Backblaze Partners with StorageReview to Make Record 314 Trillion Digits of Pi Widely Available
This press release features multimedia. View the full release here: https://www.businesswire.com/news/home/20260313227416/en/
Totaling over 130 terabytes of data, the record-breaking 314 trillion digits of pi was calculated by StorageReview in
“Pushing π to 314 trillion digits was far more than a headline number. It was a sustained, months-long computational challenge that stressed every layer of modern infrastructure, from high core-count CPUs to massive high-speed storage, and it gave us valuable insight into how extreme, real-world workloads behave at scale. Making this dataset available in the
The process to calculate pi is detailed in their article from December, in which they announced the new record. Instrumental to their process’s success—which outperformed even hyperscalers and AI-centric providers chasing the same title—were high-density flash and careful workload tuning.
While the entire data set is roughly 2.1 petabytes in size when including checkpoints, the 314 trillion digit dataset stored on
“Backblaze has always had a soft spot in our heart for innovators, record breakers, and people doing cool stuff,” said
The dataset is available today. Read more about the partnership on our blog and request to access the data by submitting your information here:https://www.backblaze.com/pi.
About
About StorageReview
Founded in 1998, StorageReview.com is a leading independent enterprise IT publication and performance validation lab. The organization specializes in hands-on evaluation of storage, servers, GPUs, networking, and cloud infrastructure under real-world workloads. Through rigorous benchmarking and large-scale compute projects, StorageReview delivers objective analysis and technical insight for IT professionals and technology decision-makers worldwide.
View source version on businesswire.com: https://www.businesswire.com/news/home/20260313227416/en/
Press Contact:
Head of Communications
press@backblaze.com
Source: