Summary of "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.).