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The forthcoming generation of gaming consoles is beginning to take a firmer shape as new information emerges about their processing capabilities. According to a recent leak, Sony and Microsoft have completed the fundamental design phase for the chips that will power the PS6 and the next Xbox, marking a crucial milestone in their development. The leak also reveals, for the first time, specific estimates of the graphical performance each system is expected to deliver, highlighting a significant disparity between the two.
Revealed by KeplerL2, a source with a notable history of accurate AMD hardware leaks, the data shared on NeoGAF suggests that the PS6 will feature a graphical processing power of around 40 teraflops (TFLOPS). In contrast, Microsoft’s upcoming console, internally dubbed Project Helix, is said to reach up to 56 TFLOPS. This difference translates to a theoretical advantage of about 40% in computational power for the Xbox over Sony’s offering.
Credibility and Past Predictions
KeplerL2’s track record lends a degree of credibility to these figures. The leaker previously anticipated the PS5 Pro’s GPU configuration accurately, predicting its 60 compute units ahead of official confirmation through technical documentation. Additionally, in 2023, KeplerL2 forecast that AMD would not aggressively pursue the high-end segment with its RDNA 4 architecture, a prediction that aligned with the eventual focus on the Radeon RX 9070 XT.
However, the source has also experienced missteps. Expectations for the performance of AMD’s Zen 5 architecture were notably higher than what the final product delivered. Moreover, KeplerL2 has openly acknowledged errors in earlier predictions concerning the performance of RDNA 3 GPUs. Despite these occasional inaccuracies, the current leak indicates that both console designs have reached the “tape-out” stage, implying that major modifications to their chips are unlikely at this point.
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