A fantastic Raspberry Pi supercomputer has been built by Oracle using 1,060 Raspberry Pi mini PCs. The supercomputer was unveiled at Oracle’s OpenWorld convention on Monday and combines all the ...

$99 Raspberry Pi-sized “supercomputer” touted in Kickstarter project Parallel computing for everyone promised with 16- and 64-core boards.

The $35 Raspberry Pi Linux mini system and a whole bunch of Legos get together to make a low-cost supercomputer.

The Los Alamos National Lab (LANL) has installed a supercomputer testbed built from a cluster of 750 Raspberry Pis, which could grow to 10,000 Pi boards next year. A huge cluster of cool-running ...

Computational engineers have built a supercomputer from 64 Raspberry Pi computers and Lego. The son of one of the professors (aged 6) provided specialist support on Lego and system testing.

A team of scientists at the University of Southampton led by Professor Simon Cox have built a low-cost supercomputer comprised solely of ARM-based Raspberry Pi micro computers. More specifically ...

Inspired by the low-cost computing power of the Raspberry Pi, a team at the University of Southampton has used the ARM-based Linux computer-on-a-board as a building block for a low-cost ...

During the Super Compute 2017 convention, the Los Alamos National Laboratory introduced a new testing platform using 750 Raspberry Pi boards.

A new project at the Los Alamos National Laboratory’s High Performance Computing Division seeks to make supercomputers more accessible with a little help from some Raspberry Pi clusters.

Building a 300 node Raspberry Pi supercomputer Commodity hardware makes possible massive 100,000 node clusters, because, after all, commodity hardware is "cheap" -- if you're Google.

The Raspberry Pi isn’t exactly a speed demon. The $35 computer has a 700 MHz ARM11 processor which is enough for basic computing tasks, and HD video playback. But in order to keep the price low ...

A new project at the Los Alamos National Laboratory’s High Performance Computing Division seeks to make supercomputers more accessible with a little help from some Raspberry Pi clusters.