SUPERPI - 32M WITH BENCHMATE
3
of Total Submissions
01h, 14min, 03sec, 061ms
of Total Score
Thursday, 01 January 1970 07:00 | Updated at 1 month ago
About SuperPi - 32M with BenchMate
SuperPi - 32M with BenchMate is the modern version of the legendary SuperPi benchmark, renowned for its ability to measure single-threaded processor performance to the extreme. With the addition of BenchMate support, this benchmark delivers significantly higher result reliability, provides precise time validation, and safeguards system integrity against unauthorized benchmark result manipulation.
Essentially, SuperPi - 32M calculates the value of the constant π (pi) to 32 million decimal places. This process utilizes an intensive mathematical algorithm (Gauss-Legendre) that runs on a single processor core. This test serves as a real-world measure of how quickly and stably a single CPU core can handle pure computational workloads.
What is BenchMate and Why is it Important?
BenchMate is a benchmarking platform designed to:
- Eliminate system time manipulation (time cheating).
- Freeze the system clock, preventing Windows clock manipulation during benchmarking.
- Provide a complete validation log to ensure the validity of results.
- Protect system integrity with temperature, voltage, and background process controls.
With BenchMate integration, SuperPi - 32M results become significantly more reliable, making it ideal for:
- Professional overclocking competitions.
- Transparent validation of high-performance systems.
- Public benchmarking requiring high credibility.
Advantages of SuperPi - 32M with BenchMate
- Accurate and manipulation-free thanks to BenchMate's time-locking.
- Optimally measures single-core CPU efficiency.
- Detects system anomalies, such as throttling or interference from background processes.
- Very competitive execution time, suitable for fine-tuning RAM, latency, and CPU cache testing.
- Complete log output, ideal for documenting and publishing benchmark results.
Real-World Use Cases
- An overclocker wants to test the capabilities of their Ryzen 7000 Series CPU at a 6 GHz frequency. SuperPi - 32M with BenchMate provides valid results that cannot be manipulated by time-cheating software.
- Hardware development teams use this benchmark to compare IPC (Instructions Per Clock) across architectures, such as between Intel Raptor Lake and AMD Zen 4.
- Enthusiast users leverage these results as an indicator for memory tuning, as SuperPi is highly sensitive to RAM timing.
Benchmark SuperPi - 32M with BenchMate Chart Ranking
The following graph displays the hardware performance ranking based on benchmark results using SuperPi - 32M with BenchMate. The data is organized from highest to lowest score for easy visual comparison between devices. You can hover over each bar to view the score details and associated hardware name.
Benchmark SuperPi - 32M with BenchMate Table Ranking
The following table presents hardware rankings based on benchmark results using SuperPi - 32M with BenchMate. The table format provides detailed views such as device name, score, number of submissions, as well as links to test results. It's perfect for those who want to see detailed data and easily search or filter.
| No. | Hardware | Submissions from SuperPi - 32M with BenchMate |
|---|---|---|
| 1 | Intel Core i5 1135G7 | 06min, 52sec, 446ms |
| 2 | Intel Core i7 720QM | 22min, 04sec, 723ms |
| 3 | AMD E1-1200 | 45min, 05sec, 892ms |