Today, we will compare Nvidia’s 2080 Ti and the 2080 Super, two of the most talked-about offerings from the brand. We have tested their performance and other aspects to see which is the better choice.
In this comprehensive comparison, we will be discussing the performance metrics and key specifications to provide you with a clear understanding of which model delivers the better FPS with newly released modern games. Hopefully, by the end of this review, you will know which resolution is suitable for each card and make an informed choice according to your needs and budget.
We have examined every specification, including the dimensions, cooling capacity, VRAM, and architecture, to give to the whole picture.
|RTX 2080 Super
|RTX 2080 Ti
|7.5 out of 10
|8 out of 10
|23 July, 2019
|27 September, 2018
|3072 CUDA CORES
|4352 CUDA CORES
|Nvidia Turing 12nm
|Nvidia Turing 12nm
|8 GB GDDR6
|11 GB GDDR6
|Memory Clock Effective
|Memory Interface Width
|7680 x 4320
|7680 x 4320
|Dual Link DVI
|Single Link DVI
|PCIe 3.0 x16
|PCIe 3.0 x16
|1x 6-pin + 1x 8-pin
|Graphics Card Power
Both the Nvidia GeForce RTX 2080 Super as well as the Nvidia GeForce RTX 2080 Ti are outstanding gaming graphics cards. Both of these graphics cards are able to handle even the newest games at their maximum settings and in 2K resolution. There are a lot of titles that can be played in 4K resolution as well. Both of these cards are better than the GTX 1080 Ti in terms of speed, which was the fastest GPU available in the generation before this one.
We are all aware that the 1080 Ti is a behemoth of a card capable of handling any game at the ultra setting. These cards are significantly quicker than the 1080 Ti, plus, in addition to that, they feature Ray Tracing, something the 1080 Ti does not support.
Let’s take a look at Control, which is a popular game. Ray tracing was supported for the very first time in this game. When using ultra settings and a resolution of 2K, Control can only produce approximately 15-20 frames per second. Since the GTX1080Ti does not enable hardware ray tracing, the feature has been turned off on this graphics card.
On the flip side, the Nvidia Geforce RTX 2080 Super delivers between 60 and 70 frames per second while using the same settings. This is a significant advancement in the field of ray-tracing games. When using the same settings, the 2080 Ti is capable of providing more than 80 frames per second.
This illustration highlights the distinctions between the two generations and simultaneously demonstrates the efficacy of hardware ray tracing in a simple and concise manner.
At ultra settings along with 2K resolution, Division 2 is capable of delivering between 55 and 60 frames per second. The GeForce RTX 2080 Super can provide close to 80 frames per second in those same settings. This is a significant improvement taking into account that the 2080 Super isn’t the card with the best level of performance in its generation, whereas the 1080 Ti was.
The RTX 2080 Ti is an improvement over its predecessors, as it can provide over 100 frames per second on the same settings as its predecessors.
The memory capacity of the 2080 Ti graphics card is 11 gigabytes, which is plenty for running recent games at 4K resolutions. On the flip side, the Super Edition comes equipped with 8 gigabytes of storage, which is adequate for today’s games.
The memory speed of the 2080 Ti is 14 Gbps, while the memory speed of the super edition is 15.5 Gbps. On the other hand, this does not elevate the Super Edition over the standard version in any way.
The Super edition has a memory interface width of 256 bits, whereas the Ti edition has 352 bits for its memory interface width.
Memory is not complete without its crucially important bandwidth speed. The Super edition has a throughput of 496 GB/s, while the Ti edition has a throughput of 616 GB/s.
Both of these cards have an outstanding memory configuration. Both of these cards come with a few unique characteristics, such as varying prices and levels of performance.
The Nvidia Turing architecture serves as the foundation for RTX 2000 series graphics cards. It is said to be six times quicker than the generation that came before it, and it has the ability to perform real-time ray tracing, which was not achievable with the generation that came before it.
The ray-tracing cores built into the graphics card’s circuitry allow for physically accurate reflections, shadows, and refractions to be rendered in real-time at lightning speed. You will have a gaming experience that is unequaled as a result of doing this.
Nvidia DLSS 2.0 is an artificial intelligence (AI)-driven technology that significantly boosts the performance of video games.
There is also an option for variable rate shading within the series. This concentrates the processing power on the places that contain a lot of details. It improves overall performance without having an impact on the way that image quality is perceived.
You also have access to Mesh Shaders, which are sophisticated geometry processing tools that enable you to create visually compelling scenarios.
Concurrent Processing enables simultaneous floating-point and integer processing, which allows modern graphics processing units (GPUs) to execute today’s demanding games in an effective manner.
2080 is a high-end priced GPU; however, it offers about 30% faster effective speed than the 1080 Ti. Even with the fantastic 30% faster speed, 2080 Super has failed to gain commercial popularity because gamers usually prefer the more affordable 1080 that offers reliable performance and above-average speed without costing you an arm and a leg.
Also, note that 2080 is an extension of the recent 2060 and 2070 versions, and it is ranked precisely where 2080 did.
First, let’s inspect the architectural components of the two GPUS.
- 1650MHz Base Clock
- 1860MHz Boost Clock
- 1350MHz Base Clock
- 1650MHz Boost Clock
Based on the latest Nvidia Turing architecture, these GPUs are pretty similar in terms of features minus a few things that make them different. The notable thing about Nvidia’s Turing architecture is that it uses dedicated cores for various purposes, which distributes the GPUs workload and enhances performance.
For instance, AI is handled by the Tensor cores, while RT cores focus on ray tracing, which results in better, more realistic images and superior machine learning. This also affects the versatility of the GPUs, allowing them to improve performance in different tasks.
