TEST tablet 2014_4

Results: Battery LifeSporting a hefty 8220 mAh battery–a substantial 1000+ mAh update over preceding Galaxy Note/Tab offerings–on paper, the Note 2014 should perform solidly in our battery life tests. Based on personal usage, though, which comprises two synced Gmail accounts, even a few light gaming, lots of browsing, and some YouTube viewing, I will declare that the Note 2014 easily lasts a day and a half to 2 days. Let us see how our battery benchmarks speed the Note 2014 in comparison with other popular devices. Basemark OS IIThe Basemark OS II battery test scores are derived by running the apparatus until sufficient data has been collected to ascertain the drain speed of this gadget. Apple’s iPad Air scores that the greatest by a small margin, followed closely by the two Samsung Galaxy Note (2014 Edition) tablets. Surprisingly, the LTE version does better than the Wi-Fi variant in this test. Since we understand they have the exact same battery and screen, we guess the gap comes down to Qualcomm’s SoC versus Samsung’s. It ought to be noted that the LTE version had cellular data disabled for testing, and the cellular component of the Snapdragon 800 could increase the LTE model’s electricity usage. An energetic LTE connection would likely reverse the dozens. BatteryXPRT 2014BatteryXPRT 2014 is a specialized battery testing program for TEST tablet 2014 Android apparatus that provides users with an”anticipated” Lifetime rating, in addition to a general Performance score. The test has two variants: Network-Connected and Airplane Mode. In the time of this testing, the stable variant of BatteryXPRT 2014 had not yet been published, so that these scores have been removed in the finished Network Preview. In BatteryXPRT 2014we receive a demonstration of this Snapdragon 800’s energy efficiency versus the Exynos 5 Octa, with a whopping 16+ hours on the Snapdragon 800 version versus 15+ hours on the Exynos model. Concerning performance, the Wi-Fi Note will considerably better compared to its LTE counterpart, also beating the rest of the competition. GFXBench 3. 0GFXBench’s battery evaluation steps battery life and performance stability by logging frame and battery discharge rate as the onscreen T-Rex evaluation runs for 30 consecutive iterations. The results are provided in 2 dents: projected battery life in moments, and the number of frames left on the most rapid test conducted (to gauge whether a device is throttling). Both tests are conducted in the apparatus’s 50-percent brightness degree from the free Community Edition, whereas the paid Monetary Edition may be set to 0 percent, 25 percent, 75 percent, 100%, or whatever the device’s native slider will be set to. We very specifically calibrate all units to 200 nits before performing any battery testing

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