![]() ![]() The Lite-On cannot keep up with the Lite-On CX2 in the Dell or the Aero 15, which is due to the lower 4K QD32 write/read speeds. In the US, users can purchase a model with a 128-GB SSD plus a 1-TB HDD, a 256-GB PCIe SSD or a 1-TB SSHD as possible alternatives to larger SSD configurations with 512/1024/2048 GB. Dell will not offer an entry-level device with a hard drive and SSD cache like the 9560 (7300HQ, Full-HD) in all regions this year. Our test unit is equipped with a PCIe NVMe Lite-On CA3-8D256-Q11 (256 GB). The -3.5% of our i5-8300H is quite acceptable in comparison. The 2017 Dell XPS 15 lost 8% of its performance during the Cinebench loop, which would qualify as throttling. We did not notice any signs of heavy throttling of the SoC, but we wonder how the six-core system will deal with this cooling system if we are already reaching temperatures of just under 100 ☌ (~212 ☏) with our quad-core Core i5. Again, the system settles down at a lower level during the loop phase, equating to 100 and 55 watts respectively. The Total System Power lies at around 100 and 112 watts, the Package Power of the SoC around 55 and 70 watts. The temperature increases to up to 97 ☌ (~207 ☏) at the beginning of the loop, then stabilizes at around 93/94 ☌ (~199/201 ☏). ![]() The graph below shows that the performance should remain the same in further rounds. The processor works at 3.5 - 3.9 GHz, with the higher clock rates being more frequent. The first round results in 840 points after that the score settles to around 810 points (-3.5%). ![]() Our test unit only suffers a short drop in performance during the R15 loop.
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