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Rtx broadcast engine

When choosing a GPU, the decision is not always easy. With so many products available on the market, narrowing down the options can be a difficult decision.

If you choose Nvidia GPU, we will take a closer look at RTX Titan and 2080 Ti. Both are impressive GPUs with high-end specifications and expensive prices.

In this article, we will take a closer look at these two GPUs to find out which of the two is better. We have evaluated the general gameplay and fps. Besides this, we also discuss important specs like architecture, VRAM, and cooling system.

clock speed

MHz 1770 clock boost

VRAM

GDDR6 24GB

memory bus width

384 bits

clock speed

MHz 1650

VRAM 11GB GDDR6

memory bus width

352 bits

Nvidia is the first home that launch a GPU. Its first GPU was released in 1999 with programmable real-time shader capabilities. This technology was unknown before and completely changed the face of gaming. The

GPU paves the way for today's available technologies. Decades later, Nvidia still offers the best graphics cards. In terms of GPUs, NVIDIA has yet to match it. Although AMD is trying to close the gap, even its most advanced GPU can't match Nvidia's specs.

Although NVIDIA is known for its high-end graphics cards, they produce a wide range of models to suit all types of budgets.

When choosing a graphics card, architecture is important because it will determine your gaming performance.

Both graphics cards use NVIDIA Turing architecture. This kind of architecture is impressive. Compared with the old GeForce GPU, its performance has been improved by 6 times and it provides the best gaming experience. Due to the tensioning core, the

graphics is DLSS 2.0 AIEnhanced. The GPU is capable of next-generation shading, enhancing the gaming experience and providing intricate details. Concurrent processing technology can run even the most complex and large-scale next-gen games without a hitch. For this architecture, workload is not an issue.

Although the 2080 Ti itself is impressive, the RTX Titan takes this architecture to a new level. It's 4 times faster than Titan XP and runs faster than any Nvidia GPU released before.

The following are the original engine specifications for the two GPUs:

Core - 4608

Base Clock - 1350Mhz

Boost Clock - 1770MHz

Core - 4352

Base Clock - 1350Mhz

4440MHz Boost Clock

4040MHz 4440 Base Clock Titan, boost clock and The number of cores is significantly higher. The cooling system of the

GPU is essential, especially if you want to overclock. Overclocking will generate additional heat and you should make sure not to overclock the maximum recommended temperature. Both

GPUs are equipped with two dual-axis 13-blade fans and a heat plate to help dissipate heat. The GPU runs quietly and these specs help keep the GPU cool. Next-generation 13-phase power supply can achieve maximum overclocking.

When examining a cooling system, it is important to consider heat dissipation and power specifications. The RTX Titan and 2080 Ti GPUs have a maximum temperature of 89 ° C. The recommended power supply for both is 650W. Although they all require a lot of power, this is because they are high-performance GPUs. The total power of the

RTX Titan GPU is 280W and that of the 2080 Ti is 250W. Titan is the more power-hungry of the two, but there isn't much of a difference.

Before buying a GPU, you should consider its size. Although most graphics cards are similar in size, some graphics cards are longer and taller than others. You need to make sure it fits your build.

Height - 4.52 ”

Length - 10.5”

Width - 2 slots

Height - 4.556 ”

Length - 10.5”

Width - 2 slots

GPUs are very similar in length. However, RTX Titan has multi-GPU scalability. This allows you to use the Nvidia Titan RTX NVLink bridge to connect two Titan GPUs. This is impressive and will take the game to a whole new level.

Both GPUs use PCIe 3.0 x 16 interface. Although this is still very common, it is a bit disappointing to see that Nvidia has not yet switched to PCIe 4.0, especially in the case of Titan. Although GPUs are now very suitable for the future, when PCIe 4.0 becomes more popular, they will become less popular. The

GPU resolution is important because it will determine the clarity and clarity of the graphics. Both have a resolution of 8K, enough to run games at 1080p, which is the most common resolution for games. They all have 4K gaming capabilities.

The benchmark performance of the two GPUs is very similar. Although Titan is the best performer, its average score is only 9 points. Although Titan has a better MRender of 282 fps, the 2080 Ti is very close at 254 fps. When

is overclocked, the difference is again very small. Titan ranks fourth overall. Its MRender is an impressive 325fps, and for the 2080 Ti, it is 292fps. Both are very fast and offer excellent performance.

When checking the effective velocity, the total of Titan is 7 stars. Although Titan is a better GPU in terms of performance, the difference is small. In light of this, the question arises whether GPUs are worth the substantial cost increase.

Ray tracing is a

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