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1660 ti vs 1080

When Nvidia announced its 16 series GPUs, it caused a sensation throughout the computer gaming world. Since then, they have become another viable option for gamers who want to improve GPU gaming performance without spending a lot of money on high-end products.

Well, to help you understand the scale and how the 16 series can compete with OG GTX GPUs, we will compare the best of each group in some friendly "versus" categories.

Clock speed

1830 MHz (OC mode) 1800 MHz (game mode)



Memory bus width

192 bits

Clock speed

GB 1703 MHz

VRAM memory 44 4X 44 4X 4 4 4X 4 4X 4 DDR 4 4 4 4 X 4 4 5 4 4 5 4 4 5 4 4 4 5 4 5 4 5 4 4 4 5 4 5 4 4 5 4 5 4 4 5 4 4 4 5 4 5 4 4 4 5 4 5 4 4 5 4 4 5 4 4 5 4 4 5 4 5 4 5 4 5 4 5 4 5 4 5 4 5 4 5 bits 4-bus. Although it is the best among similar products, its 16nm Pascal architecture is almost identical to its similar products. However, 1080 has far more CUDA cores than other classic GTX series, a total of 2,560. The CUDA kernel can be more or less understood as being on the same line as the CPU kernel.

stacking 17.2 million transistors, 1080 Enhanced Pascal architecture can achieve 1607MHz

basic clock speed and 1703MHz boost clock, and comply with VR and PCIe 3 standards, the overall computing power is 9 teraflops.

Although Nvidia decided to add interest to the GTX product line with the 16 series, they concluded that they have actually completed the Pascal architecture, which is good for us. There is no point in using an outdated version in a new product, but it does mean that the 16Series GTX prefix is misused.

1660 Ti actually shares the 12nm Turing microarchitecture of the RTX product line, but in order to maintain the decisive division of the market areas they occupy, Ti does not get the notorious RT or Tensor core. The Turing architecture of the TU116400A1 variant of the

1660 Ti has 6.6 million transistors and only provides a total of 1536 CUDA cores, but the teraflop score of 11 from Ti shows that bigger is not always better. 8 SMs contain 1536 shaders and 96 texture units. The 1660 Ti architecture ensures stunning visuals, as well as quieter, cooler gameplay.

Ti has a negligible wide heat capacity of 1 ° C and can withstand temperatures up to 95 ° C. But the magic of Ti lies in its astonishing energy efficiency. This thing is quiet and cold! The 120-watt power range makes it not only the most powerful in its class, but also the most economical and the coolest to operate.

If you are a continuous overclocker, you still want to invest in a relatively good cooling system, but for standard games, you can reallocate the funds to different product features.

180 watts 1080 is another matter, hotter. When idle, this card can reach a temperature of 60°C, and the average game time can reach 80°C, so you need to pay special attention to the cooling system when shopping. If you plan to use it for a while, it might even be worth buying some kind of liquid cooling system. The

certainly has other variables at play, but one of the reasons the 1080 runs hotter than the 1660 Ti is that it is a larger GPU. All in all, its dimensions are 4.376 "(H) x 10.5" (L) x 2 slots (W), so it is very long and may not be suitable for those who like miniature setups.

At 4.37 inches, the height of the 1660 Ti is basically the same as 1080, but at 5.7 inches, the length is almost half the width of slot 2, so if shape is an issue for ti, then this compact Generator should be inserted directly without complications.

So we've run most of the important specs at this point, and it's time to see what these GPU giants can do. Will 1080 kneel or succumb to the absence of GPUsurper?

At 1080p, the aptly named 1080 completely dominates, in fact puts you in a very compromising position. The smallest wins were achieved at CSGO and Fortnight, but even these "small" wins have a 15% frame rate difference. The real fps massacre occurred during "Overwatch" and "PUBG Mobile", with 1080 39% and 42% wins, respectively. So yeah ... for some 1080p games our performance is 50 times better than 1080.

For You at 1440p, this is not a devastating loss, but it once again tested the 1080 edge. 1080 beat 9 , 6 fps, averaging 13%. Both GPUs are starting to show some confusion at 4K, which is understandable, because they are almost mid-range in the GPU year, but 1080 maintains a 13% lead. The

1660 Ti can increase its frame rate via ray tracing and DLSS, but unfortunately one of the 16 series regulations is that they don't include these specialized RT or Tensor cores.

Of course, the original GTX series also lacks these cores; however, Nvidia released a driver in 2019 that allows you to activate ray tracing on any GTX unit. The only issue now is game compatibility, because only a small number of released games support ray tracing.

Well, this is a major contributor to the success of GTX 1080. It has an 8GB GDDR5X memory configuration supporting a 256-bit bus interface, providing 320GBps bandwidth. GDDR5X is the best type of memory for older devices, because GDDR6 is designed to be used only for chip stacking, not the original GTX series. The

1660 Ti has this slightly advanced GDDR6 memory configuration, but it supports a less impressive 192-bit bus interface and has a reduced bandwidth of 288 GBps. GDDR6 has some functional improvements, such as incredibly low power consumption, but

Going straight to GTX is a perspective that cannot be ignored. That said, there are many reasons to choose Ti. It runs cooler and is much smaller than 1080, and the performance gap between the two GPUs will narrow as the settings are maximized. The biggest question for

is, if you already own a 1660 Ti, is it worth upgrading to 1080 or should you save money and use it for other purposes in the future? Well, as impressive as the impact of 1080 on Pascal, it gives Ti a performance improvement of less than 30%. The general rule of thumb for the gaming community and the industry as a whole is that if an upgrade is expected to deliver an average performance of 30-50 more, it's worth it, and if it's below that threshold, you'd better stick with another. thing.

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