Super PI

The Super PI is now available as a free download on Google Play for Android owners. The application is supporting English language. It weighs in at only 10MB to download. The new Super PI app version 1.0.1 has been updated on 2014-11-24. For ensuring consistency with the device you should take into account the following app compatibility information: 1.5 and up

u003du003du003du003du003du003du003du003d LG G7 LM G710 u003du003du003du003du003du003du003du003d 8K digits 0 036 seconds 16K digits 0 066 seconds 32K digits 0 090 seconds 128K digits 0 355 seconds 512K digits 1 567 seconds 1M digits 3 471 seconds 2M digits 8 154 seconds 4M digits 18 563 seconds                     phil good

Great little app for testing your mobile against Pi                     Joe Younger

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

4Mu003d20 188 seconds                 Dylan Harper

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                     Timo Witte

Nothing useful information give us a tip to use the information of how long a phone needs to calculate pi u003dCPU Informationu003d Device Model SM A800F CPU Type null CPU Frequency 1300MHz Number of Processor 8 u003dPi Computation Resultu003d 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                 Yes very good but what should i do with it ashiqur rahman Abir

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                     Yogesh Singh

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             Odd john wah

I did an experiment where I used your task manager to kill all of my background apps and see how my results differed Nice app 4M 104 seconds                     A Google user

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             Timer is wrong Martin Aavastik

Device Model MHA L29 CPU Type AArch64 Processor rev 1 aarch64 CPU Frequency 1844MHz Number of Processor 8 u003du003du003du003dPi Computation Resultu003du003du003du003d 8K digits 0 027 seconds 16K digits 0 080 seconds 32K digits 0 129 seconds 128K digits 0 486 seconds 512K digits 2 438 seconds 1M digits 5 826 seconds 2M digits 13 893 seconds 4M digits 34 095 seconds             Comparison with other devices would have been better Vinod Khera

Results for GT N7105 SG Note 2 Processor Arm v7 rev 0 v71 Frequency 1600MHz 4 cores 1M 17 143 s 2M 40 024 s 4M 90 581 seconds                     Good Benchmark to compare next phone ken reina

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             AlFas

u003du003du003du003dCPU Informationu003du003du003du003d SO RUNNING MIUI 8 Xiaomi eu Developer Device Model MI 5 CPU Type AArch64 Processor rev 2 aarch64 CPU Frequency 1363MHz Number of Processor 4 u003du003du003du003dPi Computation Resultu003du003du003du003d 8K digits 0 016 seconds 16K digits 0 041 seconds 32K digits 0 097 seconds 128K digits 0 498 seconds 512K digits 2 799 seconds 1M digits 7 710 seconds 2M digits 16 052 seconds 4M digits 44 011 seconds                     Jose Luis Torres

u003du003du003du003dCPU Informationu003du003du003du003d Device Model HTC One S CPU Type ARMv7 Processor rev 0 v7l CPU Frequency 1512MHz Number of Processor 2 u003du003du003du003dPi Computation Resultu003du003du003du003d 8K digits 0 059 seconds 16K digits 0 183 seconds 32K digits 0 309 seconds 128K digits 1 388 seconds 512K digits 7 862 seconds 1M digits 20 896 seconds 2M digits 48 681 seconds 4M digits 91 080 seconds                     Super Pi Result for My Android Ahmad Abdullah

Does the job Interesting to see my nexus 7 v sgs3 29 seconds to 1million places versus 20 for sgs3                     Great Andrew Kirk

SG Note2 Following is the testing summary u003du003du003du003dCPU Informationu003du003du003du003d Device Model GT N7100 CPU Type ARMv7 Processor rev 0 v7l CPU Frequency 1600MHz Number of Processor 4 u003du003du003du003dPi Computation Resultu003du003du003du003d 8K digits 0 080 seconds 16K digits 0 126 seconds 32K digits 0 322 seconds 128K digits 1 290 seconds 512K digits 7 280 seconds 1M digits 17 814 seconds 2M digits 42 130 seconds 4M digits 94 701 seconds                     Like it Amlood Omari

It did not detect the name of my phones CPU said Null it is a Samsung J3 2018 phone The timing is way off I exactly timed with a stop watch and the actual time for 1M was 24 41 seconds but the App claimed it was 28 217 seconds that is way off of the real time Needs to be fixed                 A Google user

Deca core Helio x27 on Umi Z takes 63 second for a million definitely faster than my computer using bench calculator arctangent                 Lars Har

So pi how does performance get effectwd when u got spam at bottom animating on its own             Ok Ray Wu

Following is the testing summary u003du003du003du003dCPU Informationu003du003du003du003d Device Model GT I9192 CPU Type ARMv7 Processor rev 0 v7l CPU Frequency 1728MHz Number of Processor 2 u003du003du003du003dPi Computation Resultu003du003du003du003d 8K digits 0 039 seconds 16K digits 0 099 seconds 32K digits 0 183 seconds 128K digits 0 995 seconds 512K digits 5 251 seconds 1M digits 12 463 seconds 2M digits 28 401 seconds 4M digits 63 534 seconds                     Frederico Azevedo

