#Iphone 5s geekbench battery score 720p
#Iphone 5s geekbench battery score android
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#Iphone 5s geekbench battery score Bluetooth
#Iphone 5s geekbench battery score windows

In the real world, both phones would easily last an entire day, although it did feel like they were down a little quicker than before. As for the iPhone 14 Pro, it lasted half an hour longer.

#Iphone 5s geekbench battery score pro

Battery capacity comparison Modelĭespite the slightly smaller battery and brighter display, the iPhone 14 Pro Max still lasted 22 minutes longer than last year’s iPhone 13 Pro Max. On the other hand, the iPhone 14 Pro, as well as the iPhone 14, both have slightly larger batteries. Curiously, the iPhone 14 Pro Max has a marginally smaller battery than the iPhone 13 Pro Max. Let’s take a look first at the battery capacities of these phones.

#Iphone 5s geekbench battery score Bluetooth

Wi-Fi and Bluetooth connectivity turned on.

#Iphone 5s geekbench battery score 720p

Looping a 720p video with screen brightness and volume at 100%.

Our standard battery test for mobile phones has the following parameters: Qualcomm’s Snapdragon chips have made significant progress in graphics performance, but even the flagship Snapdragon 8+ Gen 1 chip trailed by around 15%. Again, if we compare them to last year’s Pro iPhones with five GPU cores, their scores were about 6% better. The iPhone 14 Pro and Pro Max are the first phones to break the 12,000 mark on this benchmark. The benchmark is ran in Unlimited mode which renders the test offscreen and maximises the performance of the GPU. This benchmark comes at a good time because prior 3DMark GPU benchmarks for mobile devices (like Slingshot and Ice Storm) are woefully old and use outdated graphics engines and rendering techniques.

#Iphone 5s geekbench battery score android

On iOS devices, it runs Metal and on Android and Window devices, it runs Vulkan. This means you can compare scores of devices regardless of platform.

#Iphone 5s geekbench battery score windows

Even the fastest Android phone couldn’t even manage half the score of the iPhone 14 Pro and Pro Max.ģDMark Wild Life is a new cross-platform GPU benchmark measures graphics performance on iOS, Android, and Windows devices. They also increased their lead over their Android rivals. Compared to last year’s Pro iPhones which have five GPU cores, the iPhone 14 Pro and Pro Max posted gains of around 17%. The A16 Bionic’s gains on JetStream 2 were significant.

It runs a total of 64 subtests, each weighted equally, with multiple iterations, and takes the geometric mean to compute the overall score. It primarily tests for a system’s and browser’s ability in delivering a good web experience. JetStream 2 is a combination of a variety of JavaScript and Web Assembly benchmarks, including benchmarks that came before like SunSpider and Octane. If we compare it to the more powerful version of the A15 Bionic with five GPU cores, the A16 Bionic’s gains were about 7%. The A16 Bionic’s gains on the Compute benchmark were more modest. The new iPhones were also put to the test in Geekbench’s Compute benchmark which measures GPU performance. Overall, it seems Apple's claims were spot on.

Against the competition, specifically, the Snapdragon 8+ Gen 1 in the Samsung Galaxy Z Fold4 5G, the A16 Bionic’s single-core scores were about 42% faster and its multi-core scores were about 40% better. Single-core scores were about 8% better whereas multi-core scores saw bigger jumps of as much as 15%. On Geekbench, Apple's claims of 10% faster CPU performance are about right. As a result, Geekbench 5 scores are not comparable against those of Geekbench 4, whose baseline score is derived from an Intel Core i7-6600 processor. Geekbench 5 scores are calibrated against a baseline score of 1000, which is the score of an Intel Core i3-8100.

Geekbench CPU is a cross-platform processor benchmark that tests both single-core and multi-core performance with workloads that simulate real-world usage. Let’s see how it performs in our benchmark tests. Apple also says that at the same performance level, the new high-efficiency cores of A16 consume just a third of the power of even the best efficiency cores from the competition. One reason the A16 Bionic is so fast is because it has 50% more memory bandwidth than A15 Bionic. It also says A16 Bionic's CPU performance is up to 40% faster than any other rival smartphone chip. Compared to its predecessor, Apple says we can expect up to 10% faster CPU performance from the A16 Bionic. It also has five GPU cores.Īs usual, Apple makes remarkable claims about its new chip. It has the same core configuration as previous A-series chips, this means two performance cores and four efficiency cores. The chip is built using TSMC’s newest 4nm process and it has nearly 16 billion transistors – A15 Bionic has 15 billion. The iPhone 14 Pro and 14 Pro Max are the only phones this year to get the new A16 Bionic chip.