The technology needed to perform professional video editing has reduced in price to a point where average computer users can afford the software and central processing units, or CPUs, that are needed to edit video at home.
If you are going to build your own pc for video editing, you will need to choose the best CPU to install. Although non-optimized processors will still be able to perform some video editing, they won’t be as responsive and precise as computer processors designed to handle the task. Choosing a CPU Brand
Choosing a brand of processor is essentially a personal preference based on experience. Then, on November 17, 2008, Intel began rolling out its new core line of computer processors with the introduction of the Core i7, and new doors opened for video editors to run their toughest projects.
Core i3, i5, and i7 have multiple processor cores, and Intel has developed Hyper-Threading Technology, which allows them to conduct much more parallel processes than older computer chips could handle. The i7 processor was designed specifically to support this task if you plan to do batch video editing.
Picking CPU Speed
Suppose you want to edit home videos and not run daily video editing parallel with other computing tasks. In that case, a standard computer processor you can buy off the shelf will handle the task assignment satisfactorily. If you are going to be conducting a significant amount of video editing, however, choosing a CPU with a speed of 3.0 GHz or faster will ensure that your editing software does not stop or fail because it deals with complex tasks.
Choose a CPU
Multi-core single or multi-core technology has almost made worrying about obsolete processor speed. A computer processor with multiple cores can run programs in parallel with almost double the performance rate of single-core computers. Intel’s Core i7 is a multi-core processing unit designed for batch video editing tasks while using other computer programs simultaneously without loss of quality. In 2010, AMD invested in providing computer processors with as many cores as it could fit each CPU in response to Intel’s improvements with its core chipsets.
32-bit vs 64-bit processors
Often, consumers do not consider correctly whether a processor is a 32-bit or 64-bit processor. 64-bit processors can perform faster math-based operations than 32-bit processors, but they may not be compatible with all software you may enjoy. The speed of two processors can be equivalent if both processors are single base models.
Hyper-Threading is a term used to describe Intel technology that allows each core, or processing unit, within a processor to work on multiple application threads simultaneously. This can significantly increase the efficiency of Intel processors as they perform heavy video batch editing tasks on your computer. Hyper-Threading is available on 2010 Intel Core i3 processors, including the i5 and i7 lines.