Single Server Dell PowerEdge R7725 And Micron NVMe SSDs Set Guinness World Record By Calculating 314 Trillion Pi Digits Over 110 Days Without Failure
A collaborative computing initiative has set a new Guinness World Record in Pi calculation with the generation of 314 trillion (314,000,000,000,000) digits on a single server. Micron Technology announced the record through its X post stating it was set by the team at StorageReview during the Dell Technologies World event. The computation was done on a Dell PowerEdge R7725 server armed with dual AMD EPYC processors and 40 Micron 6550 ION NVMe solid state drives.
314 trillion digits of π.
— Micron Technology (@MicronTech) May 20, 2026
One server.
A new Guinness World Record.
Officially verified by @GWR at #DellTechWorld. 🏆@storagereview set the record for the most accurate value of π on a @Dell™ PowerEdge™ R7725 system with dual @AMD EPYC™ processors and 40 Micron 6550 ION… pic.twitter.com/qc8b3uetZx
The record breaking system ran continuously for over 110 days, in order to produce the abovementioned digits of Pi, handling petabyte scale I O operations in that time without a hardware failure. Underlying the endurance run is the Micron 6550 ION NVMe, described as the first 60 TB PCIe Gen5 data center SSD available in the E3 S form factor.
The 6550 ION NVMe is designed to overcome both the physical and power constraints of present data centers, enabling organizations to:
- Reduce the physical footprint of their enterprise data centers by as much as 67 percent.
- Utilize up to 61.44 TB of raw capacity.
- Support enterprise AI data lakes, big data analytics, and high performance computing applications.
A critical element during sustained system operations is power management. The system tested uses up to 20 percent less power than comparable drives, allowing for reduced operational costs in high density environments. The storage solution also incorporates OCP 2.5 intelligent management specifications that enable cloud scale control of local enterprise networks.
To safeguard sensitive digital assets during long execution cycles the storage hardware utilizes several security layers. These safety measures include secure encrypted environments self encrypting drive technologies and SPDM 1.2 platform authentication. The successful calculation of 314,000,000,000,000 digits of Pi serves as a practical demonstration of how modern high capacity solid state storage can handle relentless computational stress while maintaining complete data accuracy.
