This led to the development of the GPU chip (Graphics Processing Unit), which is meant to take some of the weight off of the CPU by devoting itself to handling graphic processing tasks. One of the roadblocks that a CPU once had is the fact that it had to handle everything that the computer was being asked to do, and that especially was problematic when it came to processing graphic-intensive tasks. To get a picture of how well a particular CPU behaves, one can look for how fast it is, which is dictated by its clock speed, usually expressed in gigahertz (GHz), as well as how many cores it has, its instruction set, memory bandwidth, cache and other factors. The speed at which a CPU crunches those numbers translates into how programs are executed and how the computer performs overall. Since numbers are what programs are made of, that’s pretty important. The central processing unit (CPU) can basically be thought of as the computer’s brain, one that does nothing but process numbers. Let’s separate out each of these computer components to best understand what is needed. This will enable you to edit in an efficient and creative manner that not only gets the work done, but gets it done on time and in a way that meets your creative needs.
WORKSTATION GPU FOR 1080 VIDEO EDITING SOFTWARE
The components making up the workstation must be attuned to the type of video being edited and to the software being used. With 4K video fast becoming a standard, a desktop workstation must meet certain requirements in order to be able to edit video without difficulties. Computers may have changed the way video is edited, but few spend time considering what components are being used inside their wonderful machines or whether different configurations would make for a better, more efficient workflow.
0 kommentar(er)
