Intel Raptor Lake Refresh “Core Series 2”: 14% Improved Single-Core Performance and Enhanced Power Efficiency

Intel’s latest processor lineup, the Raptor Lake Refresh series, demonstrates impressive performance metrics compared to its 14th-generation predecessors. Recent benchmark tests have shed light on the capabilities of one key WeU within this updated range.

Performance Insights: Intel Core i9-270H Exceeds Expectations in PassMark Benchmarking

The core of Intel’s innovation with the Raptor Lake Refresh appears to be its strategic focus on optimizing existing technologies rather than introducing highly advanced configurations, such as a 24-core flagship model. Instead, the company has capped the highest-core count at 14 for this series, which focuses on enhancing power efficiency and single-threaded performance.

The highlight from these new offerings is the Intel Core i9-270H. With a configuration of 14 cores and 20 threads, this processor closely mirrors a 14th-generation mobile Core i5 chipset. However, initial benchmark results indicate a significant advantage for the i9-270H, showcasing a 13.98% increase in single-threaded performance over the Core i5-14500HX.

Both processors utilize the Intel 7 process node, maintaining the same L3 cache size of 24 MB. Despite this similarity, the Core i9-270H offers notable differences in specifications that contribute to its superior performance, such as optimized clock speeds and a lower thermal design power (TDP).Operating at a base power of 45W—compared to the 55W of the i5-14500HX—this CPU achieves approximately 14% greater single-threaded output, an advantage that could prove critical for gamers and content creators alike.

The Core i9-270H achieved an impressive score of 4125 points in the single-thread benchmark, comparatively outperforming the i5-14500HX, which recorded about 3619 points. Even with a smaller L2 cache of 11.5 MB versus the i5’s 20 MB, the i9-270H exhibits strong efficiency and capability. Although there might be some uncertainty regarding the accuracy of the reported L2 cache figures, the overall results present a compelling case for the i9-270H as a formidable option for both gaming and productivity tasks.

A significant contributing factor to the robust performance of the i9-270H is its maximum turbo frequency of 5.8 GHz, exceeding the i5-14500HX’s capabilities by an impressive 900 MHz. This performance uplift leads many to speculate about the potential advancements we might see with the upcoming Arrow Lake Refresh processors, especially considering the less-than-stellar gaming benchmarks reported for the current lineup.

Expected to launch towards the end of this year, the Arrow Lake Refresh CPUs will provide Intel with another opportunity to challenge AMD’s Zen 5 processors in the competitive CPU landscape.

For further details, refer to the benchmarks from @x86deadandback and PassMark.

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