More than a month has passed since the reveal of Intel Arc mobile graphics cards. So far, only one Samsung laptop model ships with such a GPU, and it’s available only in South Korea. Still, early testing data for the Arc A370M has begun to surface online, giving enthusiasts a first look at the performance potential of Intel’s mobile ray-tracing capable lineup.
In this family, the Arc A350M comes with 768 cores, while the A370M steps up to 1024 cores. Both configurations still rely on 4 GB of memory and a 64-bit memory bus. Benchmarks position the A350M just above the GeForce MX450 but below the GTX 1650, forming a familiar mid-range gap. The Arc A370M, however, stands out as the more compelling option of the two, inviting closer scrutiny from reviewers and gamers alike.
Early measurements using Metro Exodus Enhanced Edition show the A370M delivering performance close to the RTX 3050 in this ray-traced title, a notable claim given the game’s demanding lighting and reflections. The same card also holds its own in the Topaz AI video processing benchmark, hinting at strong AI-accelerated workflows beyond traditional gaming tasks.
Overall, the Arc A370M piques more interest than the A350M, especially once the exact tuning mode is known. A key takeaway is that Intel Dynamic Tuning Technology significantly shifts how these blue GPUs perform under real workloads. In practice, reviewers observed the hardware in iterative testing scenarios, where smart throttling and adaptive power management could unlock extra headroom in portable form factors. The bottom line is that Intel’s portable accelerator line shows real potential, with the A370M leading the charge in terms of perceived value and efficiency for mobile gaming and accelerated workloads.
In short, the Arc line demonstrates meaningful competition in the mobile segment, offering higher core counts and AI-assisted capabilities that translate to tangible gains in graphics and multimedia tasks. While performance varies with software and power settings, early impressions point to a viable option for users seeking a compact, capable gaming or creator laptop without stepping up to higher-end GPUs. The evolving driver ecosystem and optimization paths will ultimately determine how quickly these cards mature in mainstream availability and sustained performance across a broader library of games and applications.