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Best Tech Review GPUs


A GPU or graphic card is a costly part of a computer. You should spend money on it wisely. Here is the Best Tech Review of GPU that can assist you in buying a perfect graphics card. Keep reading. GPU is the abbreviation for Graphics Processing Unit. Most of the CPUs today have GPUs incorporated into the system. A GPU or a graphic card performs quick mathematical calculations to render images and graphics. It is used for professional as well as personal computing. There are many uses of a GPU, but generally, it is responsible for displaying videos, animations, and 3D and 2D images. 

In the past, the CPU performed all these tasks. But with the invention of software that put an extra burden on it, the performance of the CPU was compromised. Consequently, the GPU was invented to improve the CPU’s performance and enhance the representation of 3D graphics. Developers and gamers mainly use graphic cards to step up the workload and get better pictures.

One may need to add a graphic card from scratch. But people also prefer replacing graphic cards as they age. A five-year-old graphic card may not handle the latest games and software.

Moreover, former GPUs can usually not play games or videos at 60fps (frames per second) consistently. This can curtail the integrity and experience, indicating a need for a new GPU. Here are the facts that you should consider before purchasing a graphic card.

Integrated Vs. Discrete Graphics Card

Integrated GPUs do not release much heat and power. They are mostly found on laptops, but you will see them on desktop computers. You should not buy integrated GPUs if you play graphic-intense games. But these are ideal for fundamental visual tasks like streaming TV or movies. For your information, integrated GPUs are relatively cheaper than discrete graphic cards.

You should go for a discrete graphics card if you buy a GPU for video editing, playing games, 3D rendering, or photo editing. These cards generate more heat than integrated GPUs. They have their RAM and require more power. So to run both processors, you should have a considerable and enormous power supply.


Like CPUs, GPUs also produce heat. This heat makes up the TDP value. The TDP value tells you which GPU is best. Keep in mind that when the TDP value is elevated, you will have to add more fans to allocate heat properly. And obviously, fans require extra power and space, so TDP value influences the purchase of a GPU. If you purchase a graphic card for a small computer, you should select a GPU with a lower TDP value. On the other hand, if you buy a GPU for a giant computer tower, it can bear the one with a higher TDP value. 


Check how much bandwidth the graphic card has. Bandwidth means the amount of memory the GPU can access at a time. If the bandwidth of a GPU is more, the data is processed faster. The videos and games run seamlessly with precision. The bandwidth of a GPU is determined by combining the graphic card’s clock speed and bus width. 


It is not wise to buy an expensive GPU for a cheap computer. You should spend your total PC building budget a minimum of 20% and a maximum of 35% on purchasing a graphic card.

Power and Space

Graphics cards require 6- and 8-pin PCIe power connectors. Most of the gaming cards pull more than the maximum of 75W. While buying a GPU, make sure that you have enough space in your system. Consider whether the power supply has enough wattage. Make suitable types of power connectors available depending on the card.

Monitor Resolution

Before buying a graphic card, match the resolution of the monitor. You can easily find the mainstream card if you mostly play games at 1080p resolution (between 30-60 fps). On the other hand, you will need a high-end card if you want to play games at 4K resolution. It is important to match the graphic card with the monitor according to your needs.

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