In this performance testing app, you can calculate pi to a specified number of digits using fast algorithms. Includes support for various device architectures and pre-defined calculations up to 4 million digits.
AppRecs review analysis
AppRecs rating 4.8. Trustworthiness 69 out of 100. Review manipulation risk 44 out of 100. Based on a review sample analyzed.
★★★★☆
4.8
AppRecs Rating
Ratings breakdown
5 star
75%
4 star
13%
3 star
8%
2 star
2%
1 star
1%
What to know
✓
Authentic reviews
Natural distribution, no red flags
⚠
Questionable review patterns
44% review manipulation risk - some review patterns appear unusual
⚠
Rating authenticity concerns
High rating concentration (75% 5-star) in sampled ratings
About Super PI
Features:
* Calculate Pi using FFT and AGM, fast and reliable algorithm.
* Optimize for most ABI(Application Binary Interface) including armeabi, armeabi-v7a, mips and x86.
* Support pre-defined typical digits up to 4 million.
* Easily share your results to friends by single click.
Here is the result from my Galaxy Nexus, for your reference:
====CPU Information====
Device Model: Galaxy Nexus
CPU Type: ARMv7 Processor rev 10 (v7l)
CPU Frequency: 1200MHz
Number of Processor: 2
====Pi Computation Result====
8K digits: 0.083 seconds
16K digits: 0.175 seconds
32K digits: 0.311 seconds
128K digits: 1.671 seconds
512K digits: 9.787 seconds
1M digits: 24.251 seconds
2M digits: 55.583 seconds
4M digits: 130.073 seconds
If you have any comment, please send to support@rhmsoft.com, thanks.
Super PI Screenshots
Tap to Rate:
Reviews for Super PI
Bohan Li
12/21/2025
32 bit app too old but, ====CPU Information==== Device Model: RMX6688 CPU Type: null CPU Frequency: 2400MHz Number of Processor: 8 ====Pi Computation Result==== 8K digits: 0.041 seconds 16K digits: 0.050 seconds 32K digits: 0.078 seconds 128K digits: 0.351 seconds 512K digits: 1.565 seconds 1M digits: 3.368 seconds 2M digits: 7.423 seconds 4M digits: 16.6
ً
12/9/2023
====CPU Information==== Device Model: SM-X216B CPU Type: null CPU Frequency: 1804MHz Number of Processor: 8 ====Pi Computation Result==== 8K digits: 0.017 seconds 16K digits: 0.043 seconds 32K digits: 0.089 seconds 128K digits: 0.336 seconds 512K digits: 1.682 seconds 1M digits: 3.619 seconds 2M digits: 8.842 seconds 4M digits: 20.
