GeForce RTX 5070 thanks to AI will offer the performance of four times more expensive RTX 4090. Nvidia revealed Blackwell and DLSS 4 – Živě.cz

GeForce RTX 5070 thanks to AI will offer the performance of four times more expensive RTX 4090. Nvidia revealed Blackwell and DLSS 4 – Živě.cz

Nvidia’s GeForce‍ RTX 5000 Series: ⁢A New Era ‌of Gaming Performance

At CES ⁣2025, Nvidia took the stage​ to​ unveil⁤ their highly anticipated GeForce RTX 5000 series graphics cards, built on the groundbreaking Blackwell architecture. Promising‍ a important performance boost and enhanced visual⁤ fidelity, these GPUs are‍ poised to redefine PC gaming.

Pushing Performance Boundaries with Blackwell

The ⁢RTX ⁤5000 ‍GPUs leverage the power‌ of TSMC’s improved 4nm N4P process, offering increased performance while maintaining transistor density. This translates to faster​ clock speeds and ​improved overall efficiency.⁣ To keep pace with the increased performance ⁣demands, the RTX 5000 series utilizes the⁣ PCIe 5.0‍ bus and adopts ⁢the‍ latest GDDR7 ​memory, delivering lightning-fast data transfer rates.

Next-Gen Visuals with DisplayPort 2.1b

the RTX 5000 series ⁢takes visuals to a whole​ new level with DisplayPort 2.1b support.Gamers can now enjoy stunning 4K resolution ⁤at 240Hz ‍refresh rates without ‌compression, ensuring ⁢smooth and responsive⁢ gameplay. For those desiring even higher resolutions, the DisplayPort 2.1b connection can handle 4K with‌ 12-bit colors and HDR at 480Hz,‍ or 8K ⁣at 165Hz with DSC ​compression.

The ⁣GeForce RTX 5090: A Powerhouse for Demanding Gamers

Leading the RTX 5000 lineup is the ⁤flagship GeForce RTX 5090, priced​ at⁢ $1999. This is a premium GPU designed for serious gamers⁤ and AI enthusiasts who ⁤demand the ultimate​ performance. It boasts 21,760 CUDA cores, 2.5x faster AI units compared⁢ to the ⁤previous generation, and a massive 32GB of ⁢GDDR7 ⁢memory ‌that’s 80% faster. While the​ RTX 5090 delivers unparalleled power,​ it also requires a substantial ‍575W TGP.

Comparing the RTX‌ 5000 Series with itspredecessors

RTX‌ 5090

Nvidia’s GeForce RTX 40 Series: A ​Performance deep Dive

nvidia’s⁤ GeForce RTX 40 series graphics cards have taken the gaming world by storm, delivering unparalleled ⁢performance​ and stunning visuals. From the ‍top-tier RTX 4090 to the​ more ​budget-amiable RTX 4060,this lineup caters to every gamer’s needs. Let’s delve into the specifications and⁤ explore what makes ‍each card unique.

Powerhouse Performance: Unveiling the Flagships

The RTX 4090 reigns supreme, boasting a colossal 16,384 CUDA ⁣cores and a base clock speed of 2.01 GHz, reaching up to⁤ 2.41 GHz in boost​ mode. ‌This behemoth is paired with a massive 32GB of GDDR7 VRAM ​and a⁤ 512-bit bus, ensuring buttery-smooth gameplay at 4K resolution and beyond.

The RTX 4080 is‌ a⁢ slightly more accessible powerhouse, packing 9,728 CUDA cores and‍ a base clock⁣ speed of ⁢2.23 GHz, peaking at 2.52 GHz. Its 24GB of ‍GDDR6X⁣ VRAM and 384-bit ⁣bus deliver remarkable performance for high-refresh-rate⁣ gaming.

Mid-Range Marvels:⁢ The RTX⁤ 4070 and 4060

The RTX‍ 4070 ⁣strikes⁣ a​ balance between power and ​affordability. sporting ​5,888 CUDA cores and a base clock speed of 2.30 GHz, boosting to⁢ 2.62‌ GHz, this ⁤card offers excellent 1440p gaming performance. It⁢ features 16GB of GDDR7 VRAM and a 256-bit bus.

For budget-conscious gamers,​ the RTX ⁤4060 ⁢Ti and 4060 deliver extraordinary results. ⁤The 4060 Ti boasts 4,352 CUDA ‌cores, a base clock ‌speed of 2.31 GHz,⁣ reaching 2.61 GHz in boost mode, 8GB of​ GDDR6X VRAM, and a 192-bit bus. ⁢Simultaneously occurring, the RTX⁣ 4060 offers 3,072 ⁤CUDA cores, a 2.48 GHz boost clock, ⁣8GB GDDR6X VRAM, and a 192-bit bus.

Beyond ​the Specs: RT Cores and Tensor Cores

Beyond sheer core counts,Nvidia’s RTX 40 series incorporates dedicated RT Cores and Tensor Cores.RT Cores‍ accelerate ray tracing, delivering incredibly realistic‍ lighting and ​shadows, while Tensor Cores⁣ power AI-powered features like DLSS (Deep Learning Super Sampling), which ⁣upscales lower-resolution images to higher​ resolutions, boosting frame rates without sacrificing image ‌quality.

Nvidia Unveils RTX 50 Series: Double the Performance, AI Powerhouse

Nvidia has‌ officially announced ‌its highly anticipated RTX ​50 series ​graphics cards, promising ‌a significant leap in performance and AI capabilities. The⁢ new lineup, ⁢consisting of‌ the RTX 5090, 5080,⁣ 5070 Ti, and 5070, ⁣is set ​to arrive early this year, bringing with it a wave of advancements ⁤in gaming and AI-powered technologies.

Powerhouse⁢ Performance at ⁢Competitive Prices

Nvidia‌ claims that ‍the entire RTX ⁤50 series will deliver double ‌the performance⁢ of their predecessors,a bold statement backed ⁣by significant technological advancements. Notably, the RTX ​5070 is ​predicted to offer comparable performance to the current RTX 4090, highlighting the impressive‍ performance gains across the lineup.

Interestingly, the RTX 50 series appears to be ⁤priced‍ competitively, defying initial expectations⁣ of a price surge. ​While ⁤Nvidia’s recommended prices ‌are always subject to ‌final⁣ manufacturer pricing,the company seems to have addressed concerns about increased costs,potentially ⁢disrupting the ⁢market and ​putting pressure on competitors like AMD.

DLSS 4: A ‍Game-Changer for Visual Fidelity

At the heart ⁢of Nvidia’s performance claims lies DLSS 4, the latest iteration of⁣ their groundbreaking Deep Learning Super Sampling​ technology. DLSS 4 utilizes AI ‌to upscale images, reconstruct ray-traced effects, and generate entirely new frames,‍ resulting in stunning visual quality and smoother gameplay.

Not only does DLSS⁣ 4 elevate the gaming ‌experience on RTX 50​ series cards, but it also brings improvements to older⁤ Nvidia GPUs.The technology will enhance image stability, reduce‌ ghosting artifacts, and deliver more detailed reconstructions, further solidifying Nvidia’s ⁣dominance in AI-driven graphics.

Mobile⁢ Gaming Gets a Boost

Nvidia’s commitment to innovation extends beyond desktop gaming‌ with the launch of​ mobile versions ​of the ⁣RTX 50 series. These GPUs will power upcoming notebooks from‍ leading manufacturers such as Acer, ⁢Asus, dell, ⁤Gigabyte, ​HP, Lenovo, MSI, and Razer, bringing enhanced graphics performance ‌to the mobile ‌gaming scene.

While the mobile variants will feature slightly lower specifications compared to their desktop counterparts,they still promise‌ a significant upgrade ⁢in performance and visual fidelity ‌for gamers on the go.

Czech Release and ‍Pricing

Nvidia has already revealed Czech pricing for the ⁤RTX 50 ‍series, with the RTX ​5090 starting at 59,599 CZK, the RTX 5080‍ at 29,999 CZK, the RTX ⁤5070 Ti at 22,399 CZK, and the RTX 5070 ​at 16,449 CZK.‌ These⁢ prices, if‍ confirmed, are likely to trigger​ a significant change in the ‌GPU market, potentially leading to price drops for previous-generation cards and⁣ creating a favorable surroundings for consumers.

The RTX 50 series ‍launch marks⁢ a pivotal moment for Nvidia, showcasing their unwavering⁣ commitment to pushing⁣ the boundaries ⁣of graphical performance and AI integration. With its impressive specifications, ‍advanced ⁣DLSS 4 technology, and competitive pricing, ‍the RTX ⁣50 series is‍ poised to ⁤redefine the gaming landscape and further solidify Nvidia’s position as a leader in the GPU market.

Nvidia⁣ DLSS 3.5: A Game Changer for Higher Resolutions and Frame Rates

nvidia has‌ announced ⁣a significant upgrade to its‍ Deep ⁤Learning‍ Super⁢ Sampling (DLSS) technology, with DLSS 3.5 promising to elevate gaming visuals ‌and performance to ⁣new heights.

AI-Powered Enhancements ‌for Stunning ‌Graphics

DLSS 3.5 harnesses the ‍power of artificial intelligence (AI)⁤ to generate stunning in-game imagery. This latest ‌iteration⁢ can create ⁣up⁤ to three new frames based ​on‍ existing ones, a notable advancement over the ⁤previous version which was limited to a single frame. this innovation, coupled with upscaling capabilities,⁣ allows ⁣developers to ​achieve frame rate increases of up to eightfold.


GeForce RTX 5070 thanks to AI will offer the performance of four times more expensive RTX 4090. Nvidia revealed Blackwell and DLSS 4 – Živě.cz

As a testament to its ⁤capabilities,Nvidia ‍showcased⁤ DLSS 3.5 running Cyberpunk 2077 on an‍ RTX ⁣5090. With ray tracing⁢ enabled, the ⁢game managed a mere 27 fps in 4K resolution. Though, activating DLSS 3.5 boosted‍ the frame rate to⁢ an impressive 240 fps.

