SEMIFIVE and Arm Total Design Collaborate on HPC Platform

SEMIFIVE, a leading SoC design platform, has joined forces with Arm Total Design to create an innovative high-performance computing (HPC) platform utilizing Arm Neoverse Compute Subsystems (CSS) and LPDDR6 memory interface. This collaboration aims to enhance cost efficiency, performance optimization, and development flexibility in semiconductor design and manufacturing.

The new HPC platform is set to drive innovation in the industry, catering to diverse customer needs and fostering new business models and collaborations. Arm Total Design provides partners with access to Arm Neoverse CSS and support from a growing ecosystem, enabling custom silicon development with reduced risk and faster time to market.

SEMIFIVE, renowned for its expertise in SoC platforms and ASIC design solutions, specializes in developing tailored SoC design platforms for AI chips. By expanding its HPC platform using Neoverse technology, SEMIFIVE aims to meet the demands of various AI SoC markets and deliver scalable design solutions in collaboration with Arm.

The partnership with Arm Total Design signifies a significant milestone in custom chip design and innovation, emphasizing the importance of custom silicon solutions in supporting sustainability objectives and addressing energy requirements of AI applications.

SEMIFIVE's participation in industry events like the Samsung Foundry Forum (SFF) and SAFE™ forum highlights its commitment to showcasing advanced SoC design solutions for AI applications. With a strong partnership with Samsung Foundry and the broader ecosystem, SEMIFIVE serves as a comprehensive solution provider for diverse SoC design needs, ensuring faster realization of custom SoCs with reduced costs and risks.

SEMIFIVE's collaboration with Arm Total Design to develop the cutting-edge HPC platform using Neoverse technology marks a significant advancement in semiconductor design. This partnership is poised to bring forth next-generation HPC solutions, driving innovation and efficiency in the industry.

For more information, please visit the SEMIFIVE website.