Meh it s ok Pointless but ok u003du003du003du003dCPU Informationu003du003du003du003d Device Model S7 CPU Type AArch64 Processor rev 4 aarch64 CPU Frequency N A Number of Processor 10 u003du003du003du003dPi Computation Resultu003du003du003du003d 8K digits 0 040 seconds 16K digits 0 120 seconds 32K digits 0 221 seconds 128K digits 1 079 seconds 512K digits 4 601 seconds 1M digits 12 942 seconds 2M digits 28 532 seconds 4M digits 65 790 seconds             Ghozer

I can t believe my phone is faster than my old FX 57                     Michael Fulton

Following is the testing summary u003du003du003du003dCPU Informationu003du003du003du003d Device Model ONEPLUS A3003 CPU Type AArch64 Processor rev 2 aarch64 CPU Frequency 1593MHz Number of Processor 4 u003du003du003du003dPi Computation Resultu003du003du003du003d 8K digits 0 045 seconds 16K digits 0 055 seconds 32K digits 0 116 seconds 128K digits 0 410 seconds 512K digits 2 421 seconds 1M digits 5 986 seconds 2M digits 13 901 4M digits 29 408                     Fast Ribu singh

u003du003du003du003dCPU Informationu003du003du003du003d Device Model SD4930UR CPU Type ARMv7 Processor rev 0 v7l CPU Frequency 2150MHz Number of Processor 4 u003du003du003du003dPi Computation Resultu003du003du003du003d 8K digits 0 052 seconds 16K digits 0 099 seconds 32K digits 0 151 seconds 128K digits 0 732 seconds 512K digits 4 038 seconds 1M digits 9 400 seconds 2M digits 21 535 seconds 4M digits 49 964 seconds                     My processor is super fast Felix Weber

There is no info at all about number of cores utilised in test         No info about Multi core utilize A Google user

Following is the testing summary u003du003du003du003dCPU Informationu003du003du003du003d Device Model HTC6500LVW CPU Type ARMv7 Processor rev 0 v7l CPU Frequency 1728MHz Number of Processor 4 u003du003du003du003dPi Computation Resultu003du003du003du003d 8K digits 0 065 seconds 16K digits 0 142 seconds 32K digits 0 283 seconds 128K digits 1 343 seconds 512K digits 7 323 seconds 1M digits 12 182 seconds 2M digits 29 891 seconds                     Cool Jose Lozano

PI TT by definition is an irrational number a mathematical constant that is     PI w repeating numbers o O A Google user

Huhhh Nice to get processor hard working ASUS k01A 1M lasts 26 615 seconds                 Nice idea A Google user

Following is the testing summary u003du003du003du003dCPU Informationu003du003du003du003d Device Model SM G935U CPU Type null CPU Frequency 1593MHz Number of Processor 4 u003du003du003du003dPi Computation Resultu003du003du003du003d 8K digits 0 040 seconds 16K digits 0 057 seconds 32K digits 0 099 seconds 128K digits 0 397 seconds 512K digits 2 298 seconds 1M digits 5 714 seconds 2M digits 13 179 seconds 4M digits 31 773 seconds                     Interesting benchmark Jacob Sankey

I727 1 78ghz dual core jellybean 1M u003d 22 seconds 4M u003d 123 seconds Not bad for an s2                     Wicked Steve Boutilier

u003du003du003du003dCPU Informationu003du003du003du003d Device Model D5803 CPU Type ARMv7 Processor rev 1 v7l CPU Frequency 2457MHz Number of Processor 4 u003du003du003du003dPi Computation Resultu003du003du003du003d 8K digits 0 054 seconds 16K digits 0 095 seconds 32K digits 0 208 seconds 4M digits 56 656 seconds                 Z3 Compact Muhammed Solak

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

This app gets confused when used on devices with 8 cores         Not for devices with 8 cores wolf einstein

Following is my testing summary u003du003du003du003dCPU Informationu003du003du003du003d Device Model Redmi Note 3 CPU Type AArch64 Processor rev 0 aarch64 CPU Frequency 1401MHz Number of Processor 6 u003du003du003du003dPi Computation Resultu003du003du003du003d 8K digits 0 079 seconds 16K digits 0 133 seconds 32K digits 0 223 seconds 128K digits 0 736 seconds 512K digits 3 983 seconds 1M digits 9 934 seconds 2M digits 21 460                 Redmi note 3 Sazzad Hossain

Result for my Xiaomi Redmi Note 4 global version u003du003du003du003dCPU Informationu003du003du003du003d Device Model Redmi Note 4 CPU Type AArch64 Processor rev 4 aarch64 CPU Frequency 2016MHz Number of Processor 8 u003du003du003du003dPi Computation Resultu003du003du003du003d 8K digits 0 053 seconds 16K digits 0 097 seconds 32K digits 0 210 seconds 128K digits 1 030 seconds 512K digits 6 997 seconds 1M digits 18 991 seconds 2M digits 47 067 seconds 4M digits 110 468 seconds                     Klaas-Jan