Super PI

Device Model: Redmi Note 7 CPU Type: AArch64 Processor rev 2 (aarch64) CPU Frequency: 1843MHz Number of Processor: 8 ====Pi Computation Result==== 8K digits: 0.029 seconds 16K digits: 0.068 seconds 32K digits: 0.127 seconds 128K digits: 0.481 seconds 512K digits: 2.561 seconds 1M digits: 6.528 seconds 2M dig

====CPU Information==== Device Model: F1 CPU Type: AArch64 Processor rev 2 (aarch64) CPU Frequency: 1989MHz Number of Processor: 8 ====Pi Computation Result==== 8K digits: 0.033 seconds 16K digits: 0.081 seconds 32K digits: 0.225 seconds 128K digits: 0.556 seconds 512K digits: 3.177 seconds 1M digits: 8.675 seconds 2M digits: 21.51 4M digits: 46.409 seconds

====CPU Information==== Device Model: M2012K11AG (Poco F3) CPU Type: AArch64 Processor rev 0 (aarch64) CPU Frequency: 1804MHz Number of Processor: 8 ====Pi Computation Result==== 8K digits: 0.015 seconds 16K digits: 0.026 seconds 32K digits: 0.065 seconds 128K digits: 0.302 seconds 512K digits: 1.472 seconds 1M digits: 3.364 seconds 2M digits: 7.304 seconds 4M digits: 17.609 seconds

====CPU Information==== Device Model: Note 8 U1 CPU Type: AArch64 Processor CPU Frequency: 1900MHz Number of Processors: 4 ====Pi Computation Result==== 8K digits: 0.024 seconds 16K digits: 0.066 seconds 32K digits: 0.147 seconds 128K digits: 0.793 seconds 512K digits: 4.309 seconds 1M digits: 9.349 seconds 2M digits: 14.243 seconds 4M digits: 32.302 seconds

====CPU Information==== Device Model: Mi 9T CPU Type: AArch64 Processor rev 14 (aarch64) CPU Frequency: 1804MHz Number of Processor: 8 ====Pi Computation Result==== 8K digits: 0.031 seconds 16K digits: 0.113 seconds 32K digits: 0.134 seconds 128K digits: 0.384 seconds 512K digits: 1.622 seconds 1M digits: 3.903 seconds 2M digits: 9.647 seconds

====CPU Information==== Device Model: RMX1945 CPU Type: AArch64 Processor rev 4 (aarch64) CPU Frequency: 2001MHz Number of Processor: 8 ====Pi Computation Result==== 8K digits: 0.044 seconds 16K digits: 0.117 seconds 32K digits: 0.245 seconds 128K digits: 1.469 seconds 512K digits: 9.937 seconds 1M digits: 26.706 seconds 2M digits: 66.822 seconds 4M digits: 151.636 seconds

====CPU Information==== Device Model: RMX2193 CPU Type: null CPU Frequency: 1800MHz Number of Processor: 8 ====Pi Computation Result==== 8K digits: 0.077 seconds 16K digits: 0.095 seconds 32K digits: 0.223 seconds 128K digits: 0.694 seconds 512K digits: 2.493 seconds 1M digits: 6.457 seconds 2M digits: 15.829 seconds 4M digits: 29.

Wow. Its crazy how my phone can calculate so fast.

====CPU Information==== Device Model: LG-H910 CPU Type: AArch64 Processor rev 2 (aarch64) CPU Frequency: 1593MHz Number of Processor: 4 ====Pi Computation Result==== 8K digits: 0.026 seconds 16K digits: 0.047 seconds 32K digits: 0.106 seconds 128K digits: 0.482 seconds 512K digits: 2.684 seconds 1M digits: 6.822 seconds 2M digits: 15.874 seconds 4M digits: 37.105 seconds

====CPU Information==== Device Model: IN2023 CPU Type: AArch64 Processor rev 0 (aarch64) CPU Frequency: 1804MHz Number of Processor: 8 ====Pi Computation Result==== 8K digits: 0.028 seconds 16K digits: 0.051 seconds 32K digits: 0.073 seconds 128K digits: 0.332 seconds 512K digits: 1.590 seconds 1M digits: 3.605 seconds 2M digits: 7

# CPU Information Device Model: Mi A2 CPU Type: AArch64 Processor rev 2 (aarch64) CPU Frequency: 1843MHz Number of Processor: 8 # Pi Calculation 8K → 0.062 seconds, 16K → 0.127 seconds, 32K → 0.154 seconds, 128K →0.539 seconds, 512K →2.642 seconds, 1M →6.733 seconds, 2M →16.551 seconds, 4M →36.721 seconds,

Following is the testing summary: ====CPU Information==== Device Model: SM-S767VL CPU Type: null CPU Frequency: 1586MHz Number of Processor: 8 ====Pi Computation Result==== 8K digits: 0.038 seconds 16K digits: 0.085 seconds 32K digits: 0.147 seconds 128K digits: 0.670 seconds 512K digits: 4.169 seconds 1M digits: 10.418 seconds 2M digits: 23.794 seconds 4M digits: 54.087 seconds

Great little app for testing your mobile against Pi.

====CPU Information==== Device Model: SM-G988B CPU Type: null CPU Frequency: 2002MHz Number of Processor: 8 ====Pi Computation Result==== 8K digits: 0.015 seconds 16K digits: 0.033 seconds 32K digits: 0.065 seconds 128K digits: 0.325 seconds 512K digits: 1.436 seconds 1M digits: 3.247 seconds 2M digits: 7.155 seconds 4M digits: 17.568 seconds

====CPU Information==== Device Model: SM-G998U CPU Type: null CPU Frequency: 1804MHz Number of Processor: 8 ====Pi Computation Result==== 8K digits: 0.014 seconds 16K digits: 0.034 seconds 32K digits: 0.073 seconds 128K digits: 0.281 seconds 512K digits: 1.230 seconds 1M digits: 2.689 seconds 2M digits: 5.587 seconds 4M digits: 12.227 seconds

====CPU Information==== Device Model: SM-A217F CPU Type: null CPU Frequency: 2002MHz Number of Processor: 8 ====Pi Computation Result==== 8K digits: 0.045 seconds 16K digits: 0.102 seconds 32K digits: 0.199 seconds 128K digits: 1.116 seconds 512K digits: 7.563 seconds 1M digits: 19.347 seconds 2M digits: 44.779 seconds 4M digits: 91.738

====CPU Information==== Device Model: SM-A700FD CPU Type: ARMv7 Processor rev 1 (v7l) CPU Frequency: 1497MHz Number of Processor: 8 ====Pi Computation Result==== 8K digits: 0.054 seconds 16K digits: 0.132 seconds 32K digits: 0.258 seconds 128K digits: 1.266 seconds 512K digits: 8.208 seconds 1M digits: 20.360 seconds 2M digits: 47.

everyone needs a little pi in their life every now and then

Top usefully Yes yes

51 sec for 4M. People complaining with 8 Cores: The 8 Core version of the Snapdragon is actually the cheap budget version which is slower than the 4 cores one.. Futhermore it is a Big.Little architecture and only the 4 big Cores have sind oumpf. The 4 little are feature limited and downclocked to save battery while screen is off.

This app does not utilize all of my processor's processing power. Running the 4M test right away seems to only utilize 27% of my Samsung Galaxy J7's octa-core CPU at 1.6GHz.

Nothing useful information give us a tip to use the information of how long a phone needs to calculate pi =CPU Information= Device Model: SM-A800F CPU Type: null CPU Frequency: 1300MHz Number of Processor: 8 =Pi Computation Result= 8K digits: 0.083 seconds 16K digits: 0.189 seconds 32K digits: 0.286 seconds 128K digits: 0.893 seconds 512K digits: 4.885 seconds 1M digits: 11.499 seconds 2M digits: 27.351 seconds 4M digits: 62.337 seconds

It shows 26s for 1m but when i measured with stopwatch it's really 18. This is on huawei p9 lite so maybe the 8 cores confuse it.

My nexus 6p gets pantsed by my 4 year old nexus 7. I have a feeling there app is not fully optimised.

There is no info at all about number of cores utilised in test.

Very interesting. It's insane to think that my phone counts 4 million Pi digits in the time of me counting probably about 5 digits

Hi! From a very long time I wanted this for both my PC and my Phone. Awesome! The phone's version is here but could you make this same for PC and Phone and with upto 40 million digits or something which user specifies?

I do have a suggestion though, if for some reason you need to stop a calculation because of a phone call or something, there should be an option to stop the calculation

I should get better results. I run 10 m pi in 16.5 seconds in the pi app. It takes 23 seconds to run 2m on this pi app... doesn't seem optimized for an 8 core proc.

Works nicely and the interface is much better/more simple than other pi speed test apps.