RX 9070 & XT vs RTX 5070 & TI / Prix / Perf / Dispo 🤔 Laquelle choisir ? 😎

Overview

Overall verdict: AMD’s new RX 9070 XT (and RX 9070) offer excellent price/performance in rasterization vs Nvidia’s RTX 5070/5070 Ti equivalents — AMD is the clear mid‑range winner unless you need advanced ray/path‑tracing features.

The summary below compiles the key technical points, comparisons, and practical buying advice based on aggregated tests and reviews.

Key technical points and product comparisons

Rasterization (traditional rendering)

• The RX 9070 XT performs roughly on par with an RTX 4080 Super or an RTX 5070 Ti at 1440p and 4K; differences are usually a few FPS and vary by game.
• The RX 9070 is slightly slower than the XT but still often ahead of the RTX 5070 in many tests.

Ray tracing vs path tracing

• Ray tracing: AMD is competitive but generally trails Nvidia in hardware ray‑tracing performance. The RX 9070 XT is about ~15% slower than an RTX 4080 Super on average across tested games.
• Path tracing (full global illumination tracing): RDNA4 (9000 series) and prior RDNA cards fall far behind Nvidia. Path tracing is extremely demanding and currently optimized for high‑end Nvidia cards (RTX 4080/4090/50-series equivalents). Very few games use path tracing; when they do, AMD performance drops dramatically.

Memory (VRAM) considerations

• 12 GB cards can run out of VRAM quickly when using ray/path tracing plus upscalers (DLSS/FSR/XeSS), causing stutters and latency (examples reported in Cyberpunk 2077).
• 16 GB (the RX 9070’s config) is preferable for modern ray‑traced workloads and provides more headroom for textures/upscaling.

Power and thermals

• Power draw: RX 9070 XT ~330 W under load; non‑XT RX 9070 ~220 W (higher boost clocks cause the XT’s larger draw).
• Idle power issues reported for earlier AMD generations appear fixed; tests cited very low idle draw (~7 W).
• VRAM temperatures can exceed 80 °C in some designs. Overall thermals are acceptable but vary by board partner and cooler design.

Noise & build quality

• Acoustic performance, fan behavior, and component quality vary significantly between partner models (ASUS, MSI, Gigabyte, PowerColor, etc.).
• Teardowns reveal differences in fan speeds, component choices, and resulting noise levels even for the same GPU model. Don’t judge a GPU only by the reference name — compare specific partner models.

Pricing and value (example: France / Europe)

• Reported launch prices in France:
  • RX 9070 XT ≈ €689
  • RX 9070 ≈ €629 (speaker would have preferred ~€599 for the 9070)
• AMD’s euro pricing looked comparatively favorable versus Nvidia (smaller dollar→euro markup). Conclusion: strong price/performance at launch; expect high demand and possible quick sell‑through.

Practical buying guidance / recommendations

• If you want the best mid‑range rasterization performance per euro/dollar: choose the AMD RX 9070 XT (or RX 9070 if you can accept slightly lower speeds).
• If you plan to use path tracing heavily (rare today but visually superior where supported): buy a high‑end Nvidia card (top RTX models), as path tracing currently favors Nvidia due to software/driver and studio optimizations.
• Avoid 12 GB VRAM cards for heavy ray tracing/upscaling workloads — they can hit VRAM limits and cause severe stuttering.
• Compare partner models (ASUS, MSI, Gigabyte, PowerColor, etc.) for cooler/noise/build differences; consult teardowns and partner‑specific reviews before buying.

Sources, reviews and tests referenced (compiled)

• VCG (video/comparative tests)
• Digital Foundry
• GamersNexus
• Hardware Unboxed
• Hardware Overclocking / “Hardware & Co.” (overclock/noise/RT tests)
• Les Numériques
• Pax (GPU teardowns / component analysis)
• UKA (availability photos / early stock)

Main speaker / source

The summary is compiled from a French tech YouTuber who aggregates and analyzes results from the outlets listed above (VCG, Digital Foundry, GamersNexus, Hardware Unboxed, Les Numériques, Pax, etc.).