Hyper PI

Hyper PI is a super handy little Windows app that helps you calculate the pi value to as many digits as you want! It’s perfect for anyone who needs some precise math without a lot of fuss.

Portable and Easy to Use

One of the cool things about Hyper PI is that it’s portable. This means you can run it from a USB flash drive or any other device. So, if you're on the go and need to crunch some numbers, just grab your USB and take it with you! Plus, since it's portable, your Windows registry stays clean and tidy.

Straightforward Interface

The app has a simple interface that focuses more on getting the job done than looking fancy. You can easily choose how many digits of pi you want to calculate, which makes it user-friendly for everyone.

Performance Settings

Hyper PI lets you tweak some settings to help your computer work better while calculating. You can pick from different process priorities like low, normal, or high. There’s even an option for real-time priority if you're feeling bold! You can also select how many processors to use during calculation which really speeds things up.

Boosting Performance

If you're looking to push performance even further, there are options to turn off certain Windows services like audio or themes, including the Windows 7 Aero Glass interface. This helps Hyper PI run faster when calculating those tricky pi digits!

Selecting Pi Digits

You get to choose how many pi digits you'd like to calculate—from 16K all the way up to 32M! Once you've set everything up and hit the “Start” button, Hyper PI will open a new tab for each processor you're using and start working hard. Just keep in mind that this might stress out your computer a bit!

System Requirements

This program works on all versions of Windows but requires a pretty fast computer for those larger calculations. So make sure your system is ready!

A Useful Tool for Overclockers

If you're into overclocking, Hyper PI can be great for testing performance and stability on multi-core machines. Unlike Super PI, which only uses one thread, Hyper PI takes full advantage of multi-core processors.