Exynos 2600 Tops Ray Tracing, Challenges Snapdragon

The Exynos 2600’s Xclipse 960 posts an 8,321 Basemark In Vitro ray tracing score, outpacing Adreno 840 and Mali-G1 Ultra. GPU gains are strong, but thermal, software, and regional factors still matter.

Chloe Nakamura Chloe Nakamura . Comments
Exynos 2600 Tops Ray Tracing, Challenges Snapdragon

3 Minutes

Samsung's rumored Exynos 2600 has suddenly put a spotlight on mobile ray tracing. Benchmarks now credit the chip's Xclipse 960 GPU with an eye-catching 8,321 points in Basemark In Vitro 1.0's ray tracing test. That's not a rounding error: roughly 8% ahead of the Adreno 840 inside Qualcomm's Snapdragon 8 Elite Gen 5, and about 17% clear of the Mali-G1 Ultra in MediaTek's Dimensity 9500.

Why the leap? The Xclipse 960 leans on AMD's RDNA 4 ray tracing architecture — the same lineage powering today's desktop GPUs — and that pedigree shows up in real-time lighting, reflections, and geometry workloads. Short story: mobile visuals just took a step toward desktop-class effects, at least on synthetic tests.

But numbers tell only part of the story. Ray tracing performance is exciting for gamers and creators, sure, yet practical use hinges on thermals, drivers, and software support. Phones can hit great benchmark scores in a cooled lab and still struggle with sustained frame rates under a heavy gaming session. Battery life, heat throttling, and how well developers optimize engines for Xclipse 960 will determine whether those gleaming scores translate into everyday gains.

There’s also regional nuance. Early reports suggest Exynos 2600 will power base Galaxy S26 models in certain markets, while other regions may ship Snapdragon variants. That split has been a sore point for enthusiasts for years: identical model names, different silicon, different experiences. If you're picking a phone for mobile ray tracing, which regional SKU you buy suddenly matters.

One more caveat: the Exynos appears to be a mixed bag. While its GPU leads in ray tracing tests, recent single-core CPU benchmarks put it slightly behind Qualcomm's latest. So if raw single-thread responsiveness is your priority — apps that rely on peak CPU bursts rather than sustained GPU throughput — Snapdragon may still hold the edge.

The takeaway is clear: Exynos 2600 signals real GPU progress, but real-world wins depend on thermals, regional availability, and software support.

Will those 8,321 points change how phones look and play next year? Possibly. Will they change which phone you buy? That depends on what kind of performance you value most.

Source: gsmarena

“I love exploring gadgets, apps, and trends that redefine how we connect, work, and play in a digital world.”

Leave a Comment

Comments