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Nvidia RTX 2060 Super vs. GTX 1660 Super: Which One Wins?

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Nvidia RTX 2060 Super vs. GTX 1660 Super: Which One Wins?

Graphics processing units (GPUs) are constantly improving, offering gamers and content creators a wide selection of options to suit their needs. Nvidia’s Turing architecture lineup has seen two GPUs stand out: the RTX 2060 Super vs. GTX 1660 Super.

Both GPUs have earned accolades for delivering impressive performance at their respective price points, but how do they stack up against one another? This detailed comparison will examine each GPU’s critical specifications, features, and capabilities to help you decide which one best meets your gaming and productivity demands.

Nvidia RTX 2060 Super vs. GTX 1660 Super: Side-by-Side Comparison

Nvidia RTX 2060 SuperGTX 1660 Super
ArchitectureTuringTuring
CUDA Cores2,1761,408
Base Clock Speed1,470 MHz1,530 MHz
Boost Clock Speed1,650 MHz1,785 MHz
Memory Size8 GB GDDR66 GB GDDR6
Memory Speed14 Gbps14 Gbps
Memory Interface256-bit192-bit
Ray Tracing CoresYes (RT Cores)No
Tensor CoresYesNo
TDP (Thermal Design Power)175 W125 W
Recommended PSU550 W450 W

Nvidia RTX 2060 Super vs. GTX 1660 Super: What’s the Difference?

Nvidia RTX 2060 Super and GTX 1660 Super are designed with different user segments in mind, offering a distinctive combination of performance and features. This comprehensive analysis will identify their critical differences, including architectures, performance capabilities, and standout features.

Architecture

Given that both GPUs are based on the same core technology, understanding their differences is essential to appreciate their distinct capabilities and performance characteristics fully.

The RTX 2060 Super’s TU106 architecture is an enhanced and powerful version of the Turing family, boasting 10.8 billion transistors for superior computing, gaming, and AI applications. In contrast, the GTX 1660 Super’s TU116 architecture has a smaller 6.6 billion transistor count, leading to lower computing potential than its counterpart.

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The main advantage of the RTX 2060 Super TU106 architecture is its dedicated RT/Tensor Cores. This allows it to excel in accurate time ray tracing (RTS) and AI processing (Nvidia Deep Learning Super Sampling). These cores are unavailable on the GTX 1160 Super, so raytracing and AI capabilities are severely limited.

Another critical distinction lies in the number of Streaming Multiprocessors (SMs) in each GPU. The RTX 2060 Super has 34 SMs, while the GTX 1660 Super only contains 22 SMs. This discrepancy affects performance, as the RTX 2060 Super attains faster speeds and manages complex workloads.

Finally, the RTX 2060 Super’s TU106 architecture uses a more efficient memory subsystem that increases bandwidth and reduces latency. This allows the GPU to deliver faster and smoother experiences when dealing with demanding gaming or professional applications — primarily high-resolution or demanding professional tasks.

Performance

Performance-wise, the Nvidia RTX 2060 Super has a distinct advantage over the GTX 1660 Super. With 2176 CUDA cores at its disposal, compared to 1408 for the GTX 1660 Super, this GPU can process more data simultaneously thanks to its additional CUDA cores.

Furthermore, the RTX 2060 Super boasts 136 Texture Mapping Units (TMUs), surpassing the GTX 1660 Super’s 88 TMUs. TMUs play a crucial role in texturing 3D models. More TMUs result in quicker, more efficient processing, enhancing visuals in games and professional applications.

The RTX 2060 Super’s 64 Render Output Units (ROPs), compared to the GTX 1660 Super’s 48, set an impressive standard for a smoother and more immersive experience. ROPs render final pixel data; more ROPs enable faster, more precise image rendering, reinforcing RTX’s superiority.

Memory

Comparing memory abilities, the RTX 2060 Super has a distinct edge with 8 GB GDDR6 storage memory over the GTX 1660 Super, which has 6 GB GDDR6. Even though it may seem minor, the difference can greatly impact how the user experiences demanding tasks and handles high-resolution media.

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NVIDIA GTX 1660 Super
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The larger memory capacity of the RTX 2060 Super allows it to store more data, textures, and assets at once. This is handy when running graphically intensive games or professional applications that need large data sets or high-resolution imagery. With 8 GB of memory capacity, this GPU delivers smooth performance with minimal stuttering, providing users with a completely immersive experience.

Conversely, the GTX 1660 Super’s 6 GB memory suffices for lighter tasks and moderate gaming, but may struggle under heavier loads. You may experience performance hiccups or limitations when dealing with more complex workloads, which could detract from your overall experience.

Ray Tracing

Ray tracing is only supported by the RTX 2060 Super, showcasing groundbreaking technology. This feature is praised for rendering realistic lighting, shadows, and reflections, transforming our digital world interactions.

The RTX 2060 Super is equipped with dedicated hardware for real-time ray tracing, known as RT cores. These specialized cores enable the GPU to compute intricate light paths and object interactions, generating remarkable visuals and heightened immersion. As more games adopt ray tracing, the RTX 2060 Super is primed to deliver these remarkable experiences.

