▷ Nvidia gtx vs nvidia quadro vs nvidia rtx

In this article we have decided to explain about the frequently asked question: Nvidia GTX vs Nvidia Quadro We will see some of the differences, pros and cons of the three ranges. A common topic of conversation among current PC users is the presence of two different lines of graphics cards from major manufacturers like Nvidia.

One of the most frequently asked questions every IT technician or computer vendor receives when setting up a PC or workstation for a customer is what is the best Nvidia GPU option: GTX or Quadro.

Other frequent questions is which graphics card is more profitable, and which option is the most suitable for certain applications. In this article we will try to solve all these questions.

Index of contents

NVIDIA GTX vs NVIDIA Quadro

If you are thinking of purchasing a graphics card, there is a good chance that you will invest in an Nvidia. These graphics cards have a powerful approval in the market thanks to their phenomenal performance together with excellent prices.

When you have already read this article, you will have a consistent understanding of the various Nvidia graphics cards. And if you are looking to assemble or update your equipment, in that case you will already know which one to buy.

There are professional-grade cards like the Quadro Series for Research Professionals and Computer Aided Design (CAD); Below are PC games and consumer cards on GeForce models. But what makes them different?

Nvidia GTX and Nvidia RTX graphics cards

GeForce desktop cards are often referred to as GPUs, video cards, or graphics cards, as they are likely intended for use on a custom PC.

Although not all gaming graphics cards are intended for gaming, in fact, some even tend to work similarly to workstation cards.

It is important to note that most cards in the industry are renamed and modified by various hardware manufacturers. For example, Nvidia designs the chipset, also known as " reference design, " as a baseline for GTX-series game cards, which can then be replicated by companies like Asus, EVGA, GIGABYTE, MSI, and other manufacturers. GPU.

These reference cards are modified with their own cooling solutions, GPU fans, air housings, and more; and then they are sold as cards with the company brand.

Nvidia Quadro graphics cards

Unlike desktop gaming graphics cards, workstation cards are designed for specific applications. Typically, they are not designed for gaming or basic PC use.

The target market for these cards are AutoCAD designers, 3D professionals, and related visual development industries.

If you are setting up a workstation for any of the tasks suggested above, you will surely want to get a dedicated workstation card as it will provide the right performance for your multimedia editing needs.

NVIDIA currently offers 2 such graphics processors: Quadro and Tesla. NVIDIA Quadro has a range of GPUs for designers of CAD, 3D and other similar software applications.

The Nvidia Tesla chipset is intended for use in large graphics situations, such as research centers, chemistry labs, and similar math departments, as its computing performance on the GPU is unmatched.

Typically, a Quadro uses a heavily modified version of the GPU found on any high-end GeForce card, only it's equipped to run high-precision professional and mathematical drivers rather than being specifically designed for PC gaming.

In games, users typically don't care about things like double precision floating point and other complex calculations focused heavily on precision.

What they do care about is fast pixel fill, geometry, and shading, along with texturing speed, which are products of additional memory bandwidth, and higher clock speeds with a group of units. shaders that work in unison.

Advantages of NVIDIA GTX and Nvidia RTX

Here we detail what we consider the main advantages of the Nvidia GTX and Nvidia RTX models.

Faster clock speeds

Nvidia GTX cards generally offer faster GPU clock speeds in the 10-20% range. For example, the Nvidia Geforce GTX 1070 has a boost clock of 1683 MHz, while the Quadro P2000 reaches 1470 MHz boost clock. This speed equates to better overall performance, which brings us to the next point.

Versatility and price

Do you need a graphics card to play games, render in 3D and make videos? Faster clock speeds, along with more CUDA cores and VRAM memory, make GTX cards the ideal solution for all systems, as being cheaper than Quadro cards, it makes them especially lower / mid tier., GTX have the best price for most users.

Multi-monitor support

For daytime operators, video game fans, or multi-tasking at the same time and want to use 3, 4, or even 8 monitors, GTX cards are the best way to go.

Series 10 cards from the GTX 1060 onwards support four monitors each natively and can be easily paired with a second card to duplicate monitor support.

Most Nvidia Quadro cards (with the exception of the NVS line), except the very high-end ones, will have a maximum output on two monitors, so they will need adapters and splitters to support more.

GTX graphics cards are ideal for gaming, everything related to computing, daily operations (support for multiple monitors), CAD design and amateur video.

Advantages of the NVIDIA Quadro

The same as the previous point but with Nvidia Quadro professional cards.

