Product Brief
Marvell® 7nm Custom ASIC
Overview
Highlights
Marvell 7nm ASIC offers a comprehensive semiconductor
solution for wired, wireless, storage, and datacenter applications.
Marvell 7nm ASICs are designed to deliver more significantly
better power and performance with significant area savings vs
previous technology nodes. This combination of performance,
power and area advantages can help chip designers stay ahead
of system-level demands driven by the evolving network, data
center and 5G solutions.
Industry-leading 112G SerDes for next generation systems
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High-density SRAM optimized for Machine Learning and
Network Applications
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Fully integrated Adaptive Voltage Scaling (AVS) ASIC flow
Comprehensive portfolio of advanced packaging solutions,
including MCM, chiplets, multiple HBM integration
technologies
Future-Ready IP
Marvell ASIC 7nm IP portfolio features the full range of Arm™
cores, leading-edge high-speed SERDES, and embedded SRAMs.
Cutting edge 64-bit Arm™ cores enable designers to optimize
their chips for performance in the most demanding
communications applications. In addition to turnkey SoC
capability, Marvell ASIC can leverage our extensive array of
custom processors for server and infrastructure applications.
Marvell ASIC also has significant experience with implementation
and optimization of advanced signal processing and machine
learning cores.
Optimized 112Gbps and 56Gbps SERDES designs extend the
Marvell HSS roadmap in 7nm. Marvell SERDES cores provide
outstanding jitter performance and equalization over a wide
range of interface standards. Marvell ASIC also delivers proven
advanced packaging capability supporting the latest memory
technologies including HBM2E.
7nm Marvell ASICs leverage customized high performance SRAM
IP to enable customers to scale up their on chip performance
without sacrificing area and power. High performance dense
single port, two port, multiport, and TCAM capabilities allow
customers to build area efficient solutions without having to
partition to multiple frequency domains.