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Xbox Helix may outpace PlayStation 6 with 56 TFLOPS GPU

Reported by Manish Reddy (Senior Writer) · Livemint - Technology ·

Unconfirmed — Reported by one source so far

Reported by one source so far

Worth knowing
Xbox Helix may outpace PlayStation 6 with 56 TFLOPS GPURepresentative image · Pexels

Leaked specifications suggest the Xbox Helix GPU could deliver 56 teraflops, outpacing the PlayStation 6’s projected 40 teraflops. Both chips are said to be in the tape‑out stage, according to leaker Kepler_L2, meaning the silicon designs are ready for manufacturing. The PS6 GPU is reported to use AMD’s RDNA 5 architecture, feature 40‑48 compute units, run at a 160 W thermal design power and support up to 30 GB of GDDR7 memory on a 160‑bit bus with 640 GB/s bandwidth. The Helix GPU also relies on RDNA 5 and is claimed to reach 56 teraflops, giving it roughly a 40 % theoretical advantage on paper. Xbox Helix is rumored to house up to ten Zen 6 CPU cores with 20 threads, though exact GPU compute‑unit count and memory details have not been disclosed. The leaks note that raw teraflop numbers do not guarantee better gaming performance. Factors such as clock speed, memory bandwidth, ray‑tracing capability, CPU power, upscaling technology and thermal limits all shape real‑world results. For reference, the current Xbox Series X delivers about 10.28 teraflops, while the PS5 sits at the same level and the upcoming PS5 Pro is expected to reach around 18 teraflops. Sony and Microsoft have not confirmed any of the figures, nor have they announced pricing, launch dates or final specifications. The information remains part of ongoing speculation in the console‑hardware rumor cycle.

ExplainerWhy this matters

What Happened

Leaked from a well‑known hardware insider, Sony and Microsoft have reportedly moved their next‑generation console GPUs into the tape‑out phase, with the PlayStation 6 projected at 40 TFLOPS and the Xbox Helix at 56 TFLOPS.

Why It Matters

If the numbers hold, the Xbox could have a sizable edge in raw compute power, which may translate into higher frame rates, better ray‑tracing, or more ambitious game worlds. However, teraflops alone do not dictate performance; memory speed, CPU strength, and software optimisation also play big roles. Gamers and developers will watch these specs closely to gauge which platform might offer a more future‑proof experience.

What Happens Next

Both companies are expected to reveal official hardware details later this year or early next year, along with pricing and launch dates. Until then, the leaked figures remain speculative, and actual performance will only be known after real‑world testing of the finished consoles.

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