Conversely, the GTX 1660 Super lacks the dedicated hardware required for real-time ray tracing. While it offers acceptable performance using traditional rendering, users with this card will miss out on ray tracing’s visual brilliance and realism. Without ray tracing, users with the GTX 1660 Super must forgo enhanced lighting effects and cinematic-quality visuals that ray tracing offers.

DLSS Support

DLSS has revolutionized graphics by using artificial intelligence to upscale lower-resolution images while maintaining or even improving visual quality and performance. The RTX 2060 Super embraces DLSS, using its Tensor cores specifically designed for AI-based computations.

Through DLSS, the RTX 2060 Super can intelligently upscale images while maintaining the detail, providing a smoother gaming experience at higher frame rates. This technology is especially helpful in demanding games and high-resolution settings where an extra performance boost can make all the difference.

Contrastingly, the GTX 1660 Super does not support DLSS due to a lack of Tensor cores necessary for this AI-driven feature. As such, users with this GPU cannot use DLSS to enhance frame rates and image quality, potentially restricting their performance in more demanding scenarios.

Nvidia RTX 2060 Super vs. GTX 1660 Super: 9 Must-Know Facts

  1. The RTX 2060 Super has impressive architecture, featuring dedicated RT and Tensor cores that enable real-time ray tracing and AI-driven tasks.
  2. The RTX 2060 Super outperforms the GTX 1660 Super in gaming and GPU-intensive tasks due to its higher CUDA core count, TMUs, and ROPs.
  3. The RTX 2060 Super boasts 8 GB of GDDR6 memory, while the GTX 1660 Super only offers 6 GB.
  4. The RTX 2060 Super and GTX 1660 Super are tailored to different audiences based on price points. The RTX 2060 Super caters to more demanding users, while the GTX 1660 Super offers value for budget-minded gamers.
  5. The RTX 2060 Super’s TU106 architecture enables variable-rate shading, enhancing performance by optimizing shading rates in various scene areas.
  6. Despite lacking dedicated RT and Tensor cores, the GTX 1660 Super still leverages the Turing architecture’s core strengths, including concurrent floating-point and integer execution.
  7. Both GPUs offer G-SYNC technology, which synchronizes the refresh rates of compatible monitors with the GPU’s output, ensuring a seamless gaming experience.
  8. RTX 2060 Super consumes more power than GTX 1660 Super, with a TDP of 175W compared to 125W.
  9. The RTX 2060 Super supports VirtualLink, a single-cable solution for next-gen VR headsets, resulting in superior performance.

Nvidia RTX 2060 Super vs. GTX 1660 Super: Which One Is Better?

In a close race between Nvidia RTX 2060 Super and GTX 1660 Super, the RTX 2060 Super emerges as the more powerful and feature-packed GPU due to its advanced architecture, superior performance, and support for cutting-edge technologies like ray tracing and DLSS.

Boasting 8 GB GDDR6 memory and dedicated RT and Tensor cores, this GPU can easily tackle demanding games, high-resolution content, and professional applications.

However, the GTX 1660 Super should be noticed by those with tighter budgets or more modest performance demands. While it lacks some groundbreaking features, it still provides commendable performance at its price point, making it an excellent option for budget-conscious gamers who don’t require as much ray tracing or DLSS power.

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    $318.00
    • PCI Express graphics card interface
    • 1470MHz GPU clock speed
    • 8GB GDDR6 graphics RAM
    • 2176 processors
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    02/16/2024 01:11 pm GMT
  2. NVIDIA GTX 1660 Super
    $249.99
    • 6GB GDDR6 VRAM
    • 192-bit memory bus
    • Still great for modern games at 1080p
    • 1785MHz clock speed
    • 14Gbps memory speed
    Buy Now on Amazon

    We earn a commission if you make a purchase, at no additional cost to you.

    02/16/2024 09:03 pm GMT

Frequently Asked Questions

How important are ray tracing and DLSS support for future gaming?

These technologies are becoming more essential as more games and engines adopt them. Investing in a GPU that supports these features, such as the RTX 2060 Super, will help guarantee your gaming experience.

Can the GTX 1660 Super handle modern games at 1080p or 1440p?

Yes, most modern games can run smoothly at 1080p with high settings on this GPU; however, performance may differ when playing 1440p games. For consistent 1440p gaming performance, consider upgrading to an RTX 2060 Super or another more powerful GPU.

Is the RTX 2060 Super Worth the Extra Cost Over the GTX 1660 Super?

If you require higher performance, ray tracing, and DLSS support for gaming or GPU-intensive tasks, then yes. If budgeting is your priority and you can do without these features, the GTX 1660 Super offers solid value at a lower price point.

How well do these GPUs perform productivity tasks like video editing or 3D rendering?

The RTX 2060 Super generally outperforms the GTX 1660 Super in productivity tasks due to its additional CUDA and Tensor cores. However, the GTX 1660 Super is a viable option for less demanding workloads or budget-conscious users.

Are there any aftermarket or custom models of these GPUs with improved cooling solutions or performance?

Several manufacturers offer customized versions of both GPUs with improved cooling solutions, factory overclocks, and other enhancements.

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