Murata Manufacturing Co., Ltd. has significantly modernized its RF component simulation infrastructure using 5th Gen AMD EPYC™ processors, achieving major gains in performance, efficiency, and scalability all within its existing data center footprint. The upgrade has enabled Murata to dramatically accelerate the design and validation of high‑frequency radio filter components used in mobile devices and telecommunications systems.
By adopting AMD’s high‑density compute platform, Murata tripled simulation throughput without expanding physical infrastructure. The new environment delivers 66% lower energy consumption per workload and speeds up key simulation tools, including a 30% improvement with Ansys HFSS™, 20% with Femtet™, and an additional 30% boost through AVX‑512 optimization. Faster computation has also reduced software licensing costs, further improving operational efficiency.
With enhanced server density, simplified roadmap planning, and consistent performance, Murata is now positioned to scale its AMD EPYC deployments as part of its future-ready IT strategy.
Hiroshi Yonekura, Principal Engineer at Murata, emphasized the transformative impact of the upgrade: “Our goal was to push the boundaries of simulation while staying efficient. With AMD EPYC processors, we not only accelerated performance but also dramatically reduced our energy usage and infrastructure footprint. This success paves the way for scalable innovation across our development pipeline.”
Vinay Sinha, Managing Director – India Sales, AMD, highlighted the broader value:
“AMD EPYC processors are engineered to help innovators like Murata unlock performance gains while driving greater energy efficiency. Dense, high‑throughput compute helps enterprises accelerate design cycles and reduce TCO at scale.”
This collaboration showcases how advanced, energy‑efficient compute solutions can transform engineering workflows and support global innovation.