martes, 21 de abril de 2015

Overclocking terms

Overclocking is a popular technique for eking out a little more performance from a system. In many cases, you can force your CPU to run faster than it was intended simply by setting a jumper on the motherboard. Multiple terms used to describe the same thing can confuse or even intimidate a computer user from grasping the fundamentals of overclocking. So, before we move on to the how-to part of this article, it’s a good idea to cover some of the various terminology associated with overclocking. Overclocking is resetting some computer component so that it runs faster than the manufacturer-specified speed.

The purpose of overclocking is to boost performance. Overclocking is the process of running a computer component at a faster clock rate than the manufacturer’s specifications. Components that can be overclocked typically include motherboard chipsets, processors, video cards and RAM.

Overclocking Concepts and Terminology

To put it in its simplest terms, overclocking is taking a computer component such as a processor and running at a specification higher than rated by the manufacturer. Every part produced by companies such as Intel and AMD are rated for a specific speeds.

Overclocking terms

Overclocking is the black magic. Or is it?Sponsor message: Give Audible's monthly audiobook service a try. In terms of performance gain, my stock FuryX with 4.2GHz 5820K scored 7390 in FSE. Intel Core i7-6700K Skylake processor overclocked to 4.6GHz, or you can plump for a slightly lesser Core i5-6600K overclocked to 4.3GHz.

Overclocking terms

What is overclock? Webopedia Definition

Overclocking” is the term for running a CPU’s clockspeed above its rating from the factory. This may sound dangerous—and it can be if done improperly—but many CPUs are artificially limited to lower speeds by Intel at the factory to help meet prices.

Overclocking terms

This paper proposes a method for detecting overclocking in LSI modules and its implementation as a detection circuit. We evaluate the validity of the proposed circuit through two kind of experiments (i) with a clock signal with artificially-inserted glitches and (ii) with CWs injected externally.

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