Cooling is a crucial component for the performance and overclocking of your GPU. Both models have similar cooling mechanisms; however, one is superior to the other.
The 2080 Ti and 2080 Superkicks feature a dual axial open-air cooler, which offers effective cooling with low levels of noise, at least at first. During our tests, both GPUs did not go over 75 degrees, which is excellent. If you opt for water cooling, we reckon reduce the maximum heat down 10 to 20 degrees. Unfortunately, this is where the similarities begin to fade as we look at the clocking capacity of the two models.
The Ti has a better scope for overclocking, which the Super lacks, so it is essential to consider which model is worth the investment.
Make sure to pick the correct size of GPU for your PC. Both the Super and Ti have the standard 2080 size.
- 0.5″ length
- Dual slot
- 10.5″ length
- Dual slot
Unless you have a mini-rig, both models should easily fit the standard 2080 range. On the other hand, the 2080 Super works with a six-pin and eight-pin power connector, while the 2080 Ti works with two eight-pins.
When it comes to deciding the best GPU according to resolution/fps, the pricier 2080-Ti takes the crown. If you talk about the overall effective 3D speed, 2080 Super scores 138%, whereas 2080 Ti delivers an impressive 176% without any overclocking.
If you score the best GPU according to NBody calculation, lighting effects, and multi-rendering, 2080-Ti takes the crown yet again by delivering 20% and sometimes more than 30% extra effective speed.
Even with overclocking both processors, 2080 Ti delivers even better scores. By making effective use of its overclocking, 2080 Ti provides more than 45% faster NBody calculation than the 2080 Super.
The difference between RTX 2080 Super vs 2080 Ti fps score is also negligible. RTX 2080 scores an fps rate of 185, vs 2080 Ti scores 197 in Fortnite. Whereas in GTA V, RTX 2080 Super fps rate was 121 vs. 2080 Ti scores 142.
GPUs can significantly improve your gaming experience when it comes to ray tracing. If you compare 2080 Super vs 2080ti, Super offers higher-level ray tracing to the 2080 series with its impressive RT cores and Turing architecture, so you always have remarkable results and enjoy a smooth and enjoyable gaming experience.
If you talk about 2080 Ti, the higher overall fps and resolution scores and the RT cores will eventually give Ti better results and performance when the designers update RT cores to their peak efficiency.
The decision lies with you whether you want to invest in a GPU that offers impressive results in the present; however, it has limited hopes of further improvement in the future. Or if you want to pay a significantly more significant chunk of money to invest in a more future-proof GPU 2080 Ti.
For 1080p resolution gaming, a GPU requires a minimum VRAM of 8GB.
The 2080 Super meets the minimum 8GB requirement and a dedicated 256-bit memory bus for the card, which provides some extra oomph to the performance on the screen in terms of resolution.
On the other hand, the 2080 Ti is the better offering between the two choices with a VRAM of 11GB and a 352-bit memory bus.
When memory clock is concerned, the differences continue; the 2080 Super has 15.5 Gbps GDDR6, while the 2080 Ti comes with 14 Gbps GDDR6.
The selection of ports varies between editions of both cards. We know that various companies rebrand these cards and make minor changes. However, most of these cards include at least two Display Ports, two HDMI ports, and a USB-C port for VR use.
Some models also include \display Ports (up to four) and a single HDMI port. So you should first research the variant you are getting and decide how many monitors and what resolution you will use with your card before making your final decision.
Because they have so little competition at the highest levels, Nvidia is renowned for charging exorbitant rates for their products. An excellent illustration of this is the GeForce RTX 2080Ti.
The RTX 2080 Super GPU has a recommended retail price (MSRP) of $699. This falls roughly within the same price range as some of Nvidia’s prior premium GPUs, such as the GTX 1080 Ti or the GTX 1080, as well as the GTX 980.
The Founders Edition of the RTX 2080 Ti costs $1199, although the majority of variants that have adequate cooling are far more expensive. The RTX 2080 Ti, on the other hand, costs almost as much as previous generations of Titan graphics cards, such as the Titan X and Titan X.
If you wanted to get the RTX2080 Ti instead, you would have to spend approximately $500 extra money on it. Depending on the game you are playing along with the resolution, this would result in a performance increase of anywhere from ten to twenty percent for you.
The Nvidia GeForce RTX 2080 Ti has more of a desktop graphics processing unit (GPU) feel to it than a gaming GPU, even with some not-very-good games.
Is 2080 Super better than the 2080 Ti?
If you compare RTX 2080 Super vs RTX 2080 Ti, you will find that 2080 Super offers an overall better value for money. 2080 Super delivers 17% better gaming performance, and it comes at a much lesser price than 2080 Ti. However, 2080 Ti offers a more future-proof technology that makes it worth its cost in the long run.
What is the difference between RTX 2080 TI and RTX 2080 Super?
The most significant difference is the price; 2080 Super is about $500 less expensive than 2080 Ti. The gaming performances are similar on both GPUs; however, 2080 Ti delivers a much better 4K gaming performance. Both the GPUs are highly power-hungry, so make sure that you install them in a decent power supply unit before plugging these GPUs.a
The major takeaway from this comparison is that neither of the two GPUs offers a truly impressive value proposition in the current market and technology landscape.
If you choose the 2080 Super, it might be worthwhile to consider its predecessor – the 2070 Super, which costs significantly less, but you’ll have to compromise with a loss of around 17% effective speed.
On the other side, if you go for the 2080 Ti, it might be too powerful for the current market, and at its current price, it does not have too much scope for growth and use. However, the Ti is more futureproof than the Super, which adds to its appeal as a long-term investment GPU.
So which one will you go for? Please share your views and experience with us in the comments section below.