Intel's next-generation CPU architecture is taking shape, with a previously unseen processor making its way into public benchmark databases. The 'Core 7 253PE' has emerged as the first known sample of what is believed to be Intel's upcoming 'Bartlett Lake-S' performance core-only design. This development comes after an extended period of silence on Intel's part, suggesting that this variant may represent a significant evolution from its predecessor, the 14th Gen 'Raptor Lake Refresh.'
Unlike earlier 'Raptor Lake' models, which combined performance and efficiency cores, the 'Bartlett Lake-S' appears to focus solely on performance cores. This approach could appeal to budget-conscious PC gamers who prioritize raw processing power over efficiency gains typically provided by efficiency cores. The processor's design is also notable for its lack of an onboard NPU (Neural Processing Unit), which sets it apart from other recent Intel offerings.
The benchmark data reveals that the 'Core 7 253PE' delivers a substantial multicore performance uplift compared to its predecessor, the Core i5 14400. The new processor shows a 20.6% improvement in multi-threaded performance while experiencing only a slight regression in single-core efficiency (-2.73%). This balance suggests that Intel has managed to enhance overall system responsiveness without sacrificing too much on per-core performance.
Key specs for the 'Core 7 253PE' include a PassMark multi-thread rating of 31,802, which closely matches the Core i5-14500's score of 31,121. The processor also features Intel's UHD Graphics 770 integrated solution, providing improved graphical capabilities compared to the UHD 730 found in the Core i5 14400. Additionally, the 'Core 7 253PE' boasts a larger overall cache pool of 36 MB, which could enhance its performance in demanding applications.
While the exact launch date for this processor remains uncertain, industry analysts suggest that it may appear as part of Intel's 'Intel Core Series 2' lineup. This designation would mark a departure from the 'Ultra' branding used in previous generations, reflecting the processor's focus on performance rather than efficiency or integrated NPUs.
In parallel, AMD continues to push boundaries with its own CPU offerings. Reports indicate that AMD is preparing to launch the Ryzen 9 9950X3D2, a 16-core processor with an impressive 192 MB of L3 cache and a TDP of 200 W. This model is expected to set new benchmarks in gaming performance, further intensifying competition in the high-end CPU market.
The emergence of these new processors underscores a dynamic period for the x86 architecture, with both Intel and AMD vying for dominance in performance and efficiency. As these technologies mature, consumers can expect significant advancements in computing power, whether for gaming, content creation, or other demanding tasks.
