Which graphics card should you choose for your next gaming rig Nvidia or AMD Radeon

The hardest part of building a PC is picking the parts. And graphics card is one of the most crucial parts. All your computer performance depends on the graphics card. Whether you're looking to upgrade an existing desktop, build a new one from scratch, or choose a laptop that fits your needs and budget, the graphics solution you choose could have a significant impact on your overall experience. Graphics cards are all in favor of promoting CPU, RAM, or storage options. Having the right graphics card (often dubbed "GPU") matters as well.

So, we, here, are going to differentiate between AMD Radeon and Nvidia that will help you to choose best one.

So, let's start -

• AMD's high-end cards are much higher in price due to mining, where Nvidia has the highest performance for the high end.

• AMD radeon runs hotter and louder, nVidia runs cooler but costs more.

• Nvidia has better performance while AMD radeon is cheaper.

• Nvidia has followed a common format of "prefix—model number—suffix." If two GPUs have the same model number, such as the GeForce GTX 750 and the GTX 750 Ti, the suffix "Ti" denotes the higher-end part. Nvidia has also been known to use an "X" or "Xp" to denote certain extremely high-end parts. On the other hand, AMD's nomenclature is similar, with a prefix "RX," three-digit model number, and, at times, a suffix (typically XT or XTX).

• AMD radeon GPUs tend to contain more cores than Nvidia GPUs at the same price point.

• Nvidia’s pitching the GeForce GTX 1050 as a superb upgrade option for e-sports enthusiasts and PC gamers on a budget.

• You’ll find a slew of contenders for the title of “Best 1080p graphics card”: the Radeon RX 570, the 4GB Radeon RX 580, the 8GB Radeon RX 580, and both the 3GB GeForce GTX 1060 and the standard 6GB GeForce GTX 1060, which feature different innards despite sporting the same name.

• AMD has excellent Full HD performance and a wide range of designs available. Nvidia handles all games at Full HD. Ridiculously low power consumption. And quiet design.

• AMD is mostly better when it comes to budget and mid-range cards, whereas Nvidia is the only way to go for high-end graphics cards.

• AMD new GPUs consume more power than NVIDIA's.

• NVIDIA can extend its technological advantage over AMD with the launch of its next-gen Volta architecture.

• NVidia's chips are out and out gaming machines. They are highly optimized for the estimated workload of the majority of the games to be released along with the GPU. Everything from cluster size, raster operators, register file, cache hierarchy and memory bandwidth is balanced. The perfect blend is decided before the design leaves the drawing board. AMD, on the other hand, believes in brute force. They ship the maximum number of shaders for a given price and typically have 20-25% more processing power also up to 4X double precision processing power and 10-12X integer processing.

• NVidia are more drivable and AMD are more scalable.

• The smallest unit of computing is called SMM/SMX for NVidia's Maxwell architecture and GCN core for AMD GCN architecture. An SMX has 128 ALUs (also called shaders) which can operate on 256 numbers every clock cycle. A GCN core has 64 ALUs which can operate on 128 floats per clock cycle. Hence the smallest implementation possible for AMD is 64 and that for NVidia is 128. This gives AMD greater flexibility for implementation size over NVidia.

• AMD chip usually has to deal with twice the number of computing elements as an NVidia. This makes NVidia's more drivable.

• Nvidia does have a slightly better track record in terms of stability and consistency.

• Nvidia's GameWorks and AMD as Better-looking control center.

• AMD users can download and install Raptr Gaming Evolved tool to optimize their gaming experience. However, the add-on is less than ideal considering its biggest rival’s audience can accomplish nearly everything from within GeForce Experience. That includes using Nvidia Ansel to take way cool in-game photos at resolutions exceeding 63K (16 times that of which a 4K monitor can display).

• Nvidia also has a leg up when it comes to streaming games whether it’s to another gaming PC with at least a Maxwell-based GPU, as well as the company’s self-made tablets and set-top box.

• Nvidia GTX 10 series are much more expensive than their predecessors. However, the GTX 1660 Ti bucks that pricing trend a bit. On the other hand, AMD keeps releasing new Polaris cards, like the Radeon RX 590, aimed at the budget-focused 1080p segment.

• The new AMD Navi cards promising stellar performance. And Nvidia GeForce RTX graphics cards juiced up with clock and memory speed boosts.

• AMD is widely known for its affordability and Nvidia for its high-end performance and high prices.

• AMD has always been known for being the clear value champions, whereas Nvidia usually has more powerful hardware.

• Nvidia is now providing a GPU that’s more affordable while still being able to handle most AAA games at max settings when playing in 1080p.

• Nvidia the 1080 Ti and Titan V are stronger than any AMD cards currently available, and the RTX series is only continuing this trend.

• With NVIDIA GeForce Experience software, you can capture your best moments of gameplay, address performance issues, optimize settings, and so much more. AMD Radeon Adrenalin Edition comes with Radeon Overlay, which allows you to monitor FPS and PC performance, as well as share in-game action, minimize tearing and experiment with color settings.

• The RX Vega 64 might be better at rendering texture details and complex shading, but it still falls short of the GTX 1080 in multi-rendering and simulation. The same can be said of more affordable RX and GTX graphics.

• AMD has virtually no foothold (apart from the two Vega GPUs which are hardly cost-effective) and Nvidia has a monopoly when it comes to the high-end GPUs.

• Nvidia uses technology that is more advanced overall. Their GPUs tend to perform better at computing tasks, they generate less heat, and they consume less power. AMD cards, on the other hand, make up for what they lack in the processing department by increasing the memory bandwidth on their lower-priced models. Still, they use more power and are notorious for how hot they can get.

• AMD’s Polaris lineup includes mainly 14nm GPUs, as well as a single 12nm model, while Nvidia’s latest Turing models are all 12nm GPUs.

• Nvidia does have a slightly better track record in terms of stability and consistency.

• Nvidia Control Panel looks quite dated – as a matter of fact, it still looks like it’s running on the long-discontinued Windows XP. AMD’s Control Center, on the other hand, looks a whole lot better, boasting a clean and modern design, complete with some eye candy in the form of background blur effects.

 

How do you test graphics cards?

Each new card is plugged into Trusted Reviews’ test rig, which uses a set of uniform components that belief is representative of most PC gamers at the time. Next, use a series of synthetic and gaming benchmarks to discover the frame rate at which the card will play modern triple-A games at varying resolutions. Then check out the potential for overclocking and a card’s power efficiency using the FireStrike benchmark and an external consumption monitor. Throughout benchmarking retest all previous-generation and competing cards to ensure that frame rates are accurate, and that cards have been tested using the latest drivers available.

 

In truth, as both the Nvidia and the AMD graphics cards are great at what they do. It all comes down to your requirements and your budget. You can choose as you prefer. Thank you!