Two Budget GPUs, One Demanding Test
Ray tracing at 1080p sits in an interesting place for budget GPUs. The resolution is forgiving enough that weaker hardware can push playable frame rates, but ray tracing’s per-pixel cost doesn’t scale down with resolution the way rasterization does. That puts cards like the Radeon RX 9060 XT and the Intel Arc B580 in a position where their architectural differences matter more than their price tags might suggest.
Both cards target the same general buyer: someone spending between $250 and $350 who wants modern feature support without stepping into the $400-plus tier. AMD brings its RDNA 4 architecture to the table, which includes a redesigned ray accelerator setup that the company built specifically to close the gap with Nvidia’s RT performance lead. Intel’s B580 runs on the Battlemage architecture, and while its 1440p rasterization numbers have impressed reviewers, ray tracing at 1080p tells a different story.
What Ray Tracing Actually Costs These Cards
The B580 launched as a genuine surprise in the budget GPU space. Its rasterization performance at 1080p and 1440p sat comfortably ahead of AMD’s previous RDNA 3 offerings at similar price points, and Intel’s driver team has continued pushing steady updates since release. But Battlemage’s ray tracing hardware has a known ceiling, and games that lean heavily on RT effects – reflections, shadows, global illumination – expose it faster than synthetic benchmarks imply.
AMD’s RDNA 4 design takes a different approach. Each compute unit on the RX 9060 XT carries dual ray accelerators, which doubles the RT throughput per CU compared to RDNA 3. In practice, that means titles like Cyberpunk 2077 with Psycho RT settings, Alan Wake 2, and Indiana Jones and the Great Circle show a measurable gap at 1080p between the two cards – one that doesn’t show up nearly as clearly in rasterization-only workloads. For the 1440p rasterization comparison, the B580 holds its own far better, which underlines how RT specifically reshapes the competitive picture.
Alan Wake 2’s path tracing mode is arguably the most punishing test available for consumer GPUs right now. At 1080p with path tracing enabled and DLSS/FSR doing the upscaling work, the RX 9060 XT delivers playable averages in the mid-40s frame range with FSR 4 active. The B580 drops further, sitting in the low-to-mid 30s with XeSS handling reconstruction. Neither card makes path tracing a comfortable experience without upscaling, but the gap between them is wide enough to matter if RT fidelity is a priority.
Game-by-Game Breakdown
Cyberpunk 2077 with Ultra RT settings – not path tracing, just the ray-traced reflections and shadows preset – runs significantly better on both cards than Alan Wake 2 does, which reflects how much CDPR’s RT implementation has been optimized over time. At 1080p, the RX 9060 XT averages in the upper 50s to low 60s with FSR 4 Quality mode, making it a genuinely usable experience for a demanding open-world RT title. The B580 lands roughly 10 to 14 frames lower on average, which pushes it closer to the 45-50fps zone depending on scene complexity.
Indiana Jones and the Great Circle uses a hybrid RT approach that’s less demanding than Cyberpunk’s full suite, and that narrower workload lets the B580 close some of the gap. Frame rates on both cards climb into territory where the difference becomes less noticeable during actual play. If the B580’s target buyer mostly plays titles using selective RT rather than full RT stacks, the performance deficit shrinks considerably. The problem is that as more studios adopt heavier RT by default, that defense gets harder to maintain.
Control Ultimate Edition remains a useful benchmark because its RT implementation is older, well-optimized, and doesn’t require reconstruction to be playable. At 1080p with RT on, both cards handle it comfortably, with the RX 9060 XT leading by a margin that’s real but not dramatic. This is where the B580 makes its strongest argument for the money – older RT titles and moderately demanding RT effects don’t expose the gap nearly as much as current-generation workloads do.
The pattern across all these titles points to the same conclusion: the RX 9060 XT holds a consistent RT lead at 1080p that ranges from moderate in lighter workloads to decisive in heavier ones. Using FSR 4 with AMD’s newer upscaling quality also gives the 9060 XT a reconstruction advantage in titles that haven’t implemented DLSS 4’s transformer model, though XeSS has narrowed the quality gap considerably over the past year of updates.
Upscaling, Drivers, and the Practical Picture
Neither card is trying to run RT without upscaling assistance – that’s just not realistic at this price tier in 2025. The question is which card’s upscaling solution holds up better, and that’s where AMD’s position gets stronger. FSR 4 uses a machine-learning model trained on AMD hardware, and the image quality improvement over FSR 3.1 is substantial enough that it changes the practical output of the RX 9060 XT in RT-heavy titles. Intel’s XeSS performs well, particularly on its own hardware, but the breadth of FSR 4 support and AMD’s aggressive rollout across titles gives the 9060 XT a near-term upscaling advantage that’s hard to dismiss.
Driver stability has been a real concern for Intel Arc since launch, though the situation has improved considerably with recent updates. For buyers who want a stable, predictable experience on day one of a new game’s release, AMD’s longer driver development history still carries weight. Intel has made strides, but the Arc platform is younger, and edge cases in RT rendering specifically have produced more driver-related quirks than AMD’s stack tends to produce on equivalent workloads.
The RX 9060 XT’s 16GB VRAM configuration on its higher-end variant also creates a buffer that the B580’s 12GB doesn’t have, and while 12GB is not a hard limitation at 1080p today, RT workloads with high-quality textures push VRAM harder than rasterization does. That extra headroom may not matter in every game right now, but it starts to show up in titles actively using RT alongside high-resolution texture packs.
If ray tracing performance specifically drives your buying decision at 1080p, the RX 9060 XT is the cleaner choice at comparable price points. The B580 is still a strong GPU for rasterization and lighter RT scenarios, but AMD’s dual ray accelerator design in RDNA 4 built a genuine structural advantage in RT-heavy workloads – and in the titles pushing that workload hardest in 2025, the gap doesn’t close by waiting for a driver update.
