In recent years, the gaming industry has seen rapid advancements in graphics technology, with new graphics cards continually pushing the boundaries of visual fidelity. Two popular titles that have become benchmarks for testing these advancements are Metro Exodus and Watch Dogs Legion. This article compares the performance of the latest Arc graphics cards against Nvidia's RTX series in these demanding games.

Overview of the Graphics Cards

The Arc series by Intel is their latest entry into the high-performance graphics market, aiming to compete directly with established players like Nvidia. The RTX series from Nvidia has long been a benchmark for high-end gaming performance, with features like ray tracing and DLSS technology enhancing visual quality and performance.

Benchmarking Methodology

Benchmark tests were conducted using the latest drivers and game patches. Both games were run at 1440p resolution with maximum settings, including ray tracing where applicable. Frame rates were recorded using dedicated benchmarking tools, and averages were calculated over multiple runs to ensure accuracy.

Metro Exodus Performance

Metro Exodus is renowned for its demanding graphics, especially with ray tracing enabled. The tests showed that the Arc cards performed competitively, often matching or surpassing lower-tier RTX cards in certain scenarios. However, the top-tier RTX models still maintained a performance edge, particularly with ray tracing enabled.

  • Arc A770: Averaged 55 FPS, with smooth gameplay and minimal stuttering.
  • RTX 3060 Ti: Averaged 60 FPS, offering slightly better ray tracing performance.
  • RTX 3070: Averaged 65 FPS, providing a noticeable performance increase.

Watch Dogs Legion Performance

Watch Dogs Legion benefits from advanced ray tracing effects, making it a good test for graphics card capabilities. The results indicated that the Arc cards deliver impressive performance, often close to the RTX 3060 Ti, especially in non-ray tracing settings. With ray tracing enabled, Nvidia's RTX 3070 showed superior performance.

  • Arc A770: Averaged 50 FPS with ray tracing, maintaining playable performance.
  • RTX 3060 Ti: Averaged 55 FPS under similar conditions.
  • RTX 3070: Averaged 60 FPS, providing a smoother experience with ray tracing.

Conclusion

The benchmarking results demonstrate that Intel's Arc series is a promising contender in the high-performance gaming market. While it currently trails behind Nvidia's RTX series in raw performance, especially at the highest settings with ray tracing, it offers a competitive alternative for gamers seeking value and solid performance. As driver support and software optimization improve, Arc cards are likely to close the gap further.

Future Outlook

Both Nvidia and Intel are investing heavily in their graphics technologies. Future driver updates, software enhancements, and new game releases will continue to influence performance benchmarks. Gamers and developers alike should keep an eye on these developments to make informed choices about their hardware investments.