Spec – to – Silicon Services
In recent years, there has been a significant surge in demand for high-performance, low-power consumption, and compact form-factor designs. With over 25 years of experience, eInfochips specializes in assisting clients with digital and mixed-signal ASIC design, as well as FPGA-SoC development across diverse industries including AI-driven data centers, aerospace, automotive, networking, consumer electronics, industrial, medical, and IoT sectors.
Leveraging our strong expertise in mixed-signal solutions spanning design, verification, physical design, and validation, eInfochips excels in delivering cutting-edge designs even at lower geometry nodes. We’ve successfully taped-out over 200 silicon designs, from mature 180nm processes to cutting-edge 3nm and beyond. We were the first engineering services company to achieve tape-out at the revolutionary 7nm and 10nm nodes.
Beyond leadership, we offer a comprehensive suite of services including Design for Test (DFT) and Design for Manufacturing (DFM), encompassing architecture definition and implementation, FPGA to ASIC conversion, pre-silicon validation, post-silicon validation, and yield analysis. Our close collaboration with leading ASIC semiconductor vendors such as Xilinx, Lattice, Microchip, Altera, and Microsemi provides us with invaluable insights into the architecture and optimization techniques of major SoC and FPGA/CPLD platforms.
Partner with eInfochips for high-performance, low-power chip designs tailored to your specific needs.
Complete ownership of FPGA based product development involving spec-to-design, RTL coding, verification, board validation and system installation
Experience on latest FPGA platforms from Intel, Microsemi and Xilinx
Domain expertise in Networking, Avionics, Automotive, Medical, Video
Quick prototyping services for multi-million ASIC into multiple FPGAs to turn around a proof-of-concept for showcasing to the end customers
40+ FPGA/ASIC projects in past three years
Ranked #1 by Gartner for Chip Design Services, worldwide
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To keep up the pace with Moore’s law, manufacturing technology nodes keep decreasing so much
Coverage is traditionally used as a confidence-building metric and the quality of verification is measured based on it. Coverage works as a safety net to ensure that the design is verified thoroughly and keeps track of the progress of the verification process. While verifying a complex SoC (System on Chip) or IP (Intellectual Property), we invest most of our time in other verification phases like planning, development, and debugging. We generally struggle to close on coverage numbers. The purpose of this article is to highlight some hidden but useful coverage commands supported by the Cadence IMC tool that can help to ease and speed up the coverage closure.
eInfochips, an Arrow Electronics company, is a leading provider of digital transformation and product engineering services. eInfochips accelerates time to market for its customers with its expertise in IoT, AI/ML, security, sensors, silicon, wireless, cloud, and power. eInfochips has been recognized as a leader in Engineering R&D services by many top analysts and industry bodies, including Gartner, Zinnov, ISG, IDC, NASSCOM and others.
Headquarters
– USA, San Jose
– INDIA, Ahmedabad
Write to Us: marketing@eInfochips.com