ASIC / SoC / FPGA Services

With 14 verification IPs and 50 variants in 'Specification to Silicon', our team of 400+ ASIC design and verification engineers help you for guaranteed first-pass silicon services.

Client Speak

Appreciate eInfochips for their thoroughness in DO- 254 compliant development, which delighted our end customer

- Manager, Worldwide leader for aerospace and defense solutions.

eInfochips offers 'Specification to Silicon' services with a team of over 400 design and verification engineers based across USA and India.

ASIC SOC FPGA ServicesWith over two decades of experience in ”Specification to Silicon” design services, close to among 400+ ASIC design & verification engineers, and over 150 first pass silicon successes across various industries, eInfochips has the expertise to deal with the decreasing size, increasing complexity of Digital ASICs while ensuring quick Time-To-Market. eInfochips expertise in silicon & IC design services can transfer your product ideas into highly integrated ASIC and System on Chip solutions at an optimum cost.

eInfochips has supported multiple design tape-outs, and possess in-depth expertise with several hardware verification languages, advanced verification methodologies, processors, protocols / standards, and EDA tools & technologies.

  • Mature processes evolved over two decades of delivery excellence in ASIC
  • 75+ first time functional tape-outs across 180nm to 16nm geometry
  • Comprehensive internal checklists for guaranteed first-pass silicon success
  • Flexible Design for Testability engagement model starts from DFT Architecture to Silicon Turn-on
  • Only service company to undertake design verification on a turnkey basis
  • Quick prototyping of multi-million ASIC into multiple FPGAs for Proof-of-Concept
  • Field-proven verification IPs to ensure reliability & manufacturability
  • 14 Verification IPs and 50 variants
  • Scalable and re-usable Verification infrastructure for all the methodologies
  • OVM, VMM, low power, AVM, RVM, UVM, eRM
  • Netlist to GDSII in < 3 iterations