In terms of performance, these are the processor, RAM, video card and hard disk. However, emphasizing them entirely or mainly is not correct if we want to ensure our ability to work and endurance over time. The power supply, the box and the cooling elements can significantly affect the proper functioning of the system, preventing it from overheating or overloading the power supply.
PC Builder.net is a site that will help you in choosing the right components that a gamer needed to build a robust gaming PC. Let’s see how?
It plays a big role in the heaviest games, as well as at relatively low resolutions (below 1600 × 900 pixels). In most cases, it is desirable to take a cheaper processor and focus on the video card. The Intel Core i5-7400 and AMD Ryzen 5 1400 models should be considered as a minimum option. If the budget is very limited, a compromise can be made with Intel Core i3-7100 or Intel Core i3-6100.
Hard disk and / or SSD – Here you need to pay attention to two parameters – capacity and speed. The volume of the hard disk is directly related to the size of the game titles, and in most cases 1TB is enough space. Adding an SSD to store the operating system and programs is a very good solution because it will increase the speed of the system outside of games. The recommended minimum capacity for this type of device is 120GB.
Upgrade RAM or SSD?
In general, the following rule regarding the amount of system memory must be observed. The computer must have at least 8GB. Any lower values can lead to a sharp decrease in performance at some point in use. If this condition is met, then the next level of upgrade is to add a fast SSD. If the motherboard has an M.2 NVMe slot, then consider giving a little more money for significantly higher data speeds.
Upgrade to CPU or VGA?
This is a rather complicated dilemma, which is often reached if you have a low number of shots in the games. The easiest way to check which chip is holding you back are to track their load, starting with the CPU. If during the game 100% is reached for all cores (here we assume that the system has at least 8GB of RAM and a hard drive with a speed of 7200RPM) and at the same time the load on the video card does not reach the maximum, the problem is solved. You need to choose a new processor.
Similarly, the opposite method determines whether the video card is the weak link. There is a third case, if both components are loaded at 100%. Then there is no compromise and both modules need to be replaced. It is very important when upgrading to take into account the power of the new component, the supported RAM and the base of the motherboard.