Difference Between Nvidia GeForce GTX and AMD Radeon (With Table)

Nvidia GeForce GTX and AMD Radeon are both a series of graphics cards or GPUs (Graphics Processing Unit) used for gaming. They are both well-known brands in the gaming industry and work quite smoothly in accelerating video graphics. Despite having some similarities, GeForce GTX and AMD Radeon differ from each other in many ways. 

Nvidia GeForce GTX vs AMD Radeon 

The difference between Nvidia GeForce GTX and AMD Radeon is that Nvidia GeForce GTX uses a G-SYNC monitor, whereas AMD Radeon uses a FreeSync monitor. These monitors help to synchronize the refresh rate of the display. 

Nvidia GeForce GTX is a graphics card or GPU that is used for gaming purposes. This graphics card is quite well-known amongst gamers and is an in-demand product. Nvidia GeForce GTX is more costly and high priced, as it uses premium and high-priced monitors and products. Thus, Nvidia GeForce GTX is less accessible to customers. 

AMD Radeon is a graphics card or GPU that has been designed for gaming purposes. This graphics card is quite well-known and in-demand amongst gamers as well as pro-gamers. AMD Radeon is cheaper compared to the Nvidia GeForce GTX as it uses a cheaper priced monitor and cheaper priced products than the former. Thus, AMD Radeon cards are more accessible to customers than GeForce GTX. 

Comparison Table Between Nvidia GeForce GTX and AMD Radeon  

  Parameters of Comparison   Nvidia GeForce GTX  AMD Radeon  
 Monitor   Nvidia GeForce GTX uses a G-SYNC monitor.  AMD Radeon uses a FreeSync monitor. 
 Price    Nvidia GeForce GTX is more costly than AMD Radeon.   AMD Radeon is cheaper compared to Nvidia GeForce GTX. 
 Performance   Nvidia GeForce GTX has a better and more high-end performance than AMD Radeon.   AMD Radeon is not as good in performance and does not produce a good high-end performance like GeForce GTX.  
 GPU Processor   Nvidia GeForce GTX uses a CUDA processor.  AMD Radeon uses DirectCompute and OpenCL processors.  
 Accessible   Less accessible compared to AMD Radeon.  More accessible. 
 Gaming experience    Provides a smooth gaming experience.  Provides a boost in gaming. 

What is Nvidia GeForce GTX? 

Nvidia GeForce GTX is a graphics card used for gaming purposes. Nvidia GeForce GTX uses the G-SYNC monitor that is of premium quality and price. Thus, Nvidia GeForce GTX is more costly and high-end than AMD Radeon as it uses a premium monitor.  

Nvidia GeForce GTX uses the CUDA processor that is one of the best in the market. Nvidia GeForce GTX has more memory speed than AMD Radeon. GeForce is a Game ready Driver that gives the best gaming performance from the time it is put into use.  

Nvidia GeForce GTX provides a smooth gaming experience and helps remove jagged lines in the games. It has a better and more high-end performance than AMD Radeon. However, it is costlier and less accessible to customers than AMD Radeon because of its high price.  

What is AMD Radeon? 

AMD Radeon is a graphics card or GPU that has been designed for gaming purposes.  AMD Radeon uses the FreeSync monitor that is cheaper compared to the G-SYNC monitor. Thus, AMD Radeon is less costly than Nvidia GeForce GTX as it uses a cheaper priced monitor compared to Nvidia GeForce GTX that uses a premium and costly monitor. 

AMD Radeon has lesser memory speed than Nvidia GeForce GTX. AMD Radeon relies mainly on DirectCompute and OpenCL. These processors are not as good as the CUDA processor used by Nvidia GeForce GTX. AMD Radeon can also provide a smooth gaming experience. However, the experience will not be as good as the experience provided by Nvidia GeForce GTX. 

AMD Radeon is not as good in performance as GeForce GTX because AMD has not produced good high-end cards like GeForce GTX. However, AMD Radeon cards are more accessible to customers than GeForce GTX because of their cheap price.

Main Differences Between Nvidia GeForce GTX and AMD Radeon 

  1. Nvidia GeForce GTX uses the G-SYNC monitor that is of premium quality and price. On the other hand, AMD Radeon uses the FreeSync monitor that is cheaper compared to the G-SYNC monitor. 
  2. Nvidia GeForce GTX uses the CUDA processor that is one of the best in the market, whereas, AMD Radeon relies mainly on DirectCompute and OpenCL. 
  3. Nvidia GeForce GTX has more memory speed than AMD Radeon, whereas AMD Radeon has lesser memory speed than Nvidia GeForce GTX. 
  4. Nvidia GeForce GTX is better and more high-end in performance than AMD Radeon, whereas AMD Radeon is not as good in performance as GeForce GTX because AMD has not produced good high-end cards like GeForce GTX. 
  5. Nvidia GeForce GTX is more costly than AMD Radeon. On the other hand, AMD Radeon is cheaper compared to Nvidia GeForce GTX. 
  6. Nvidia GeForce GTX is less accessible to consumers, whereas AMD Radeon is cheaper and more accessible to consumers. 

Conclusion 

Nvidia GeForce GTX and AMD Radeon are both a series of graphics cards or GPUs (Graphics Processing Unit) used for gaming. Despite having some similarities, GeForce GTX and AMD Radeon differ from each other in many ways. 

Nvidia GeForce GTX uses the G-SYNC monitor that is of premium quality and price, and it has more memory speed than AMD Radeon. Nvidia GeForce GTX uses the CUDA processor that is one of the best in the market. Nvidia GeForce GTX is better and more high-end in performance than AMD Radeon. Nvidia GeForce GTX is known for providing a smooth gaming experience. It is costlier and less accessible to customers than AMD Radeon.   

AMD Radeon uses the FreeSync monitor that is cheaper compared to the G-SYNC monitor, and it has lesser memory speed than Nvidia GeForce GTX. AMD Radeon relies mainly on DirectCompute and OpenCL. It is not as good in performance as GeForce GTX. AMD Radeon also provides a boost in every gaming experience. It is cheaper and more accessible to customers than GeForce GTX. 

The main difference between Nvidia GeForce GTX and AMD Radeon is that Nvidia GeForce GTX and AMD Radeon use a different monitors. 

References 

  1. https://academic.oup.com/bioinformatics/article/27/9/1309/242464?login=true 
  2. https://ieeexplore.ieee.org/abstract/document/7476485/ 

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