![]() There are reports that the smartphone will also use the updated version of Flyme 5 when it is unveiled, the report adds. It will also run the SoC 14 nanometer Exynos 7420 64-bit octa-core chip, which the Samsung Note 5 also uses. The firm's new flagship smartphone sports a 5.5-inch screen with a 1920 x 1080 pixel resolution. 23 wherein the Meizu Pro 5 is set to be unveiled. Meizu has an upcoming event in Beijing on Sept. The differing scores may be accounted for by Meizu Pro 5's use of a full-HD resolution screen versus the Note 5's QHD display, the International Business Times reports. When tested alongside the Galaxy S7, it would have performed better if the Exynos 8890 SoC was used. The Geekbench 3 benchmark of the Meizu Pro 5 revealed that it has 1,550 single-core performance and 5,593 multi-core performance. The Samsung S6 and S6 Edge, on the other hand, hit the 5200 mark, while the Note 5 and S6 Edge Plus trailed behind, the report details. This variant scored almost 5600 in the multi-core test. The Meizu Pro 5 will have two variants, but each one will run different processors, with one running the Exynos 7420 chip. Based on a Geekbench shootout, the Meizu Pro 5 trumps its Samsung rival by several points, according to the Latino Post. ![]() Samsung Galaxy S7 is due to be released in about six months, while the Meizu Pro 5 is coming out on Sept. Samsung has stirred excitement among its fans with the upcoming release of the Galaxy S7, but it seems that the Meizu Pro 5 has beaten it to the launching date and even some of the specs and features. What's so special about the Snapdragon 865 that it doesn't throttle? Maybe the chip isn't running at its fullest potential with current drivers or the current version of 3DMark (which might explain how the Galaxy Tab S7+ caught it in Sling Shot), or there could be other factors.By Lorraine Caballero, Christian Post Contributor Wednesday, September 16, 2015 We saw that when we ran this stress test on iPhones, and we see it in just about every laptop we've ever reviewed. That's unusual, since just about every high-performance silicon manufacturer from Intel and AMD to Apple loses performance over time due to high turbo clocks that can't be sustained due to either energy draw or thermal loads. The gap between the Galaxy Tab S7+ and the ROG Phone 3 is close enough we'd call it a tie.ģDMark Wild Life is the newest benchmark from UL, and it's caused something of a stir since Snapdragon 865 devices don't seem to lose performance over time in its stress test. For the first time, it seems that the Snapdragon 865+ on display here is finally pulling its own weight and just about takes the overall lead. Here we see something totally different: the Snapdragon 865 devices are felled by the Galaxy Tab S7+. Still, we wanted to take a quick look at how the cameras in the Galaxy Tab S7+ performs in different conditions. Very often, the best camera for a photo is the one you have with you, and for us, that duty falls to a smartphone, not a tablet. We see the rear-facing camera in tablets as a bonus, but not an absolute necessity. Around the front, a single 8 megapixel shooter captures selfies and works as a ridiculously nice webcam, putting the meager 720p webcams on most Windows notebooks to shame. In terms of its camera setup, Samsung equipped the Galaxy Tab S7+ with dual cameras on the rear: a 13 megapixel main camera with an f/2.0 lens and a 5 megapixel depth-sensing camera for 3D effects, like adding faux bokeh to portraits. If you want anything landscape though, reaching the shutter button is not possible with one hand, but wasn't terrible with two hands, as long as one is on the bottom of the device. Since the camera's orientation matches the tablet's, holding it in portrait mode gets portrait photos. Taking photos with a tablet this big is kind of difficult, since the shutter button is positioned at the bottom center of the screen.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |