A wild iGPU was noticed on GFXBench crushing earlier information Up to date: Oct 22, 2024 4:46 pm WePC is reader-supported. If you purchase by means of hyperlinks on our website, we might earn an affiliate fee. Costs topic to alter. Be taught extra Desk of Contents Desk of Contents A mysterious Intel Arc graphics engine was not too long ago seen on GFXBench delivering considerably extra body charges than Lunar Lake’s newest Xe2-based Arc 140V iGP. X person Micheal (@miktdt) not too long ago noticed an unannounced Intel Arc graphics engine referred to as “Intel Arc 140T” on the favored benchmarking web site, GFXBench. Essentially the most attention-grabbing half was the truth that the benchmarks for this mysterious GPU confirmed massive efficiency positive aspects when in comparison with the Arc 140V iGPU – which presently powers among the model’s Lunar Lake chips. Intel Arc 140T outperforms two 140V SKUs by as much as 62% The X publish compares the Intel Arc 140T with two Arc 140V SKUs: one with 16GB of reminiscence and one other with 8GB. The 8GB Arc 140V achieved 6,613 frames at a mean of 106.7 FPS, whereas the 16GB model carried out barely higher, hitting 6,839 frames with 110.3 FPS. Nonetheless, the standout was the Intel Arc 140T with 16GB reminiscence, which dominated with 11,056 whole frames and a powerful common of 178.3 FPS, outperforming the 16GB Arc 140V by 62%, regardless of each having 8 Xe cores. Intel Arc 140T. Supply: X Since each GPUs have the same configuration, we predict the 140T might be the Arrow Lake-H/HX (cellular) model of Intel’s Xe2 built-in graphics, fairly than a discrete GPU just like the Arc A770 or A750. The upper efficiency aligns with Arrow Lake’s optimization for efficiency, whereas Lunar Lake, which powers the 140V, is targeted extra on energy effectivity. What makes this mysterious Intel Arc 140T iGPU quicker? The explanation for the quicker efficiency of the Intel Arc 140T lies within the transistors used. For Lunar Lake’s Xe2 iGPU, Intel selected low-power transistors to attain higher energy effectivity, however this restricted the CPU’s potential efficiency. Arrow Lake, alternatively, deviates from this method by utilizing regular or high-power transistors, permitting for increased clock speeds and quicker efficiency in comparison with the 140V iGPU. Nonetheless, all of that is simply rumors for now. Intel has not commented on something and has but to substantiate these particulars and benchmarks. Intel’s cellular model of Arrow Lake — Arrow Lake-H/HX — is slated to reach early subsequent 12 months, after we may be taught extra about this mysterious Intel Arc iGPU.