Intel reveals first ray-traced gaming benchmarks for the Arc A770 flagship
Intel has shared the initial ray-traced performance benchmarks for its high-end Arc A770 graphics card, signaling a continued commitment to the gaming accelerators market. The company asserts that the upcoming model could deliver roughly a 25% uplift in frame rates across many titles when compared with the RTX 3060, signaling a meaningful step forward for budget-conscious enthusiasts in North America.
The disclosed tests indicate notable gains in popular titles such as Fortnite, Metro Exodus, Dying Light 2, and F1 2021 when run on the Arc A770. In contrast, some games including Guardians of the Galaxy, Battlefield V, and F1 2022 appear to favor the RTX 3060, suggesting that the Arc A770 targets performance that sits between mainstream Nvidia options and higher-end models. This positioning implies that the Arc A770 could offer strong value against mid-range Nvidia solutions, while the RTX 3070 and above would remain outside its immediate reach for many buyers. Rumors about Nvidia’s RTX 40-series machines hint at ongoing competition in the wider market and keep a dynamic pricing landscape in play.
Additional tests extend to a 1440p evaluation of the Arc A770 with XeSS enabled and disabled. XeSS—Intel’s response to Nvidia’s DLSS and AMD’s FSR—demonstrates clear frame-rate improvements, with certain scenarios showing substantial boosts that could translate to smoother experiences in demanding titles. This shows Intel’s ongoing work to optimize AI-based upscaling for real-time rendering and broader game support.
As of now, no firm release date has been announced for the Arc A770. The discussion around a recent July game launch that enjoyed strong Steam sales underlines continuing interest in advanced graphics features and the demand for capable, affordable GPUs in North American and Canadian markets. Continued community interest and early reviews suggest that testers are watching driver maturity and software optimization closely as the product moves toward broader availability.
Note: These benchmarks are early benchmarks and may evolve as driver updates arrive and software optimizations mature, influencing real-world performance across a wider set of titles and configurations.