in partnership with Fujitsu, the Flagship 2020 Project was launched by the Japanese government in 2014. It was tasked with developing the Post K computer, a next-generation supercomputer that will ...

While Intel continues to dominate the world's top supercomputers and AMD's EPYC processors continue to gain ground, Fujitsu's new Arm-based server processors have catapulted over the dueling ...

The Fugaku supercomputer was again one of the unlikely stars of the recent Nico Nico Super Conference in Japan. In a re-run ...

Fujitsu and Japan’s Riken Center for Computational Science have announced the development of a 256-qubit superconducting ...

Fujitsu's trial with the Hamburg Port Authority ... Investing in environmentally friendly solutions like cloud supercomputing, low-power chips and AI has a high initial cost, but Mahajan believes ...

ARM has revealed more details about the Scalable Vector Extensions (SVE) technology it is developing for the ARMv8-A architecture that Fujitsu is planning to deploy in the Post-K supercomputer it ...

"We aim to develop a 1,000-qubit computer in fiscal 2026" as a next step, said Shintaro Sato, the head of the quantum ...

A supercomputer with a speed of 1 zetaFLOPS ... to as "Fugaku Next," will be built by Japanese companies RIKEN and Fujitsu, which were both involved in the construction of Fugaku.

Fujitsu and Riken said Tuesday that they have ... Quantum computers are said to have more computing power than supercomputers, but require tens of thousands to 1 million qubits per unit to prevent ...

There are now a total of six supercomputers on the Top500 list with Arm-based CPUs, five of which use Fujitsu CPUs, while the other one uses Marvell’s ThunderX2, which is part of a line of CPUs ...

Fujitsu will assess the effectiveness of the ... Apply its 40-year track record in liquid-cooling technology used in top-tier supercomputers and mission-critical servers around the world to ...