PS5 vs. NVIDIA RTX 5060: VRAM, Ray Tracing, and Price‑to‑Performance Analysis

Comparison of ray tracing capabilities highlights the VRAM impact on frame rates between PS5 and RTX 5060 at 1440p

Hardware by Tanvir Kabbo on Jul 15, 2025

Recent testing suggests RTX 5060 offers significant gains over its predecessors; nonetheless, a PCIe 3.0 interface and 8GB of VRAM present important limitations.

We tested the GPU's inherent capabilities as well as the trade-offs needed to fully utilize them in contemporary AAA games at 1440p and 4K.

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VRAM Limitations

With only 8GB of memory, RTX 5060 quickly encounters constraints when ray tracing is enabled.

In titles such as Monster Hunter Wilds and Marvel's Spider‑Man 2, even at 1440p and medium-quality settings, we found that enabling ray tracing pushes memory usage beyond the 8GB ceiling, forcing us to dial back texture fidelity or disable tracing entirely.

As new AAA releases demand ever-larger memory footprints—especially when ray tracing is involved—the 8GB limit feels increasingly narrow for a GPU expected to last 3–5 years.

PCIe Bandwidth Constraints

Systems still operating on PCIe 3.0 experience variable performance drops when paired with RTX 5060. While PCIe 4.0 users enjoy near-ideal bandwidth, those on PCIe 3.0 see frame-rate dips ranging from a few percent to double-digit losses, depending on the title.

For budget builds, you'll want a PCIe 4.0-capable motherboard to avoid these bottlenecks.

Performance Against Consoles

When pitted against a PlayStation 5 in PS5 performance mode, RTX 5060 shows a clear advantage under ideal conditions.

In Black Myth Wukong at 4K with DLSS Performance mode and high-quality textures, we maintain 170–200 fps—compared to an uncapped 1080p console output—translating to roughly a 20% lead.

In Forza Horizon 5, matching the PS5's 60 fps cap on PC yields some overhead, and swapping 4×MSAA for NVIDIA DAA incurs only a 4% hit while enhancing image quality.

If you prioritize frame rate and visual fidelity, the 5060 on a robust PC setup outpaces the console.

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Ray Tracing and Feature Enhancements

From a raw compute standpoint, RTX 5060 handles ray tracing well when VRAM headroom exists.

In Black Myth Wukong running at 1440p DLSS Balanced on high settings—mirroring PS5 quality mode—the card sustains 170–200 fps.

However, once memory demands rise, ray-traced effects force compromises that erode performance gains.

The PC version of Alan Wake 2 also adds RTX Mega Geometry by default on RTX cards, which may contribute to its performance edge.

Frame Generation and Latency Penalties

Multiframe Generation (MFG) adds complexity to our assessments. In Alan Wake 2's performance mode equivalent, 4×MFG yields substantial frame-rate boosts—up to a 35% lead over the PS5 in static benchmark scenes—but imposes a latency penalty of up to 25ms.

On higher‑end GPUs, the latency increases from 2× to 4× MFG is minimal; on RTX 5060, it is more pronounced, making it crucial for you to balance frame‑rate gains against input lag, especially if you game with a controller.

Tuning and Optimized Settings

RTX 5060 excels when you embrace fine‑tuning. By adjusting texture quality, DLSS modes, and anti-aliasing options, we achieved smooth 120 fps+ gameplay in multiple titles without maxing out hardware.

For games not requiring more than 8GB of VRAM and running on a PCIe 4.0 interface, the 5060 can deliver compelling experiences in the $300 segment.

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Emerging Competition

AMD recently announced a 16GB RX 9060 XT for $350, promising performance on par with the 5060 Ti series and a full‑size PCIe interface.

Although we haven't tested it yet, if AMD's claims hold true, 9060 XT could challenge NVIDIA's 60-class cards much like the 9070 did to the 5070, offering more VRAM and bandwidth headroom for a modest premium.

Key Takeaways

RTX 5060 is a well-considered option for consumers who are constructing a setup with endurance in mind because of its limited VRAM and PCIe 3.0 constraints. The card performs well if you update to PCIe 4.0 and are prepared to adjust settings.

But with AMD's 16GB substitute on the horizon, it could be prudent to hold off and evaluate benchmarks before making a decision.

To sum up, RTX 5060 can achieve impressive frame rates and outpace current-generation consoles when you avoid its memory and bandwidth pitfalls and invest time in optimized settings.

Yet the rapid rise in VRAM requirements and the imminent arrival of competitive alternatives suggest a cautious approach.

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