RX 9070 vs RX 7600: Ray Tracing Performance Compared 2026

Quick Answer

For ray tracing, the RX 9070 is the clear winner over the RX 7600, delivering roughly 2.5x to 3x the performance in path-traced and heavy RT workloads thanks to its second-gen RT accelerators and far higher core count. The RX 7600 can handle light RT at 1080p with FSR upscaling, but the RX 9070 is the card SA gamers should pick if ray tracing matters at 1440p or above.

Ray Tracing Architecture: Why the Gap is So Wide

The RX 7600 was AMD's entry-level RDNA 3 card, with 32 first-generation Ray Accelerators and 8GB of GDDR6. It was built for budget 1080p raster gaming, not heavy RT loads. The RX 9070 is a different beast entirely. It rides the new RDNA 4 architecture with second-gen Ray Accelerators that handle BVH traversal in hardware, plus 16GB of GDDR6 memory and a much wider memory bus. In practice, that means the 9070 doesn't just have more RT cores, it processes each ray more efficiently per clock.

The upshot for SA gamers is that titles like Cyberpunk 2077 with Path Tracing, Alan Wake 2, and Black Myth: Wukong simply aren't realistic experiences on the 7600 unless you crank FSR Performance and drop the resolution. On a 9070, those same titles run with RT enabled at native 1440p with FSR Quality holding 60+ fps.

Real-World Frame Rates with RT On

In Cyberpunk 2077 at 1440p with RT Ultra and FSR Quality, the RX 9070 lands around 70 to 80 fps, while the RX 7600 typically struggles between 22 and 28 fps at the same settings. Drop to 1080p RT Medium and the 7600 climbs into the playable 45 to 55 fps range, but the 9070 doubles that. Spider-Man 2 with RT Reflections shows a similar gap, with the 9070 cruising past 90 fps at 1440p Ultra while the 7600 needs FSR Performance just to hold 50 fps at 1080p.

The reason is twofold: the 9070's higher CU count keeps the shaders fed while RT is running, and its dedicated RT hardware means BVH builds don't choke the rendering pipeline like they do on RDNA 3.

Pricing and Value for SA Buyers

Locally, the RX 7600 sits in the R6,500 to R8,000 bracket, making it a solid 1080p raster-only card for new builders or NSFAS-budget students. The RX 9070 lands closer to R18,000 to R22,000 depending on the partner board. Yes, that's a big jump, but you're getting a card that's genuinely competitive in modern RT workloads and will last two to three GPU generations before feeling slow. With Evetech's countrywide delivery and warranty support, both cards are easy to source, but the 9070 is the better long-term investment for anyone who plans to play AAA titles released in 2026 and beyond at 1440p or 4K.

Which One Should You Actually Buy?

If your monitor is a 1080p 75Hz panel and you mostly play esports titles like Valorant, CS2, and Fortnite, the 7600 is fine and ray tracing isn't really part of your workflow. If you're playing story-driven AAA games with RT as a headline feature, or you're upgrading a 1440p setup, the 9070 is the only sensible pick of the two. Pairing the 9070 with a Ryzen 7 7700 or 9700X and a 750W Gold PSU gives you a future-proof rig that handles RT, productivity, and streaming without breaking a sweat.

Frequently Asked Questions

What kind of CPU should I pair with the RX 9070 for ray tracing?

A Ryzen 7 7700, 7700X, or the newer 9700X will keep the 9070 fed at 1440p with RT enabled. Avoid pairing a flagship GPU like this with anything below a Ryzen 5 7600 or you'll bottleneck heavily in CPU-limited scenes.

Can the RX 7600 do path tracing in any modern game?

Realistically, no. Path tracing in titles like Cyberpunk 2077 Overdrive Mode or Alan Wake 2 will drop the 7600 into single-digit or low-teen frame rates even at 1080p. It's better to stick with raster-only or light RT reflections on this card.

Does FSR 4 help close the ray tracing gap between these cards?

FSR 4 helps both cards but doesn't change the underlying RT throughput. It boosts frame rates on either GPU, but the 9070 still ends up roughly 2.5x faster in RT scenarios because the core hardware advantage is preserved.