Embedded FPGAs from Menta qualified for GLOBALFOUNDRIES’ Advanced 14nm FinFET and 32nm SOI Process Technologies

eFPGAs enable built-in programmability in SoCs targeting defense, aerospace, ADAS, IoT and data center applications

Montpellier, France – September 19, 2017 – Menta today announced that its embedded FPGA (eFPGA) IP is fully qualified for GLOBALFOUNDRIES’ (GF) advanced 14nm FinFET and 32nm SOI process technologies. Offered as part of GLOBALSOLUTIONS® Ecosystem, the eFPGA IP provides designers with a fully programmable FPGA fabric that can be embedded into any design. The eFPGA fabric allows modifications to the hardware both during development and post manufacturing, thereby reducing development time and cost.

GF’s advanced 14nm low power process (LPP) is ideal for meeting the requirements of reliability, power, stability and size of co-processing required of complex next-generation SoCs such as those used in defense, aerospace, ADAS, networking and data center systems. These characteristics were recently demonstrated in an eFPGA used by a large aerospace company in the United States.

“Menta is a great addition to GF’s 32nm SOI and 14LPP IP portfolios,” said David Sobczak, director of A&D program management and Trusted Foundry at GF. “Their standard-cell based eFPGA IP and associated software provides customers with a solution that enables flexibility and programmability in their designs. These are critical to implement customer-specific features that enable fast development and long lifetime for chips.”

Menta’s eFPGA IP comes with customer-defined array sizes for the embedded logic blocks (eLB), embedded application blocks (eAB), and embedded memory blocks (eMB), each of which are customizable in type, number and size to address various markets and applications. The eFPGA IP cores are designed for standard test compatibility with all common test solutions, featuring fault coverage up to 99.8%.

The eFPGA technology is supplied with Menta’s proven Origami tool chains, including RTL synthesis in VHDL, Verilog or SystemVerilog, as well as support for SDC application design constraints. Menta eFPGA can be fully verified within the customer’s existing design flow.

“Menta is thrilled to collaborate with an industry leader like GF to deliver eFPGAs to customers,[…] Our ability to provide eFPGA IP on GF’s process nodes demonstrates the versatility of our IP and advanced capability of our software to address any technology and application requirement.”

Yoan Dupret, Managing Director at Menta

For more information, please visit www.menta-efpga.com, or contact our customer support team at info@menta-efpga.com.

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Source : www.design-reuse.com