![]() How To Enable Developer Options in Meizu M5?.How To Enable Developer Options in Meizu M5 Note?.How To Enable Developer Options in Meizu M3X?.How To Enable Developer Options in Meizu m3s?.How To Enable Developer Options in Meizu M3E?.How To Enable Developer Options in Meizu m3?.How To Enable Developer Options in Meizu m3 note?.How To Enable Developer Options in Meizu M3 Max?.How To Enable Developer Options in Meizu m2?. ![]() How To Enable Developer Options in Meizu M16th?.How To Enable Developer Options in Meizu E3?.How To Enable Developer Options in Meizu E2?.How To Enable Developer Options in Meizu C9?.How To Enable Developer Options in Meizu A5?.How To Enable Developer Options in Meizu 6T?.How To Enable Developer Options in Meizu 17?.How To Enable Developer Options in Meizu 17 Pro?.How To Enable Developer Options in Meizu 16Xs?.How To Enable Developer Options in Meizu 16X?.How To Enable Developer Options in Meizu 16T?.How To Enable Developer Options in Meizu 16s?.How To Enable Developer Options in Meizu 16s Pro?.How To Enable Developer Options in Meizu 16?.How To Enable Developer Options in Meizu 16 Plus?.How To Enable Developer Options in Meizu 15?.How To Enable Developer Options in Meizu 15 Plus?.How To Enable Developer Options in Meizu 15 Lite?.404 Error, content does not exist anymore.Perhaps unsurprisingly, the results are not unlike what we found on our 15-inch Y700 test unit. A 3DMark 11 run on batteries returns Physics and Graphics scores of 8082 points and 5179 points, respectively, compared to 8749 points and 5237 points when on mains. Running on battery power will impact CPU Turbo Boost while GPU performance remains unaffected. The CPU will fluctuate accordingly depending on the onscreen demand. When under these conditions, the CPU and GPU will stabilize in the 55 C and 65 C range, respectively, with consistent GPU Boost at 1176 MHz. Unigine Heaven stress is a more realistic representation of gaming loads. Running both Prime95 and FurMark simultaneously will cause core temperatures to max out at about 70 C since throttling occurs for both the CPU and GPU. Results are similar with FurMark for the Nvidia GPU with the core throttling just slightly to 1032 MHz from its base 1097 clock rate. With just Prime95 active to stress the CPU, the i7-6700HQ is able to run at its steady 3.1 GHz maximum without any issues whilst maintaining a relatively low average CPU temperature of about 66 C. We stress the notebook with synthetic benchmarks to identify any potential throttling or stability issues. See our growing list of HDDs and SSDs for more benchmarks and comparisons. This is good for a 5400 RPM drive, although newer 7200 RPM drives often cross the 100 MB/s mark in comparison. Meanwhile, the Western Digital HDD provides an average transfer rate of 90.3 MB/s according to HD Tune. Competing systems that support NVMe blow the Y700 out of the water in terms of raw speed and performance. Its sequential write rate, however, is slower than expected at just 146 MB/s. Performance from the primary drive is typical of a SATA III SSD with an average sequential read rate of around 500 MB/s. Our configuration is equipped with a 128 GB Samsung MZNLN128HCGR-000L2 SSD and 1 TB WDC WD10SPCX-24HWST1 7 mm in height. Dual bays are especially important for gaming systems where users are more likely to invest in both primary SSDs for speed and higher capacity mechanical drives for storing games. The system offers a primary M.2 2280 slot and secondary 2.5-inch SATA III bay instead of just a single bay as in last year's Y70. Thicker and more "proper" gaming notebooks like the 17-inch Asus G752 or MSI GT72S can be over 4 kg. The center of the keyboard does not warp easily to pressure while the single-bar hinge is tight enough that two hands are required to open the display when closed.Īs for size and weight, the Y700 17ISK is quite dense at just over 3.5 kg compared to the 3 kg Acer Aspire Nitro VN7, 3 kg Aorus X7, and 2.7 kg MSI GS70. The transition to a bigger screen size looks to have no ill effects on quality as both the base and lid are acceptably stiff with just minor creaking when attempting to twist them. Otherwise, everything else about the notebook is identical to the 15-inch model down to the cross-brushed aluminum outer lid and bottom, rubberized matte palm rests, and glossy plastic speaker grilles. We commend Lenovo for addressing the issue directly and improving rigidity where it was needed the most. The manufacturer has wisely redesigned this area of the notebook to be thicker (27.9 mm vs 25.9 mm on the Y70) with larger grilles and tighter fitting pieces to reduce the chances of gaps and cracks. In our 2014 Lenovo Y70 review, we pointed out that the chassis had a few quality issues regarding the rear ventilation and speakers grilles.
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