Marvell Develops Industry's First 2nm Custom SRAM for Next-Generation AI Infrastructure Silicon
Marvell has introduced a technology that offers up to 6 gigabits of high-speed memory per square millimeter. This innovation saves up to 15% of the total die area and reduces on-chip memory standby power by up to 66%. The new technology expands Marvell's custom platform, aiming to enhance the performance and economics of AI infrastructure. Located in Santa Clara, Marvell continues to push the boundaries of technology with this advancement.
Industry's highest bandwidth per sq mm with up to 6 gigabits of high-speed memory Saves up to 15% of total die area and reduces on-chip memory standby power by up to 66% Expands Marvell custom technology platform to transform the performance and economics of AI infrastructure
Marvell Technology Launches Industry's First 2nm Custom SRAM
SANTA CLARA, Calif., June 17, 2025 - Marvell Technology, Inc. (NASDAQ: MRVL), a leader in data infrastructure semiconductor solutions, expanded its custom technology platform with the launch of the industry's first 2nm custom Static Random Access Memory (SRAM). This innovative product is designed to enhance the performance of custom XPUs and devices powering cloud data centers and AI clusters.
Combining advanced custom circuitry and software from Marvell with core SRAM and cutting-edge 2nm process technology, Marvell® custom SRAM delivers up to 6 gigabits of high-speed memory while significantly reducing memory power consumption and die area at comparable densities.
The custom SRAM is the latest addition to Marvell's innovations aimed at improving memory hierarchy performance within accelerated infrastructure. Marvell's previous introductions include CXL technology for integrating terabytes of memory and custom HBM technology to increase memory capacity.
Marvell custom SRAM offers the highest bandwidth per square millimeter in the industry, enabling chip designers to recover up to 15% of the total area of a 2nm design. This reclaimed space allows for more compute cores, expanded memory, reduced device size and cost, or a customized balance to meet specific performance, power, application, or TCO objectives.
Marvell custom SRAM also consumes up to 66% less power than standard on-chip SRAM at equivalent densities, while operating at speeds of up to 3.75 GHz.
Future of AI Infrastructure
"Custom is the future of AI infrastructure. The methodologies and technologies used by hyperscalers today to develop cutting-edge custom XPUs will percolate to more customers, more classes of devices, and more applications," said Will Chu, senior vice president of Custom Cloud Solutions at Marvell.
Alan Weckel, co-founder of the 650 Group, highlighted the importance of memory in AI clusters and clouds and praised Marvell's approach to enhancing memory performance through customization.
Custom Silicon Era
Custom SRAM is part of Marvell's custom technology platform aimed at developing chips in a post-Moore's Law world. With semiconductor companies navigating challenges in transistor scaling, customizing silicon has become crucial to better serve unique infrastructure architectures and push the boundaries of computing.
Marvell Custom Platform Strategy
Marvell's custom platform strategy focuses on delivering breakthrough results through unique semiconductor designs and innovative approaches. By leveraging expertise in system and semiconductor design, advanced process manufacturing, and a comprehensive portfolio of semiconductor platform solutions and IP, Marvell collaborates with customers to create platforms that enhance infrastructure performance, efficiency, and value.
About Marvell
Marvell Technology is dedicated to delivering data infrastructure technology that connects the world by building solutions on a foundation of strong partnerships with customers. With over 25 years of experience, Marvell provides semiconductor solutions designed to meet current needs and future ambitions in enterprise, cloud, automotive, and carrier architectures.
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For further information, contact: Kim Markle [email protected] SOURCE Marvell