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In the past five years, Nvidia GTX 10 series GPUs have become the main product for modern gamers. But after the announcement of the Nvidia RTX system, the fate of the GTX series became uncertain.

With advanced architecture and cool features such as ray tracing and DLSS, the RTX series seems to run the rendering circle smoothly around the 10 series GTX GPU. Before Nvidia released its 16 series, it looked clean. These are new cards with Turing line architecture, almost the same as the RTX series, although there is no dedicated core. The

16Series seems to be between the 10Series and RTX 20Series cards in performance, but there is definitely an overlap in the market between some of these units, especially the GTX 1070 and 1660 Ti. So what is the difference between these familiar GPUs? In fact... quite a lot.

clock speed

1830 MHz

VRAM

6GB GDDR6

memory clock

12 Gbps

power connector

8-pin x 1

power consumption

120 W

x 4 clock x 4 4 HDMI 4 outputs 4 4 4 HDMI 4 4 ports 4 outputs 4 HDMI speed

1683 MHz

VRAM

GDDR5 8GB

memory bus width

256 bit

GTX 1070 contains 16nm Pascal micro-architecture, where SM (streaming multi-processor) can contain 60 to 128 CUDA cores All graphics calculations are ultimately just like the images and actions you see. On the other hand, the

1660 Ti is composed of the most advanced Turing micro-architecture. Turing architecture SM can hold up to 64 CUDA cores each, and 1660 Ti contains 1536 cores in total. At first glance, this seems incorrect. Why should newer models have fewer cores? Well, you just don't need that much. Using a separate integer data path that can cooperate with the floating point data path, the Turing architecture improves the performance of each CUDA core by 50%.

The clock speeds of these architectures are also different. The GTX 1070 graphics clock can reach up to 1506MHz, which is actually pretty good considering that the basic graphics clock of the 1660 Ti drops to 1500MHz. However, the Turing architecture provides an incredible 1660 Ti boost capability, boosting the clock to an astonishing 1770MHz instead of 1070 1683MHz.

The heat dissipation capabilities of these GTX siblings are very similar. In fact, it only has one degree. The 1070 can reach a maximum of 94 ° C, while the 1660 Ti can safely reach 95 ° C, but we strongly recommend not letting it reach that temperature. The

mid-range fan should be able to drive the GTX 1070 GPU; However, once you start to really push it and reach a usage rate of around 90%, it will get very hot and the temperature often rises above 80 ° C. So if you are fascinated by the 1070 GPU, a A good cooling system is one of the main features that we recommend you buy. The

GTX 1660 Ti GPUs are highly energy efficient graphics cards and never require intensive cooling like their predecessors, which also means they are quieter. This is not to say that you should consider thermal solutions when purchasing 16 series cards, but you can prioritize other factors, such as shape or sweet RGB lighting.

The principle of modern technological progress is that electronic and smart devices are becoming physically smaller. The GTX 1660 Ti is a perfect example of this process. With dimensions of 4.37 "(H) x 5.7" (L) x 2 slots (W), it is a true (almost) pocket power unit.

At 4.376 "(H) x 10.5" (L) x 2 slots (W), the GTX 1070 is relatively a behemoth, so if its case looks a bit tight, this bump can cause some problems.

When comparing these GPUs, the general mode we see is that the 1660 Ti dominates demanding and graphics-intensive games such as Assassin's Creed Odyssey and Shadow of the Tomb Raider, especially at 1080 and 1480p. In other words, you have problems with the workload of large 4K texture sizes. The

GTX 1070 uses pure muscle and performs well at lower resolutions, leading the way in older games like Assassin's Creed Unity. However, it should be emphasized that the fps difference between these two GPUs is almost always imperceptible, and both promote a visually stunning and buttery smooth gaming experience. The Turing architecture of the

GTX 1660 Ti facilitates so-called variable rate shadowing. It is not suitable for all games, but for games that support it, you can expect a significant increase in frame rate. It works by reducing details such as vignetting on the peripheral screen positions where the player’s eyes are unlikely to focus.

First of all, neither GTX 1070 nor GTX 1660 Ti has built-in ray tracing. Although the 1660 Ti has the same architecture as the RTX 20 series graphics cards, it has never been given ray tracing or DLSS functions, but the story does not end there.

Nvidia has developed an advanced driver that allows you to activate ray tracing on certain GPUs that are not born with innate capabilities, so if the game allows it, it can really improve its performance. 1070 was pushed above the competition of 1660 Ti, and Ti started to compete at the level of 1080, right? In addition to the overall architecture, the

memory configuration may represent the biggest difference between these GPUs. GTX 1070 has 8GB GDDR5 video memory, 1660 Ti has only 6GB capacity, but has GDDR6 VRAM.

GDDR6 consumes much less power than GDDR5, which is ideal for lowering the temperature when the GPU is pushed to its limit. GDDR6 also doubles the 8GBps transfer rate of GDDR5 to achieve ultra-fast, silky smooth playback.

clock speed

1830 MHz

VRAM

6GB GDDR6

memory clock

12 Gbps

power connector

8-pin x 1

power consumption

120 W

444 44 4 4 4 4 4 output ports x 4 HDMI

The teeth are better than the 16 series fighters. Unsurprisingly, the GTX 1070 GPU is more affordable, but not in a ridiculous quantity; you will see a difference of approximately $60 compared to the entry-level GTX 1660 Ti device.

We can’t tell you what is best for you, but if we are now looking for mid-to-high-end GPUs, due to overclocking space, small frames, and dedicated NVENC encoders, we would choose GTX 1660 Titanium. However, if you come to the same conclusion, please stay sane when shopping. It is best to choose the entry-level 1660 Ti GPU. As for the price of the high-end model, it is not far from allowing to jump directly to the RTX 20 series GPU.

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