IoT/IIoT

Empowering Connectivity with Menta's eFPGA

eFPGA technology is at the cutting edge of innovation, ready to revolutionize the landscape of IoT and IIoT applications. Embedded within SoCs, eFPGAs offer unparalleled flexibility and adaptability, allowing for dynamic reconfiguration of hardware functionalities even after deployment. This transformative technology empowers IoT and IIoT devices to swiftly adapt to evolving requirements, optimize performance, and enhance functionality without the need for costly hardware redesigns or replacements.

Innovative FPGA Applications in IoT/IIoT

With eFPGA technology, manufacturers can seamlessly integrate custom accelerators, cryptographic engines, or sensor interfaces into their designs, tailoring solutions to specific application needs with unprecedented efficiency. As IoT and IIoT continue to proliferate across industries, eFPGA technology emerges as a pivotal enabler, driving innovation, scalability, and agility in the ever-expanding realm of connected devices.

Ensuring IoT Security with Hidden Cryptography

Whenever security is important, running encryption/decryption algorithms on Menta eFPGA IPs allow these algorithms to be updated in the field.

Optimized Delivery and Costs with eFPGA For IoT

Reconfigurable MCU: Reduce supply chain and number of variants. Reconfigurable MCUs in the field.

Reducing BOM

Get rid of the tiny FPGAs that are used for interfaces and last minutes fixes by embedding the logic in your IoT SoC. Programmable logic cost can be reduced by up to 10x

Smart Sensors

Using eFPGAs to replace glue logic functions allow reducing the number of variants so the same chip can be delivered to multiple markets or customers; reduce development time; reduce customer supply chain and avoid customers needing to add an FPGA on their board. Non-volatile memory can be added to avoid an extra component. This usage is available from 350nm to advanced technology node.

Higher AI Performance in IoT

Obtain the best performances, area and power consumption by integrating the arithmetic blocks that best target your set of AI algorithms. Outperform existing architectures ratio of computing power over cost – storage within memory by integrating the exact third-party memory within Menta eFPGA IP. Increase energy efficiency by a factor of 10x compared to COT FPGAs in the same technology node.

Ensuring IoT Security with Hidden Cryptography

Whenever security is important, running encryption/decryption algorithms on Menta eFPGA IPs allow these algorithms to be updated in the field.

Optimized Delivery and Costs with eFPGA For IoT

Reduce supply chain and number of variants. Reconfigurable MCUs in the field.

Reducing BOM

Get rid of the tiny FPGAs that are used for interfaces and last minutes fixes by embedding the logic in your IoT SoC. Programmable logic cost can be reduced by up to 10x.

Smart Sensors

Higher AI Performance in IoT

Advantages of Menta's eFPGA in IoT/IIoT

100% third-party standard cells: fully verifiable within your own flow.

Limited extra cost.

Can use automotive-ready standard cells.

Standard scan chain DFT.

Test coverage in excess of 99.8%.

Fault coverage in excess of 99.5%.

No SRAM bitcells.

No test chip required.

Broadening the Impact of eFPGA in Various Applications

Our commitment is simple: to offer companies the opportunity to integrate digital solutions – customizable electronic design components and tools tailored precisely to their specific needs.

Aerospace and Defence: Enhanced with eFPGA

eFPGA technology is revolutionizing Aerospace and Defense applications with its unparalleled flexibility, adaptability, and performance. In this critical sector where reliability, long lifetime of systems and security are parmount, eFPGAs offer a game changing solution.

Automotive/Mobility Innovations with Menta eFPGA

In the now fast-paced automotive and mobility sectors, eFPGAs offer a significant advantage. They allow manufacturers to customize and modify hardware after production, facilitating quick updates to comply with regulations, integrate new features, or adjust to evolving standards.

Edge Servers and telecommunications Optimized by Menta eFPGA

Designed to offer unparalleled flexibility and processing performance, eFPGA enables edge devices to adapt and evolve according to application requirements. By integrating FPGA capabilities directly into silicon designs, eFPGA technology enables edge devices to swiftly execute complex algorithms, accelerate machine learning tasks, and efficiently process massive datasets with minimal latency.