NVIDIA DLSS 4 Boosts Dune: Awakening and F1 25
NVIDIA has announced that NVIDIA DLSS 4 with Multi Frame Generation is now enhancing performance in two major PC titles. These include Dune: Awakening and EA SPORTS F1 25 .
According to NVIDIA, Dune: Awakening now supports DLSS 4 with Multi Frame Generation. It also includes DLSS Frame Generation, DLSS Super Resolution, and NVIDIA Reflex. This combination significantly improves gameplay performance and image quality.
Funcom's Dune: Awakening delivers a visually rich recreation of Arrakis. The game blends survival gameplay with persistent multiplayer features. Players can explore the universe inspired by Frank Herbert's novels and Denis Villeneuve's films. It is currently available in Advanced Access for Deluxe and Ultimate edition buyers. The general release is scheduled for June 10.
NVIDIA reported that enabling DLSS 4 with Multi Frame Generation alongside DLSS Super Resolution can multiply frame rates by 4.9X on 4K with max settings. Reflex support also reduces PC latency by up to 50%.
Additionally, EA and Codemasters revealed that EA SPORTS F1 25 supports the full suite of DLSS technologies. The title marks the first use of path-traced effects in the franchise, delivering heightened realism and immersion. Players with GeForce RTX GPUs can enable DLSS Ray Reconstruction. This feature replaces traditional denoisers with an AI model, enhancing the fidelity of ray tracing.
Moreover, the game supports: DLSS 4 with Multi Frame Generation on RTX 50 Series
DLSS Frame Generation on RTX 40 Series
All RTX users can utilize DLSS Super Resolution.
NVIDIA revealed that using all three DLSS technologies together can multiply performance by up to 7.9X on RTX 50 Series GPUs. This boost was tested during a wet night race in Bahrain with 20 cars at 4K Ultra High settings.
These updates reinforce NVIDIA's ongoing focus on AI-powered graphics and performance optimization.
Hashtags
Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Tahawul Tech
18 hours ago
- Tahawul Tech
Nvidia calls claims of secret kill switch ‘implausible'
Nvidia has refuted the idea that its GPUs were built with kill switches or backdoors while simultaneously attempting to dissuade politicians suggesting its chips should include features such as location sharing and remote-control. In a blog, Nvidia chief security officer David Reber argued embedding backdoors and kill switches into its chips 'would be a gift to hackers and hostile actors', undermining global digital infrastructure and fracturing trust in US technology. He noted to mitigate the risk of misuse, some pundits and politicians proposed requiring hardware to have built-in controls which can remotely disable GPUs without user knowledge and consent, adding some suspect these might already exist. Until recently, Reber noted established law required companies to fix any security vulnerabilities and the principle still holds. 'There is no such thing as a 'good' secret backdoor, only dangerous vulnerabilities that need to be eliminated', he said. 'Product security must always be done in the right way: through rigorous internal testing, independent validation and full compliance with global security standards.' Implausible China's government held a meeting with the company last week to outline its concerns about a US push for its advanced chips to include tracking and positioning features. Nvidia said there were suggestions 'find my phone' or 'remote wipe' features on smartphones could be used as models for a GPU kill switch. However, Nvidia's security chief said the comparison 'doesn't hold water, optional software features, controlled by the user, are not hardware backdoors'. 'Hardwiring a kill switch into a chip is something entirely different: a permanent flaw beyond user control and an open invitation for disaster', Reber warned. Source: Mobile World Live Image Credit: Nvidia
Web Release
a day ago
- Web Release
Death Relives and The First Descendant Get Frame-Boosting NVIDIA DLSS 4 Update
This week, NVIDIA DLSS 4 with Multi Frame Generation multiplies performance in Death Relives and The First Descendant, delivering the definitive PC experience for GeForce RTX players. Powered by Unreal Engine 5, The First Descendant is a free, third-person cooperative action-RPG shooter that lets gamers experience the fun of strategic boss fights through 4-player co-op. Season 3, 'Breakthrough,' launches August 7th. It introduces a massive new open area to explore and fight in, a new Field Colossus Raid, and a new hoverbike mount to speed up travel. There's also a crossover with the popular action RPG NieR: Automata. The game already supports DLSS Frame Generation, DLSS Super Resolution, DLSS Ray Reconstruction, DLAA, Reflex, and several ray-traced effects. With the launch of Season 3, NVIDIA DLSS 4 with Multi Frame Generation joins the party, multiplying frame rates at 4K resolution by an average of 4.9X.
