quickutilities – Intel’s new Core Ultra 7 254V processor from the Lunar Lake family recently appeared in benchmark leaks on sites like PassMark, FurMark, and Vulkan. The leaks reveal that this chip will serve as an entry-level option for budget gaming handhelds and laptops, potentially rivaling devices such as the Steam Deck.
The 254V features an eight-core setup, combining four performance cores with four efficiency cores. It supports eight threads and includes 12MB of L3 cache, putting it close to the Core Ultra 7 256V and 258V models. Early PassMark results show a single-core performance score of 4,089 and a multi-core score of 17,327. While its single-core score nearly matches the 256V and 258V. The 254V lags in multi-core performance by around 10 to 13 percent.
Surprisingly, the 254V trails behind the entry-level Core Ultra 5 228V in multi-threaded benchmarks despite outperforming it in single-thread tasks. This suggests the chip prioritizes single-thread performance but sacrifices multi-core power.
Further testing through FurMark and Vulkan benchmarks confirms the chip uses the Intel Arc 140V GPU, running at 2.0 GHz. This matches the graphics hardware found in the higher-tier 256V and 258V models. Notably, Intel did not equip the 254V with the lower-tier Arc 130V GPU present in other Lunar Lake chips.
Though clock speeds for the 254V are unknown, analysts speculate it may have a lower base clock ranging from 1.8 to 2.0 GHz. In comparison, the 258V runs at a 3.7 GHz base and the 256V at 2.2 GHz. All three models may share similar boost clock speeds, possibly up to 4.8 GHz.
Potential Limitations and Market Position of the Intel Core Ultra 7 254V
The Core Ultra 7 254V is expected to come with soldered LPDDR5X RAM, which limits memory upgrades. While the 256V and 258V offer 16GB and 32GB of RAM respectively, the 254V could feature just 8GB soldered onboard. This might restrict its suitability for certain tasks. Especially AI workloads that Microsoft recommends having at least 16GB of RAM to function optimally.
At this stage, Intel has not officially confirmed the existence of the Core Ultra 7 254V. The PassMark benchmark data is based on a single sample. So the results could be an anomaly or reflect an overclocked testing scenario. Without disclosed clock speeds, it remains unclear whether the performance numbers represent typical usage or optimized testing conditions.
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If confirmed, the 254V could offer an attractive option for budget-conscious consumers seeking capable single-threaded performance and solid integrated graphics in compact devices. However, its multi-core performance and potentially limited memory capacity may impact its appeal for more demanding applications.
Overall, these leaks provide an early glimpse of Intel’s strategy to expand the Lunar Lake lineup with diverse performance tiers. Future official announcements and real-world benchmarks will better clarify the 254V’s role in Intel’s processor ecosystem and the devices it will power.