Specific rendering tasks

Quadro cards are designed for very specific rendering tasks, such as CAD design and professional video rendering. For example, the wireframe (page layout) with many CAD programs like AutoCAD, make Quadro the best option for this type of work, outperforming the GTX by a significant margin.

Double precision calculations

For complex double-precision calculations like those found in scientific and arithmetic calculations, Quadro far exceeds the GTX equivalent. This is a very specific use case, but if it's yours, you'll understand the importance.

Maximum power

Nvidia GTX has powerful options like the Nvidia Geforce GTX 1080 Ti, but for the most extreme performance, a Quadro has no equal. For example, the Quadro P6000 incorporates 24GB of GDDR5X VRAM and 3, 840 CUDA cores to provide 12 TFlops of computing power, all on a single card. No GTX card comes close to that, and if we are looking for maximum productivity, we must choose an Nvidia Quadro.

That kind of power consumption comes at a cost, but if budget is not an issue, Nvidia Quadro is king in this segment. Additionally, Nvidia Quadro graphics cards can also be paired with NVIDIA Tesla cards (a system formerly called NVIDIA Maximus), enabling simultaneous display and rendering, exponentially improving performance.

Warranty and durability

Like Intel Xeon processors, Quadro cards are typically designed to offer maximum durability and longevity, and withstand the rigors of everyday use better than home-user-oriented GTXs. As a result, Quadro cards offer a longer and more comprehensive warranty on average.

Difference between Nvidia RTX and Nvidia Quadro

How are these two lines of Nvidia graphics cards different? Basically in price and performance. Graphics cards for workstations are quite expensive because they are optimized for professional-level graphics. On the other hand, the Nvidia RTX line has a good optimization for games.

If you want to go into the different technical specifications, there are some differences. For example, the Nvidia Quadro P5000, is the second highest in the range, has 16 GB of memory and a bandwidth of up to 288 Gb / s.

The Nvidia GeForce GTX 1080, also the second highest in its range, has 8 GB of memory and a bandwidth of 10 Gb / s. Seeing this, the Nvidia Quadro is supposed to dominate gaming. But you would be wrong: benchmarks show that GeForce outperforms it. But why? This is likely due to driver optimizations. The GTX 1080 focuses on gaming, so it can do a lot more with fewer specs.

Of course, you can play on a Quadro graphics card, but you're likely to get slightly lower performance at significantly higher cost.

Bottom line: Unless you're a video producer, medical imaging generator, 3D renderer, or high-end virtual reality designer, with an Nvidia GTX you'll have more than enough.

Price

So, you might ask yourself, why are pro-level cards so much more expensive? Well, professionals have the money to spend on performance-based graphics cards when maximum precision and demand results are required. And it is that every second counts in projects with stratospheric budgets.

This has a lot to do with the maturation time in the manufacturing process. Typically low-end GPUs come at that price because they're still technically being researched and developed in some way. It is one of the reasons why Nvidia often starts a new generation with a medium or low-end card.

As Nvidia experiments with the manufacturing process on the latest GPUs, there will be entire batches of chips with components that are not fully developed because they are still testing the best product for the ideal processing results across the entire series of cards.

To see development in any industry, professional grade hardware needs to be industry tested to eliminate errors, and provide consumers with the correct price / performance ratio. The best professional quality Nvidia graphics cards allow this development and testing, to foster the growth of the home graphics and gaming market.

The best RTX & GTX models

Nvidia GeForce RTX 2080 Ti

The Nvidia RTX 2080 Ti is priced very high and the difference in 4K gaming performance is very palpable to the RTX 2080 and GTX 1080. The GDDR6 RAM continues to be super fast, and the memory speed is incredibly high. Although the price is much less affordable than the GDDR5X.

• 11 GB GDDR6 RAM 352 bit memory bus 1350 MHz clock speed

Nvidia GeForce RTX 2080

The second most powerful model in the RTX series features GDDR6 RAM and high-speed memory. The result is a phenomenal benchmark for less than half the price of the Titan X, offering a fantastic option for trouble-free gaming. Of course, it is very similar and even in some situations worse than the Nvidia GTX 1080 Ti.

• 8 GB RAM GDDR6 256-bit memory bus 1515 MHz boost clock

Nvidia GeForce GTX 1060

This is the card that puts Nvidia's GeForce line in the most reasonable price range. With very respectable specs and a price that doesn't empty wallets, this is going to appeal to a wide range of people. Although it's more affordable, it will still work with today's newer games.

