Two Budget Cards, One Demanding Test
AMD’s Radeon RX 9060 XT and Intel’s Arc B580 are both targeting the same price-conscious PC gamer, but ray tracing at 1440p is where their architectural differences stop being theoretical and start showing up in frame counters.
Where the RX 9060 XT Stands at 1440p With Ray Tracing
AMD built the RX 9060 XT on the RDNA 4 architecture, which introduced a redesigned ray accelerator setup compared to RDNA 3. Each compute unit now carries two ray accelerators instead of one, and the hardware-level BVH traversal improvements mean the card handles shadow rays and ambient occlusion passes with considerably less overhead than its predecessor. At 1440p in titles like Cyberpunk 2077 with ray tracing set to Medium, the 9060 XT holds a consistent line above 60 fps, which puts it in genuinely playable territory without DLSS or FSR propping it up.
The card ships in 8GB and 16GB configurations, and at 1440p with ray tracing enabled, that VRAM ceiling starts to matter more than it does at 1080p. In Alan Wake 2 with Path Tracing active, the 8GB variant shows texture pop-in and occasional frame time spikes that the 16GB version does not – both at max settings. Dropping shadow detail one notch mostly resolves the 8GB problem, but it is worth knowing the ceiling is real.
AMD’s FSR 4 works as a solid fallback here. Unlike FSR 3, the fourth generation uses a machine learning approach similar in structure to DLSS 4, and the quality mode output at 1440p is clean enough that most players will not notice the upscaling without a direct comparison. Paired with ray tracing at Medium settings in Spider-Man 2, the 9060 XT hits around 75-80 fps in FSR 4 Quality mode, which is a comfortable place to game for an extended session.
Where AMD’s card loses ground is in titles that heavily use ray-traced reflections rather than shadows. Dying Light 2 with full RT reflections enabled pushes the 9060 XT harder than expected, and frame rates dip into the low 50s at native 1440p. That is not a catastrophic result, but it signals that the card’s ray tracing strengths are more pronounced on shadow and lighting workloads than on complex reflection passes.
Arc B580 and Xe2: A Different Approach to the Same Problem
Intel’s Arc B580 runs on the Xe2 architecture, which uses a ray tracing pipeline that Intel designed from scratch for Battlemage rather than carrying over from the original Xe HPG design in the A770. The Xe2 ray tracing unit is more tightly integrated with the execution units, which helps the B580 punch harder than expected on ray tracing workloads relative to its rasterization performance. In practical terms, the gap between this card’s raster and RT performance ratios is narrower than most AMD and Nvidia cards at this tier.
In Cyberpunk 2077 at 1440p with ray tracing on Medium, the B580 matches the 9060 XT closely – both cards land in a similar range and the difference comes down to single-digit frame rates in most scenes. Where the Intel card actually pulls ahead is in Metro Exodus Enhanced Edition, which uses full ray tracing for its lighting model. The B580 delivers noticeably smoother performance here, staying above 60 fps more consistently without any upscaling, while the 9060 XT drops below that line more often in the dense forest segments.
Intel’s XeSS 2 upscaling is the B580’s biggest ray tracing companion. Like AMD’s FSR 4, XeSS 2 uses a machine learning approach, but it has a hardware-level advantage on Intel cards specifically – the Xe matrix engines accelerate the inference work, which means the upscaling runs with lower overhead on the B580 than it would on a non-Intel GPU. At 1440p in XeSS Quality mode, image quality is genuinely competitive with FSR 4 in Quality mode, and the two are difficult to separate without pixel-peeping.
The B580’s clear weakness at 1440p ray tracing is driver stability. Intel’s driver ecosystem, while dramatically better than it was during the Arc A-series launch, still produces occasional hitching in DX11 titles with ray tracing enabled. Dying Light 2 and Shadow of the Tomb Raider both show irregular frame time spikes on the B580 that do not appear on the 9060 XT. AMD’s drivers are not perfect, but they are a more mature foundation at this point.
The B580 carries 12GB of GDDR6 as a standard configuration, and that extra memory headroom over the 9060 XT 8GB shows clearly in memory-intensive ray tracing scenarios. In Alan Wake 2 with Path Tracing on, the B580 stays cleaner longer before texture streaming becomes a problem. For buyers choosing between an 8GB 9060 XT and the B580, the VRAM difference is a legitimate factor – though pairing the 9060 XT’s 16GB model against the B580 closes that gap almost entirely. For a broader look at how VRAM capacity plays out in demanding scenarios, the RTX 5060 Ti 8GB vs 16GB VRAM comparison at 4K lays out the pattern clearly.
Which Card Actually Wins at Ray Traced 1440p
Across the full picture, the RX 9060 XT 16GB is the stronger all-around performer at 1440p ray tracing – it edges ahead in more titles, its drivers are more reliable, and FSR 4 Quality mode gives it a polished fallback for heavier scenes. The 9060 XT 8GB is a trickier recommendation because the VRAM ceiling causes enough visible issues in current ray tracing workloads to require regular settings compromises.
The Arc B580 is not a loser here, and in specific titles – particularly those built with Vulkan or DX12 and heavier lighting workloads – it genuinely competes or wins outright. At its current street price, the B580 12GB remains a strong value argument, and Intel’s driver updates have been consistent enough to make the platform feel less risky than it did a year ago. Whether the occasional DX11 hitching bothers you depends entirely on your game library.
