FLC and MoChi

Groundbreaking architectures provide the foundation for a significant paradigm shift in IC design.


Marvell’s Final-Level Cache (FLC™) and MOdular CHIp (MoChi™) technologies provide the foundation for a significant paradigm shift that will revolutionize integrated circuit (IC) design by decreasing the cost, complexity, power and form factor of next-generation systems and chips.

Final-Level Cache (FLC) Architecture

A groundbreaking architecture, Final-Level Cache or FLC redefines the main memory hierarchy by substantially reducing the amount of DRAM main memory needed in a system. FLC cuts the DRAM capacity needed by as much as a factor of ten, promising lower cost and enabling computing systems to use about half the energy they consume today.

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MOdular CHIp (MoChi) Architecture

MOdular CHIp or MoChi architecture enables building a virtual system-on-chip by “plugging in” a set of MoChi blocks in a LEGO®-like concept. Separated into performance and cost optimized compute and non-compute MoChi units, the architecture provides the ability to interconnect these chip blocks with each other and the flexibility to do so in a variety of combinations, significantly reducing time-to-market and cost of developing products.

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The Linley Group Reports on FLC and MoChi

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Learn more about FLC and MoChi from the interview Marvell Chairman, CEO and Co-Founder Dr. Sehat Sutardja has with The Linley Group's Founder and Principal Analyst, Linley Gwennap, in this edition of the Microprocessor Report, Sutardja Sees Simpler SoCs.

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FLC and MoChi: The Future of IC Design

Watch Dr. Sehat Sutardja, Co-Founder of Marvell, introduce FLC and MoChi during his keynote presentation at the 2015 IEEE International Solid-State Circuits Conference (ISSCC).

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FLC & MoChi Videos

Marvell MoChi™ Technology
How FLC™ Redefines Main Memory Hierarchy
Marvell's Modular Chip Virtual SoC
Marvell Final Level Cache (FLC)™ Architecture

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