• 6 GB RAM GDDR5 8 Gb / s memory speed 1708 MHz Boost clock

Nvidia GeForce GTX 1050 Ti

If you're building a gaming rig on a budget, the GTX 1050 Ti should be at the top of your list. It's a leap down compared to the RAM and speed of the GTX 1060, but for the price, it's a solid card. There is not much more that you get for this money and of this same quality. And it has one of the highest performance / price ratios.

• 4 GB of GDDR5 RAM 7 Gb / s memory speed 1392 MHz Boost clock

Nvidia GeForce GTX 1050

To save a little more money, you can go with the GTX 1050 version. The performance / price ratio is superior to the Ti version. You even get a slightly higher boost clock speed. Even though it only has 2GB of RAM, it is GDDR5, and it will probably support the latest games well.

• - 2 GB of GDDR5 RAM - 7 Gb / s memory speed - 1455 MHz boost clock

The best Quadro models

Quadro GV100

Artificial intelligence, 3D rendering, simulation, and virtual reality are transforming professional workflows. So engineers can now create innovative products more quickly.

Architects can design buildings that could only have existed in their imaginations. And artists can render complex photorealistic scenes in seconds instead of hours.

Nvidia Quadro GV100 is reinventing the workstation to meet the demands of these next-generation workflows. Powered by Volta architecture, it offers the extreme performance, scalability, and memory capabilities that architects, designers, and scientists need to build, create, and solve the tough.

• 32 GB HBM2 Memory speed 840 Gb / s Boost clock 1447 MHz

Quadro P4000

The Quadro P4000 takes center stage in the launch of this product as it is Nvidia's first professional GPU with a single 'VR Ready' slot. Before this, if you wanted a Quadro for virtual reality, even for basic virtual reality, you had to buy a dual slot card. This meant that not only did you need a workstation capable of powering a GPU of more than 150W, but, at too high prices, you had a considerable budget.

And while not powerful enough for all professional virtual reality workflows, it appears to be a great choice for entry-level and mid-level VR applications, not to mention high-end CAD, real-time design, and rendering. on the GPU.

• 8 GB RAM GDDR5 Memory speed 243 Gb / s Boost clock 1202 MHz

Quadro P2000

Nvidia's Class 2000 GPUs have long been the high point of 3D CAD. But with significantly higher performance than the Quadro M2000 it replaces, this latest addition to the so-called mid-range segment of the professional GPU market is beginning to assert itself on the traditional playing field of Nvidia's 4000-class GPUs.

Although the Quadro P2000 video card is not VR ready, it can make a big difference in design - that is, in GPU rendering workflows.

It has 5 GB of GDDR5 memory, which is a small step forward compared to its predecessor, the Quadro M2000 (4 GB). Like the Quadro P4000, it includes four DisplayPort 1.4 connectors and can support up to four 4K (4, 096 x 2, 160) displays at 120 Hz or up to four 5K (5, 120 x 2, 880) displays at 60 Hz.

• 5 GB RAM GDDR5 Memory speed 160 Gb / s Boost clock 1470 MHz

How to choose the right GPU?

The industry's most popular card option is NVIDIA graphics cards with a market share of approximately 75%.

If you've already started figuring out prices to upgrade your graphics card, chances are you already know which card is within your reach. However, if you are not sure how much to spend, check the recommended system requirements for the activities you plan to do.

Nvidia GTX cards are not only cheaper, but sometimes also run at higher clock speeds than Quadro cards.

However, this does not always translate into faster performance with professional graphics applications. For one thing, these applications, such as Adobe Photoshop, for example, tend to rely more on CPU speed than GPU speed for overall performance.

Also, many pro-level cards like the Nvidia Quadro work faster than the higher clock speed GTX cards due to the specific features implemented in them. If you add to this the additional level of support, especially relevant for companies where time is money, you begin to have a clearer idea.

Saving on costs and choosing a GTX graphics card for a professional task does not mean that your system will fail on repeated blue screens. But, like everything in life, there will be a price to pay.

Part of this price is less compatibility, less reliability, lack of certification, and generally less long-term security.

Ultimately, this really depends on your specific use case. For a medium / low budget, an Nvidia GTX card is almost always recommended, simply for its value and versatility. Many youtuber use the nvidia GTX 1080 as their preferred graphics card, but with the recent release of the Nvidia RTX and its possible benefits with the integration of virtual reality, it can help in the possible future to considerably reduce rendering time.

But if you're looking for good rendering performance specifically for CAD and video, Quadro is probably the way to go.

This should cover the basic differences between the professional and gaming video cards available on the market today. There are plenty of other features and properties to consider, but these are some of the basic fundamentals that you should give a better and clearer understanding.

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