Comparison of AMD Radeon RX 9070 and GeForce RTX 5070 graphics cards

Overview and key differences

Price and performance

Technical specifications

For those who are used to comparing devices by raw numbers, we have prepared detailed specifications.

General information

Graphics processor

Memory and API

Although the memory on NVIDIA is formally faster thanks to the GDDR7 standard, the physical capacity of 16 GB from AMD allows it to confidently outpace the competitor in scenarios using 4K textures.

Gaming performance

Tests without ray tracing

In classic rendering scenarios (rasterization), AMD Radeon RX 9070 XT demonstrates a decisive lead. At 1440p, the average advantage over the RTX 5070 is about 18%. RDNA 4 is especially noticeable in projects with huge open worlds, where the speed of filling a scene with objects matters.

Tests with ray tracing

Enabling ray tracing significantly changes the balance of power. In heavy modes such as Path Tracing, the Blackwell architecture performs better. However, in standard RT scenarios, Radeon often pulls ahead of the competitor thanks to more compute blocks and RDNA 4 optimizations.

Results in popular games

If we look at the comparison at 4K, the gap between RX 9070 XT and RTX 5070 becomes critical for comfortable gameplay. 12 GB of VRAM on GeForce leads to buffer overflow in games such as A Plague Tale: Requiem or Hogwarts Legacy, causing noticeable stutters. At the same time, 16 GB from AMD allows you to set maximum texture quality without concern.

In Monster Hunter Wilds, AMD delivers an average of 65 FPS while NVIDIA shows only 54. To achieve smoothness, owners of GeForce have to enable an upscaler, while Radeon handles native rendering. AMD’s machine-learning-based FSR Redstone technology has almost caught up with DLSS 4.5 in static image quality in 2026, although in motion, NVIDIA algorithms still retain a small sharpness advantage.

Benchmarks

Synthetic tests

In synthetic suites, AMD Radeon RX 9070 XT leads in rasterization speed and geometry tests. However, in specialized tasks such as AI inference (Procyon AI Vision), the RTX 5070 outpaces its rival by more than twice. This confirms NVIDIA as the best choice for those who not only play games, but also experiment with local neural networks.

3DMark and other test results

In the classic Time Spy test, AMD Radeon RX 9070 XT reaches about 36 TFLOPS of total power, while the RTX 5070 stops at 31 TFLOPS. However, in Blender rendering the situation is reversed: NVIDIA scores 6172 points versus 3274 for AMD. Optimization of the Cycles engine for CUDA and OptiX gives a twofold advantage. In the Unreal Engine 5.5 test, Radeon takes revenge again, showing 93 FPS versus the opponent’s 75, making it an excellent choice for game developers using this engine.

Power consumption and system requirements

In terms of energy efficiency, NVIDIA looks more attractive for quiet builds. A 250 W TDP allows the use of more modest cooling systems.

The cooling system on AMD requires a more spacious case with better airflow. For the XT version, we can recommend power supplies rated from 750 to 850 W. The card from NVIDIA is more forgiving and can run with a quality 650 W PSU. It is also worth noting undervolting potential: lowering the voltage by 75 mV on the RX 9070 noticeably reduces temperatures, while the RTX 5070 allows power consumption to be reduced by 30% while keeping stock performance levels.

Comparison with competitors

In the 2026 hierarchy, RTX 5070 is the direct successor to the RTX 4070 Ti Super, offering the same speed but with an updated AI stack. In turn, the RX 9070 XT successfully competes with more expensive previous-generation models such as the RX 7900 GRE or even the RX 7900 XT. Upgrading to these new cards makes sense if your current graphics card has less than 10 GB of VRAM or belongs to the RTX 3070 generation or lower. For owners of the 4000 series, the upgrade may only be justified if there is an acute memory shortage at 4K resolution.

User opinions and reviews

Conclusion and recommendations

To summarize, we can draw the following conclusions.