Edge Servers

and Telecommunications Enhanced by Menta's eFPGA Technology

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.

eFPGA-Driven Innovations in Edge Computing

With its customizable architecture, eFPGA facilitates seamless integration into diverse edge applications ranging from autonomous vehicles and IIoT to smart sensors and consumer electronics. By harnessing the power of eFPGA, developers can unlock the full potential of edge computing and achieve new levels of innovation and efficiency in a rapidly changing digital landscape.

Modern eFPGA, an AI Learning Accelerator

FPGAs have demonstrated their superior energy efficiency over CPUs and GPUs for AI learning in data centers and are already being used by multiple players. eFPGA IPs from Menta take this one step further by introducing AI learning accelerators within the CPU chip. This allows users to obtain the best performance, area and power consumption by integrating complex arithmetic blocks, such as high precision, floating-point DSPs, while also benefitting from the smallest possible latency and highest possible throughput.

Advanced Cryptography for Edge Server Security

FPGA COT components are often used as cryptography (AES, SHA, etc.) accelerators. However, this introduces risk of compromising the entire system’s security by hacking of the communication between the ASIC/SoC and the COT component. eFPGA IPs offer a great way to overcome the issue by integrating the reconfigurable configuration within the ASIC/SoC.

Customizable CPU for High Performance Computing

For High Performance Computing (HPC) applications, in many cases having one, two, or more instructions available within the central processing unit (CPU) instructions set can strongly accelerate the application runtime and decrease power consumption. Today, this can be achieved by integrating Menta eFPGA IPs within the CPU’s datapath. Menta programming software is available as an API for easy sharing with end customers.

Futureproof SSD Con troller with Menta’s eFPGA

In the near future, a new form of non-volatile memories (NVMs) will emerge and possibly replace flash-based SSD drives. Using an eFPGA as an SSD controller interface allows the interface to evolve for future protocols.

Edge Computing Ready for 6G standards

5G base station standards are still evolving as 6G networks are being deployed. By integrating the right amount of flexibility within a 6G base station chip, such as 6G pico cells, users can avoid using high-cost FPGAs.

Risk Reduction with Modern eFPGA

Advanced node designs such as 7nm typically cost between $30 million and $50 million. Using eFPGA IPs allows users to incorporate algorithms that help avoid the risk of re-spin.

Modern eFPGA, an AI Learning Accelerator

Advanced Cryptography for Edge Server Security

Customizable CPU for High Performance Computing

Futureproof SSD Con troller with Menta’s eFPGA

Edge Computing Ready for 6G standards

Risk Reduction with Modern eFPGA

Advanced node designs such as 7nm typically cost between $30 million and $50 million. Using eFPGA IPs allows users to incorporate algorithms that help avoid the risk of re-spin.

The Benefits of Implementing Menta's eFPGA in Edge Servers

Design adaptive eFPGA IP

100% standard cells architecture

Foundry and process-node-independent

Proven on advanced nodes

No change in EDA flow

RTL to bitstream software as an API

State-of-the-art eFPGA EDA programming tool

HLS programming with third-party tools

Strong simulation and verification flow

Integration of any kind of arithmetic block

State-of-the-art eFPGA EDA programming tool

Adaptive DSPs blocks

Integration of any third-party memory

Expanding the Reach of FPGA Technology

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.

IoT/IIoT Solutions Powered by Menta

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 reconfiguration of hardware functionalities even after deployment. FPGA architectures offer deterministic, real-time processing capabilities, which are essential for industrial applications.