
WPRIME - 1024M
7
of Total Submissions
01h, 24min, 51sec, 709ms
of Total Score
Thursday, 01 January 1970 07:00:00 | Updated at 1 week ago
About wPrime - 1024M
wPrime - 1024M is a compute-intensive benchmark used to measure processor performance and scalability by calculating all prime numbers up to 1024 million (1,024,000,000). The test is designed to fully tax the CPU and memory system in a heavily multi-threaded work scenario, utilizing all available cores and threads. As the workload size is much larger than wPrime 32M, this benchmark tests not only processor speed, but also system stability under long-term load. The results are reported in execution time (in seconds), where a smaller number indicates better performance. wPrime - 1024M is often used in overclocking competitions, CPU stress tests, and performance evaluation of servers or workstations under extreme parallel computing loads.
Benchmark wPrime - 1024M Chart Ranking
The following graph displays the hardware performance ranking based on benchmark results using wPrime - 1024M. 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 wPrime - 1024M Table Ranking
The following table presents hardware rankings based on benchmark results using wPrime - 1024M. 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 wPrime - 1024M |
---|---|---|
1 | Intel Core i5 1335U | 03min, 03sec, 230ms |
2 | Intel Core i5 1135G7 | 03min, 18sec, 987ms |
3 | Intel Core i7 720QM | 08min, 13sec, 257ms |
4 | Intel Core i5 6300U | 08min, 37sec, 272ms |
5 | Intel Core i3 2330M | 11min, 51sec, 960ms |
6 | AMD A6-3400M | 13min, 40sec, 939ms |
7 | AMD E1-1200 | 36min, 06sec, 064ms |