The Samsung Galaxy smartphone S9 has a slower processor than the iPhone eight and the iPhone X, according to early benchmarks of Samsung's new device, after tests of the Android smartphone's Exynos 9810 chip uncover it to lag far behind the Apple-created A10 and A11 processors. Graph from AnandtechGraph from AnandtechBenchmarking of a demonstration handset at the Samsung Galaxy smartphone S9 launch event with Anandtech shows the Exynos 9810 to be a fast chip, however not as fast as the A10 and A11. For the floating point score, it's the sames story, with the 9810 getting 1.27 points per megahertz compared to the 1.43 points of the A10 and 1.66 of the A11.Using different benchmarks for the phones themselves instead of narrowing drop to the processor, the results stayed fairly similar with the iPhone eight and iPhone X winning the Galaxy S9 Plus. Not much change was seen under the GFXBench T-Rex 2.7 test, with the Galaxy S9 Plus peaking at 143.4 frames per 2nd while the iPhone eight and iPhone X got 171.4 and 176.6 peak framerates.At when of its launch, Samsung increased the Exynos 9810 as Utilizing a 10-nanometer process, with an got best architecture that was claimed to double the single-core performance of its predecessor, while increasing multi-core performance with around fourty percent. Samsung too boasted of its "neural network-based deep learning" capabilities that could help with image processing, a feature similar to the "Neural Engine" used in Apple's A11 Bionic processor.
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collected by :Molly Tony
The Samsung Galaxy smartphone S9 has a slower processor than the iPhone eight and the iPhone X, according to early benchmarks of Samsung's new device, after tests of the Android smartphone's Exynos 9810 chip uncover it to lag far behind the Apple-created A10 and A11 processors. Graph from AnandtechGraph from AnandtechBenchmarking of a demonstration handset at the Samsung Galaxy smartphone S9 launch event with Anandtech shows the Exynos 9810 to be a fast chip, however not as fast as the A10 and A11. For the floating point score, it's the sames story, with the 9810 getting 1.27 points per megahertz compared to the 1.43 points of the A10 and 1.66 of the A11.Using different benchmarks for the phones themselves instead of narrowing drop to the processor, the results stayed fairly similar with the iPhone eight and iPhone X winning the Galaxy S9 Plus. Not much change was seen under the GFXBench T-Rex 2.7 test, with the Galaxy S9 Plus peaking at 143.4 frames per 2nd while the iPhone eight and iPhone X got 171.4 and 176.6 peak framerates.At when of its launch, Samsung increased the Exynos 9810 as Utilizing a 10-nanometer process, with an got best architecture that was claimed to double the single-core performance of its predecessor, while increasing multi-core performance with around fourty percent. Samsung too boasted of its "neural network-based deep learning" capabilities that could help with image processing, a feature similar to the "Neural Engine" used in Apple's A11 Bionic processor.
The Samsung Galaxy smartphone S9 has a slower processor than the iPhone eight and the iPhone X, according to early benchmarks of Samsung's new device, after tests of the Android smartphone's Exynos 9810 chip uncover it to lag far behind the Apple-created A10 and A11 processors. Graph from AnandtechGraph from AnandtechBenchmarking of a demonstration handset at the Samsung Galaxy smartphone S9 launch event with Anandtech shows the Exynos 9810 to be a fast chip, however not as fast as the A10 and A11. For the floating point score, it's the sames story, with the 9810 getting 1.27 points per megahertz compared to the 1.43 points of the A10 and 1.66 of the A11.Using different benchmarks for the phones themselves instead of narrowing drop to the processor, the results stayed fairly similar with the iPhone eight and iPhone X winning the Galaxy S9 Plus. Not much change was seen under the GFXBench T-Rex 2.7 test, with the Galaxy S9 Plus peaking at 143.4 frames per 2nd while the iPhone eight and iPhone X got 171.4 and 176.6 peak framerates.At when of its launch, Samsung increased the Exynos 9810 as Utilizing a 10-nanometer process, with an got best architecture that was claimed to double the single-core performance of its predecessor, while increasing multi-core performance with around fourty percent. Samsung too boasted of its "neural network-based deep learning" capabilities that could help with image processing, a feature similar to the "Neural Engine" used in Apple's A11 Bionic processor.
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