DLSS: The New Standard ⁣for Realistic Graphics

Nvidia’s ⁣emphasis on ⁣DLSS highlights the technology’s crucial role in delivering visually breathtaking experiences. ⁤The company ⁣now presents performance‍ metrics primarily in the context of DLSS usage. ‌notably, they emphasize that DLSS can generate or‌ reconstruct up to 15 out of⁢ every 16 pixels. This advanced reconstruction technique allows for ‍the creation⁣ of ​high-quality 2160p images from 1080p source material while together achieving ⁢a fourfold increase in frame rate.

Nvidia⁢ Unveils DLSS‌ 4 and Reflex 2 Technologies for Enhanced Gaming Performance

Nvidia has just announced its next​ generation of⁤ graphics⁣ technologies,DLSS⁢ 4 and ⁢Reflex 2,promising significant advancements in gaming‍ performance⁢ and responsiveness. ⁢These technologies will be available‌ alongside‌ the launch of ​the highly anticipated RTX ‍50-series graphics cards.

DLSS 4: Pushing the Boundaries of ⁣Image Quality and Frame Rates

DLSS‌ 4,‍ the latest iteration of Nvidia’s groundbreaking Deep ⁤Learning Super Sampling technology,‍ is set to deliver an even⁣ more immersive gaming experience. With DLSS 4,gamers can ⁢expect a substantial ​boost in frame rates⁣ while maintaining stunning image quality.Remarkably,‌ Nvidia states that DLSS 4 technology will be supported‍ by an ⁤impressive 75 games at launch.

Reflex 2: Minimizing‌ Latency for Ultimate‍ Responsiveness

Nvidia also introduced Reflex 2, a ‍technology designed to minimize input lag and deliver ⁣ultra-responsive gameplay. this innovative technology, compatible with previous generations of Nvidia cards,‌ can⁣ reportedly ​reduce ‍control latency by up to 75%, providing a⁢ competitive edge for gamers.

the combination of DLSS 4 and ⁤Reflex⁣ 2⁣ is poised to revolutionize the ‍gaming⁤ landscape, offering a seamless blend of high frame⁢ rates, stunning visuals,⁣ and lightning-fast ⁤responsiveness. Gamers can look forward to a truly next-generation ‍gaming experience with these cutting-edge technologies.

More details about DLSS 4‌ and Reflex 2, including their full capabilities‌ and supported games, can be found on ⁣the Nvidia website: ​ Nvidia

How does DLSS 3.5 utilize‍ AI to ‍enhance image ‌quality,⁤ notably in the upscaling of lower-resolution images and reconstruction‍ of ray-traced effects?

Capability significantly boosts frame rates, especially at higher resolutions like 4K and 8K, while maintaining or even improving image quality.

Key⁢ Features of DLSS 3.5

  1. Frame Generation: DLSS ⁢3.5 can generate up to three new frames for every existing frame, which ‍is a substantial betterment over DLSS 3.0. This feature is particularly beneficial for ​high-resolution gaming, where maintaining high frame rates ‍can ‍be challenging.
  1. Improved Image Quality: The AI algorithms ‌in‍ DLSS 3.5 have been refined to produce sharper and more detailed images. This is achieved thru better‍ reconstruction of ray-traced effects and more accurate upscaling of lower-resolution images.
  1. Reduced⁤ Ghosting and Artifacts:‍ One of the common issues​ wiht earlier versions of DLSS was ghosting and other visual artifacts. DLSS 3.5 addresses thes problems by improving image stability and ⁣reducing unwanted visual anomalies.
  1. Compatibility with Older GPUs: While DLSS 3.5 is ‌optimized for the latest ​RTX 50 series, it also brings improvements ⁢to older Nvidia GPUs. ⁣This ensures that a wider range of ⁢users ⁤can benefit from the enhanced performance and visual fidelity.

impact on Gaming

The introduction of DLSS 3.5 is expected to have a profound impact on the gaming industry. ‌Here are some of the key benefits:

  • Higher Frame Rates: Gamers can expect significantly higher frame ⁣rates, especially at 4K and 8K resolutions.‌ This makes high-refresh-rate gaming more accessible and enjoyable.
  • Enhanced Visuals: ‍The improved image quality ‍and reduced artifacts mean ‌that games will look better than ever before. This is particularly crucial for immersive experiences⁤ where visual fidelity is crucial.
  • Broader Accessibility: By improving performance on older GPUs, DLSS 3.5 ensures that more gamers can enjoy the benefits of advanced AI-driven graphics enhancements.

Conclusion

Nvidia’s DLSS 3.5 represents a major leap forward ‍in AI-powered graphics technology. With its ability to ⁣generate multiple frames,⁣ improve image quality, and reduce ​visual artifacts, DLSS 3.5 is set to redefine⁣ the gaming experience. Whether you’re a competitive gamer looking for⁢ higher⁣ frame rates or a casual player seeking stunning visuals, DLSS 3.5 has something to offer. As the technology continues to evolve, it‍ will be exciting to see how it ‌shapes the‌ future of gaming.

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