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1080 vs 1080 ti

In this article, we will compare Nvidia's 1080 GPU and 1080 Ti GPU to discover the similarities and differences between them. Using various performance indicators, we will find out which one is most effective for individual users. Both of these cards are no longer in production, so if you want to buy one for the machine you own now, you may enter the market in the second half of the year. So, is it worth your time and energy?

clock speed

1703 MHz



memory bus width


clock speed

1632 MHz


11GB GDDR5X 4104 4104

length comparison 4104

4448 Ti provides better gaming performance.

The real problem is twofold. First of all, how much do you get for the sharp price increase of the standard version and the "titanium" version of the GPU? Secondly, from your point of view, is it worth paying more for what you get.

We can and will provide you with all the data needed to compare the two cards. But is the upgrade worth the money? It depends on you. It will depend on what you are currently using, if you are sure you want to jump into any part of the Nvidia family, if you want to jump into any part of the Nvidia family, if you want to stop at branch 1080.

let us see what we are doing handle.

1080 and 1080 TI are based on Nvidia's Pascal architecture.

This means that as far as the basic architecture agreement is concerned, they sing the same tune, although the pitch is slightly different. When

was released, the Pascal architecture almost changed the rules of the game in the game world. Thanks to the intelligent CoWoS construction (ChiponwaferonSubstrate...natural), it increases the neural network training time by 12 times, the memory bandwidth by 3 times, and provides real-time response capabilities for your AI algorithms. This is not a playable architecture.

Most importantly, the Pascal architecture makes AI games more realistic than ever.

Let's talk about clock speed.

Base Clock - 1607MHz

Boost Clock - 1703MHz

Base Clock - 1480MHz

Boost Clock - 1632MHz

1080: 1251MHz, 10008Hz Effective

1031404MHz Effective


10370404MHz The architecture is no longer worth the Turing architecture of the Nvidia series GPU You get the price you pay, but compared to any of the 1080 variants, you get more 1080p gaming potential too.

compares the 1080 variant. Although the 1080 standard appears to have a higher clock speed on both the base and boost levels, Ti is starting to provide tangible benefits in terms of memory clock speed.

Since they are built with the same architecture and made by the same manufacturer, no one will be surprised to find that the fans and cooling options on these cards are also very similar.

The highest recorded temperature of these cards under heavy load is very close. The maximum value of 1080 is 83 degrees and the maximum value of 1080 Ti is 84 degrees. The fact that the evolved version has a higher maximum temperature is a bit disappointing, although unless you're in danger of hitting a critical temperature, Ti is unlikely to lose friends by a degree.

The place where you could lose the most friends is the loudest fan noise. Although the noise of the standard 1080 is 51.6 dB, the newer models boost their sound to 54.2 dB.

Obviously, in terms of GPU cooling, your mileage can vary depending on the nature of the setup, the number of fans added, and the airflow in the case. Installing an aftermarket water cooling system can also cause the temperature to drop sharply.

If you plan to overclock your system, this is a good idea. Compared with other graphics cards, the recorded temperature is higher, especially the later and more expensive graphics cards, so you don't want to ignore the heat dissipation when overclocking the system. The TDP on the

1080 is 180W, while the TDP on the 1080 Ti is 250W.

From a purely physical point of view, there is almost no difference between 1080 and 1080 Ti. Both cards are 10.5 inches long and both are dual-slot cards. So far, the standard.

However, when it comes to power input, the newer model shows to some extent the thirst of both. The 1080 has an eight-pin connector, while the 1080 Ti has a standard eight-pin connector and an additional six-pin connector. Additionally, both cards feature PCIe 3.0 x16 for some degree of future orientation.

Everyone wants to know where the resolution is heading. let's see.

We expect the Ti version of the improved and updated GPU to provide better and smoother graphics. From these results, it is fair to say that 1080 does not disappoint in this score. The graphics it provides not only have a higher fps rate.

In many cases, their fps is slightly higher than that of standard 1080 cards. This proves that the Ti version has better performance at the level visible in the game. Is this enough for you to choose the Ti version?

VRAM is another area where the money you paid for 1080 Ti starts to show up.

Although the standard 1080 card provides you with 8GB GDDR5 memory, so it can provide 1080p and 4K high definition games, but the results may be a bit inconsistent as it can only muster 320GB / s of bandwidth memory.

In other words, if you are looking for a card that allows you to access




11.73 inches

In the end, the choice between 1080 and 1080 Ti comes down to two things. 1) How much cash from the disposable graphics card do you have in your pocket to spend? 2) How much do you want to play 4K HD and 1080p games?

If you like to play 1440p games, 1080 is a great card. If you're upgrading from an older Nvidia card, switching from an older AMD, and haven't bothered with 4K gaming yet, be sure to buy yourself a standard 1080 and continue playing. The

1080 Ti provides you with smoother and more attractive graphics at 1080p and 4K, so if you want to upgrade, it is also a great card. It allows you to do more work, at least provide some protection for your future, and allows you to swing your graphic sock as you want, and then feel that it is time to skip one or two or more architectures in an instant. . .

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