Arm’s Big Mobile Graphics Leap Takes a Deep Dive Into Neural Super Sampling
6 Articles
6 Articles
Arm’s Big Mobile Graphics Leap Takes a Deep Dive into Neural Super Sampling
Mobile gaming has always been a balancing act, as developers have to juggle sharp visuals, smooth performance and battery life, often making compromises to keep everything in check on the limited hardware of smartphones. Arm, a company whose chip designs power most of the world’s mobile devices, is changing that equation with Neural Super Sampling [...]
Arm Announces AI-Driven Neural Super Sampling (NSS) Graphics Upscaler, Saving up to 50% on GPU Workload
Image: ARM Arm is joining the AI-powered super sampling club with the introduction of its NSS solution, which can provide near-native visuals while reducing the GPU workload. Upscaling super sampling solutions have more or less taken over every aspect of gaming over the last decade. While there are still some that do not require any kind of proprietary hardware, such as older versions of AMD FSR or Intel XeSS, and open-source projects like OptiS…
ARM has already spoken in advance about its next-but-one GPU generation, which won't be found in the first smartphones until late 2026. But there's a reason for this early chatter. ARM plans to make Neural Graphics a central element of future graphics chips for mobile devices... Read the article: ARM to use neural technologies for its mobile GPUs starting in 2026. You can support us with every purchase you make through Amazon. Your price remains…
ARM has developed a technology called Neural Super Sampling (NSS) that promises to improve the graphic quality of video games on Android mobile phones. Inspired by Nvidia’s DLSS, this technique uses artificial intelligence to rescale images, allowing games to run at lower resolutions and then rebuild to high quality. This reduces the GPU’s workload by up to 50%, resulting in better graphics, greater fluidity or lower energy consumption. NSS will…
Start Experimenting With Neural Super Sampling For Mobile Graphics
Mobile game developers around the world face increasing pressure to meet user expectations for sharper visuals, smoother gameplay, and longer battery life. Balancing these goals on constrained mobile devices often means making trade-offs. Traditional upscaling methods offer limited flexibility. Real-time AI rendering remains complex, power-hungry, or hardware dependent. Neural Super Sampling (NSS) directly addresses these challenges. NSS is a ne…
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