals, and built-in security for deeper protection.2
Discover the thrill of an automatic burst of speed when you need it with Intel Turbo Boost Technology 2.0. 1 Experience your movies, photos, and games smoothly and seamlessly with a built-in suite of visual enhancements3—and enjoy them even more with longer battery life.
Intel’s i7 the latest Intel