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Moore’s Law simply stated has accurately predicted that processor speeds and power will double every two years. Primarily because the size of the individual transistors that make up a processor will be cut in half and require half as much power to run as their predecessor A quick check among technicians in different computer companies shows that the term itself is no longer relevant as the size of a transistor reaches the atomic level and naturally an end to this theory must occur. The relationship between the power of a processor and the speed at which it can execute instructions has been impacted by more than physical size over the past decade and therefore the differences in power have grown exponentially as the size of a transistor has shrunk. But Moore's law, accurate or fleeting has reached a dead end. So where do we go from here? When the next generation of processors cannot be assumed to be halved in size what is the answer to increase the processor capabilities for an ever increasing demand? Back to AI Intro Page
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Moore’s Law simply stated has accurately predicted that processor speeds and power will double every two years. Primarily because the size of the individual transistors that make up a processor will be cut in half and require half as much power to run as their predecessor A quick check among technicians in different computer companies shows that the term itself is no longer relevant as the size of a transistor reaches the atomic level and naturally an end to this theory must occur. The relationship between the power of a processor and the speed at which it can execute instructions has been impacted by more than physical size over the past decade and therefore the differences in power have grown exponentially as the size of a transistor has shrunk. But Moore's law, accurate or fleeting has reached a dead end. So where do we go from here? When the next generation of processors cannot be assumed to be halved in size what is the answer to increase the processor capabilities for an ever increasing demand?
Moore’s Law simply stated has accurately predicted that processor speeds and power will double every two years. Primarily because the size of the individual transistors that make up a processor will be cut in half and require half as much power to run as their predecessor A quick check among technicians in different computer companies shows that the term itself is no longer relevant as the size of a transistor reaches the atomic level and naturally an end to this theory must occur. The relationship between the power of a processor and the speed at which it can execute instructions has been impacted by more than physical size over the past decade and therefore the differences in power have grown exponentially as the size of a transistor has shrunk. But Moore's law, accurate or fleeting has reached a dead end. So where do we go from here? When the next generation of processors cannot be assumed to be halved in size what is the answer to increase the processor capabilities for an ever increasing demand?