Samsung Electronics Collaborates With Arm on Optimized Next Gen Cortex-X CPU Using Samsung Foundry’s Latest GAA Process Technology

Collaboration accelerates entry to latest Arm CPU, enabling new class of SoCs with Generative AI capabilities

Samsung Electronics, a world chief in superior semiconductor know-how, immediately introduced that it’s going to ship the subsequent era Arm® Cortex™-X CPU optimized on Samsung Foundry’s newest Gate-All-Round (GAA) course of know-how. This initiative is constructed on years of partnership with thousands and thousands of units shipped with Arm CPU mental property (IP) on numerous course of nodes provided by Samsung Foundry.

This collaboration units the stage for a collection of bulletins and deliberate innovation between Samsung and Arm. The businesses have daring plans to reinvent 2-nanometer (nm) GAA for next-generation information heart and infrastructure customized silicon, in addition to a groundbreaking AI chiplet answer that may revolutionize the longer term generative synthetic intelligence (AI) cell computing market.

“As we proceed into the Gen AI period, we’re excited to increase our partnership with Arm to ship the subsequent era Cortex-X CPU, enabling our mutual clients to create modern merchandise,” stated Jongwook Kye, Government Vice President and Head of Foundry Design Platform Improvement at Samsung Electronics. “Each Samsung and Arm have constructed a strong basis from a few years of collaboration. This unprecedented stage of deep design know-how co-optimization has resulted in a groundbreaking accomplishment, offering entry to the latest Cortex-CPU on the most recent GAA course of node.”

“Our longstanding collaboration with Samsung has delivered multi-generation, modern innovation,” stated Chris Bergey, SVP and GM, Consumer Enterprise at Arm Inc. “Optimizing Cortex-X and Cortex-A processors on the most recent Samsung course of node underscores our shared imaginative and prescient to redefine what’s potential in cell computing, and we sit up for persevering with to push boundaries to fulfill the relentless efficiency and effectivity calls for of the AI period.”

Samsung introduced its preliminary manufacturing of 3nm Multi-Bridge-Channel FET (MBCFET™), based mostly on Samsung’s GAA know-how in 2022. GAA know-how permits additional system scaling past the FinFET era, bettering energy effectivity with decreased provide voltage stage and enhanced efficiency with larger drive present functionality. The GAA implementation method with nanosheets construction delivers most design flexibility and scalability.

Designed with Samsung’s subsequent era GAA course of node, Arm delivered the optimized latest Cortex-X CPU with extra efficiency and effectivity enhancements to take the person expertise to the subsequent stage.

With steady strain to have merchandise delivered on time, it’s paramount to make sure first-time-right silicon with probably the most aggressive energy, efficiency and space (PPA) attributes. Design and manufacturing can now not be optimized individually. From the very starting, each the Samsung and Arm groups embraced design-technology co-optimization (DTCO), which has been a vital issue to maximise the PPA advantages for each the subsequent era Cortex-X CPU design structure and GAA course of know-how.

Generative AI is a key development driver for a brand new wave of merchandise that provide a superior person expertise. By this collaboration, Samsung and Arm are accelerating entry to the optimized implementation of the subsequent era Cortex-X CPU on Samsung’s newest GAA course of know-how, enabling the subsequent era of product improvements with industry-leading efficiency.