Fujitsu’s Legacy of High-Performance Processors
With over six decades of processor innovation, Fujitsu leads in high-performance computing and advancing solutions from edge to cloud. Building on its success with Arm for the Fugaku supercomputer, Fujitsu has adopted the Armv9 architecture for their FUJITSU-MONAKA processor. Through this partnership, Fujitsu is shaping a future of secure, efficient, and scalable computing for the next generation of technology.
“We believe that Arm’s framework enables the provision of the customizable processor hardware and the unified consistent software ecosystem is a significant contributor and driving force for accelerating innovation.”
Toshio Yoshida, VP Fujitsu, Advanced Technology Development Unit, Fujitsu
Why Did Fujitsu Choose Arm?
Fujitsu chose the Arm architecture for its combination of adaptable hardware and a unified software ecosystem that supports scalability and customization. With Arm, Fujitsu can build flexible, high-performance technology solutions that fuel rapid innovation and adapt to evolving demands, making it ideal for powering cutting-edge projects like the FUJITSU-MONAKA processor. This was implemented into the Fugaku supercomputer and is planned for more innovative products in the future.
What Makes FUJITSU-MONAKA Secure, Efficient, and Powerful?
The FUJITSU-MONAKA processor, built on Armv9, combines advanced AI capabilities with industry-leading security and power efficiency. FUJITSU-MONAKA supports diverse applications, from datacenters to high-performance edge environments.
- AI & security: Designed for powerful AI with cutting-edge data security.
- Efficiency and reliability: High-performance and energy-saving design, setting new cost-efficiency standards.
The FUGAKU powered by the Fujitsu A64FX CPU, stands as one of the world's fastest supercomputers. This achievement was made possible through collaboration between Arm and Fujitsu on the SVE instruction set, which was first to market in the A64FX.
Learn how Arm architecture is setting new standards in high-performance computing and, driving innovation across the HPC ecosystem.