The eFPGA IP Cores v5 from Menta are high-density embedded programmable logic IPs tailored for integration into SoCs and ASICs. These cores are crafted to cater to a diverse array of markets, making them highly adaptable for varying application needs. Uniquely, they allow designers to precisely define the necessary resources, such as logic blocks, DSPs, and RAMs, and the specific interconnects needed for their projects. This adaptability ensures the IPs meet the distinct requirements of different sectors efficiently.
Menta's eFPGA IP is designed to provide flexible deployment options, available as both Soft RTL and Hard GDSII IP, which enriches the designers' choice for implementing on-chip FPGA functionalities. This versatility contributes to reducing overall production costs by integrating FPGA capabilities directly into chips, conserving board space and maintaining field-upgradable features. With a core focus on enhancing performance, Menta ensures the IP eliminates common bottlenecks such as board space and I/O latency by facilitating on-chip accelerators.
Additionally, the solution ensures substantial reductions in power consumption, using as little as 10-50% of the power compared to typical FPGAs. Its process-portability further stands out, allowing for rapid transitions across various process geometries and foundry nodes, from 350nm to advanced nodes like 5nm, fostering timely adaptions to evolving standards and conditions in semiconductor design. The comprehensive adaptability and robustness of Menta's eFPGA IP make it an ideal choice for addressing contemporary and future demands in embedded programmable logic.
