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MOSAICS

Build complete systems faster using chiplets

MOSAICS is a modular chiplet platform designed to accelerate the development of scalable, interoperable, and adaptive semiconductor architectures. Built around advanced chiplet integration strategies and powered by Menta’s eFPGA technology, MOSAICS enables designers to create flexible systems optimized for evolving application requirements.

By combining modularity, programmability, and high-performance integration, MOSAICS supports next-generation AI, edge computing, embedded systems, and heterogeneous SoC architectures while simplifying system evolution and long-term scalability.

This project has been funded by the French State as part of the France 2030 investment plan.

Developed in collaboration with CEA, MOSAICS benefits from world-class expertise in advanced 2.5D and 3D integration technologies.

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Key Benefits of MOSAICS

Modular and Scalable System Architecture

Modular and Scalable System Architecture

MOSAICS enables the development of modular semiconductor platforms using interoperable chiplet-based architectures. Its scalable approach simplifies system evolution while supporting future expansion and integration flexibility.

Accelerated Chiplet Integration

Accelerated Chiplet Integration

The platform streamlines integration across heterogeneous chiplets and advanced SoC environments. This reduces development complexity and enables faster validation and deployment of next-generation systems.

Programmable Flexibility with eFPGA

Programmable Flexibility with eFPGA

By integrating Menta’s eFPGA technology, MOSAICS enables hardware adaptability directly within chiplet architectures. Functions can evolve post-fabrication without requiring complete redesign.

Optimized Performance for Advanced Workloads

Optimized Performance for Advanced Workloads

MOSAICS supports AI acceleration, edge computing, embedded processing, and high-performance computing applications requiring scalable and efficient compute architectures.

Future-Proof Semiconductor Design

Future-Proof Semiconductor Design

Its modular architecture allows systems to adapt to evolving standards, workloads, and market requirements while preserving long-term usability across product generations.

Reduced Development Risk and Faster Time-to-Market

Reduced Development Risk and Faster Time-to-Market

Reusable chiplet building blocks and flexible integration strategies help reduce redesign cycles, lower integration risks, and accelerate semiconductor development.

Protection of Industrial Intellectual Property

With Menta eFPGA, you can securely deliver your proprietary technology to end customers through field-upgrade capabilities, significantly reducing the risk of competitors reverse-engineering your product.

Reduction of Costs Thanks to eFPGA

As production volumes increase, onboard FPGAs can rapidly become financially impractical. With Menta eFPGA, you can seamlessly integrate FPGA functionality directly onto the chip, effectively reducing manufacturing cost up to 85% and conserving valuable board space, all while ensuring full
field-upgradability.

Higher Performance of eFPGA Soft IP

With Menta eFPGA, concerns regarding board-space, I/O latency, and bandwidth are alleviated as accelerators are brought on-chip, eliminating limitations and overhead associated with I/O pad count or chip-to-chip communication interfaces.

eFPGA Means Lower Power Consumption

In a COT FPGA, all the extra to the programmable logic, such as high-speed interfaces, PLL, and controllers consume around half of the power. All our power saving advances lead an algorithm on a Menta eFPGA IP to consume between 10 and 50% of the power of the same algorithm on a FPGA.

Design Insurance with Menta eFPGA

To maximize flexibility, it’s crucial to prioritize process-portability. Menta eFPGA stands out as the sole 100% standard-cell-based solution, facilitating rapid porting of your eFPGA to any new process geometry or variant of your choice. This is achieved using the same automated, standard EDA flow as for the rest of your SoC. Leveraging our industry gold-standard Synopsys-based implementation flow, Menta ensures portability within mere weeks, empowering you to adapt swiftly to evolving technological landscapes.

Security with eFPGA Soft IP

In today’s global design chain, protecting intellectual property (IP) and trade secrets is increasingly vital. Menta eFPGA allows you to delay delivering proprietary technology to end customers until it is delivered as a field-upgrade, minimizing the chance for competitors to reverse engineer your product. This strategic approach enhances security and preserves valuable IP throughout the product lifecycle.

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Unique Features of MOSAICS

MOSAICS is designed as a flexible and interoperable chiplet ecosystem enabling modular semiconductor integration across complex systems. Its architecture combines programmable hardware acceleration, scalable chiplet connectivity, and adaptive system integration to support next-generation computing platforms.

The platform enables designers to move beyond traditional monolithic SoC approaches by leveraging reusable and reconfigurable chiplet building blocks optimized for heterogeneous environments. MOSAICS simplifies integration, accelerates development cycles, and enables scalable architectures tailored to evolving workloads.

Built around advanced modular design principles, MOSAICS supports seamless interoperability between chiplets while enabling long-term flexibility, scalability, and system evolution across multiple application domains.

Versatile Applications of MOSAICS

MOSAICS enables modular and scalable semiconductor architectures across a wide range of advanced applications, including:

  • AI acceleration and intelligent edge computing
  • Adaptive embedded systems and heterogeneous SoCs
  • High-performance computing platforms
  • Automotive and autonomous mobility systems
  • Telecommunications and 5G/6G infrastructure
  • Industrial IoT and connected systems
  • Aerospace, defense, and secure computing applications

Its interoperable chiplet architecture and programmable flexibility make MOSAICS a powerful platform for building future-ready semiconductor ecosystems.

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