Okay...So you want to upgrade your video editing computer CPU... How do you choose the right one…?
Here are some tips…!
Alright…You’ve been slowly collecting all the information you need for the editing computer that you’re going to upgrade or buy soon. You’re aiming for a system as state-of-the-art as you’re budget will allow...
The only problem is that you’re very unsettled as to what processor should be running this dream machine. Now the big question... For video capture and video editing, which processor (CPU) is the most efficient?
How much computing power will it take to really run your applications, programs and operating system efficiently?
It is very important to figure out what applications, programs
and operating system you will run on your video editing computer and
their real performance requirements before choosing your processor.
Processors of different cores perform differently according to the applications and operating system that you use.
Hyper-Threading is an Intel technology and is helpful when running multi-threaded applications or multiple tasks simultaneously. Hyper-Threading enables multi-threaded software applications to execute two software threads in parallel on a single processor execution core, thereby improving system responsiveness.
AMD processors utilize Hyper-Transport technology for communications between the processor and the chipset. Hyper-Transport is a high-speed, low latency, point-to-point link designed to increase the communication speed between integrated circuits in computers.
When we talk about 32-bit or 64-bit computing we mean the number of binary digits (bits) that can be processed or transmitted in parallel by the computer's operating system.
This in particular pertains to the number of bits used to represent memory addresses in your computer physical or virtual memory.
For example: A 32-bit computer means that its data registers, located in the computer physical or virtual memory, are 32 bits wide, or in other words, that it uses 32 bits to identify each address in memory.
Performance is definitely not the only requirement to consider in buying an editing computer.
Power consumption and heat dissipation are both currently very serious problems and deserve extra attention. Check to ensure that the computer's power supply is powerful enough to meet all power requirements and that the computer case has plenty of air circulation.
Editing computers must have enough power to run all the hardware components being used by the computer while the video is being processed.
With so much power consumption by the newer high-end CPU's... heat dissipation is a critical problem for today's processors... Thermal power requirements for the most powerful processors can go beyond 100+ watts... bringing along with it...
The stock CPU cooler included with the boxed processor is capable of dissipating the heat generated by the processor. However, this may be insufficient in a variety of scenarios, for example, when ambient temperatures are very high and heat dissipation becomes more challenging for the cooler.
There are two types of packaging often seen in the retail
market... they are… Boxed (Retail)... And...Tray (OEM or Original Equipment Manufacturer).
The OEM CPU's were originally sold to a PC manufacturer by the tray full.
if the computer manufacturer can't use them they will turnaround and resell them to consumers at a discounted price to get them out of their stock.
If you want to be sure that you get a quality component... The boxed (Retail) processors are the way to go and... they also usually have better and longer warranties.
Price is always an important factor to consider regardless of what type of CPU you are buying.
Finding a good price vs. performance balance is usually the best way to choose a processor for most users. As a matter of course, processors with higher clock speeds typically cost more.
There is no shame in having the "second-fastest" video editing computer... If... the cost savings allow you to actually buy a computer and start editing...!