The National
2 days ago
- The National
The Middle East must get ready for a US-China digital arms race
A starting gun fired this summer, but many of us didn't hear it. On July 18, when the US unveiled its National AI Action Plan, it wasn't just another policy document. It was a declaration, signalling the start of what could be humanity's ultimate race: a global contest to build the digital foundations of the 21st century and, in the process, redefine the very meaning of national power. For centuries, nations have vied for territory, resources and influence. This new competition is of a different order entirely. It is a sprint to embed artificial intelligence into every sector, every institution and every decision-making layer of society. AI is no longer a far-off concept from science fiction; it has become the invisible infrastructure of our present, the operating system of modern life. With its plan, the US has made its intentions clear: it is mobilising to win. The American strategy is breath-taking in its scale and speed. This is not a cautious roadmap but a full-scale mobilisation of capital, talent and government will. The plan accelerates the National AI Research Resource, a flagship initiative backed by an initial $110 million to arm the nation's researchers with the raw computing power needed to innovate. Yet this public push is dwarfed by the staggering ambitions of the private sector. Elon Musk's xAI is building a $10 billion 'Gigafactory of Compute', a cathedral of processing power designed to run on 100,000 of Nvidia 's most advanced chips. Not to be outdone, Microsoft and OpenAI are reportedly planning a $100 billion data centre project codenamed 'Stargate'. These are the moonshots of our time. And their impact is already filtering down into the machinery of government, where AI is being used to slash medical backlogs for veterans and help reduce the nearly 43,000 annual roadway deaths. This isn't just automation; it's a fundamental rewiring of the state into an entity that can learn and adapt in real-time. But America is not running this race alone. For every move the US makes, China has a powerful and increasingly sophisticated countermove, often executed with a different philosophy. While the US champions a public-private partnership model, China's state-led industrial policy delivers breakthroughs with stunning speed. Consider the shockwave sent through the robotics world this year by Unitree, a Chinese firm that launched a sophisticated humanoid robot for just $16,000. It was a watershed moment, transforming advanced robotics from a high-cost industrial tool into something approaching a mass-market product. This focus on tangible, real-world applications is complemented by a brilliant software strategy. While American giants often keep their most powerful models proprietary, Beijing-based DeepSeek AI recently released its powerhouse DeepSeek-V2 model completely open-source. In doing so, it invited the world's developers to build on its technology, a clever play to win the hearts and minds of the global tech community. In this global digital race, there may be no prize for second place However, this digital arms race is running headfirst into a very physical wall: energy. AI is insatiably power-hungry. By 2030, Nvidia's AI servers alone are projected to consume more electricity annually than the entire country of Finland. Mr Musk predicts that within a year, the primary constraint on AI development will shift from a shortage of chips to a shortage of electricity. Here, the competition becomes one of concrete and power grids. The US AI sector is projected to require 50 gigawatts of new power capacity by 2028. In 2023 alone, China added more than 400 gigawatts of new capacity, more than the rest of the world combined. The lesson is stark: winning the AI race isn't just about designing algorithms in the cloud; it's about having the industrial might to power them on the ground. For those of us in the Middle East, the sound of this starting gun should echo with a particular urgency. Regional ambitions are high. The UAE has pioneered world-class Arabic language models and the use of AI in government applications, while Saudi Arabia's Public Investment Fund is reportedly planning a $40 billion fund to invest in AI. But the actions of the US and China reveal a new truth: ambition is no longer enough. Success now demands execution at a national scale, requiring the sovereign capabilities – computation, talent and especially energy – to sustain it. The global race has begun. It is a contest not just for technological dominance, but for the right to shape the future of trade, security and society itself. And in this race, there may be no prize for second place.
