An engineering sample of the upcoming Intel Core “Arrow Lake-S” desktop processor has been tested, revealing promising performance metrics in CPU-Z benchmarks. The sample achieved a single-threaded benchmark score of 1143.2, marking a significant 26.71% improvement over the Intel Core i9-13900K. However, its multi-threaded performance showed a 22% decrease compared to the i9-13900K, with a score of 12922.4 points.
The specific model of the Arrow Lake-S processor has not been disclosed, making its core configuration uncertain. The focus of the benchmark was on single-threaded performance, showcasing the superior instructions per cycle (IPC) of the “Lion Cove” P-cores in comparison to the “Raptor Cove” P-cores found in the i9-13900K. This benchmark result does not take into account the impact of Hyper-Threading on single-threaded performance.
In terms of multi-threading capabilities, the absence of Hyper-Threading technology on the “Lion Cove” P cores is noticeable. The i9-13900K, with a 24-core, 32-thread configuration, differs from the expected configurations of Arrow Lake processors, which can feature up to 8 “Lion Cove” P cores and up to 16 “Skymont” E cores. Intel has highlighted that the Arrow Lake series Skymont E cores have improved IPCs, approaching the performance of previous generations of P cores like Raptor Cove and Golden Cove.
The performance results of this engineering sample emphasize the strength of Arrow Lake-S processors in single-threaded tasks and point to areas where multi-threaded optimization could be made. The enhanced single-threaded performance of the “Arrow Lake-S” sample could benefit applications that heavily rely on single-core capabilities, such as gaming and specific productivity tools.
In conclusion, the tested Intel Core “Arrow Lake-S” engineering sample shows promising performance improvements in single-threaded tasks compared to the i9-13900K, while indicating room for optimization in multi-threaded operations. The upcoming processor series seems poised to offer competitive performance in various applications, leveraging advancements in core configurations and IPC enhancements.
(Source: WCCF Technology)
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