Intel has not released its new line of powerful video cards, yet the company continues to push the technology publicly. In a recent video, the firm highlights its XeSS supersampling technology and provides a glimpse into its ongoing work.
This technology mirrors the approaches used by NVIDIA DLSS and AMD FSR. It relies on artificial intelligence to enlarge a low-resolution image while keeping quality loss to a minimum. The result is a lighter burden on the GPU, allowing for smoother performance in demanding tasks and games.
The team demonstrated the system on the Arc A770, a card that had not been publicly showcased before. The test was run on a PC configured with Shadow of the Tomb Raider at 1440p with ray tracing enabled. The card without XeSS managed around 51 frames per second, whereas with XeSS the frame rate rose to a range of 60 to 88 FPS, depending on the chosen quality settings and the balance between image fidelity and performance.
The exact launch date for the Arc A770 remains unconfirmed, keeping enthusiasts and developers watching closely for any official updates. In another test scenario, the platform displayed notable gains in settings that prioritize higher visual quality, underscoring the potential for XeSS to close the gap between performance and image clarity on generations of hardware that require intelligent upscaling to maximize frame rates.
This ongoing work suggests a broader strategy: use AI-driven upscaling to preserve details in complex scenes while reducing computational load. The result is a more responsive experience in modern titles and simulated environments where high-resolution rendering is resource-intensive. The approach aligns with current trends in the graphics ecosystem, where developers seek ways to deliver crisp visuals without overtaxing existing GPUs.
The XeSS technology is positioned as a complementary capability, enabling games and applications to scale more efficiently across a range of hardware setups. By leveraging machine learning models trained on diverse visual data, it aims to deliver convincing upscaling that maintains texture detail, edge definition, and shading integrity even at lower internal resolutions. This can be particularly beneficial for users who pair mid-range graphics cards with high-resolution displays, seeking smooth gameplay experiences without compromising on visual quality.
As the hardware landscape evolves, XeSS and similar upscaling techniques will likely become a standard consideration in performance tuning. Users can expect more refined control over the balance between FPS and image fidelity, along with ongoing improvements in AI-driven upscaling that adapt to new game engines and rendering pipelines.
In summary, Intel’s XeSS approach continues to position the Arc A770 as a compelling option for gamers and enthusiasts who want strong performance without sacrificing image quality. The progress showcased in the recent video demonstrates practical gains in real-world titles and configurable scenarios, signaling a steady path toward more efficient rendering solutions that leverage AI to optimize modern graphics workloads.
Citations: VG Times