IC Design & Verification Services

Offers direct collaboration with your team in identifying and implementing changes to your emulation flow and infrastructure.

Helping you verify your advanced SoC thru expert setup, management and execution of our production-proven emulation flow by our team.

Provides expert consulting & implementation of the advanced modeling, simulation, and testing of complex HW/SW in a scalable, virtualized environment.

Provides expert implementation and knowledge transfer on production-proven functional verification methodologies for SV/UVM and VHDL, including flows, testbench development, formal analysis, and coverage closure.

Services designed to drive the creation and documentation of standards'-compliant verification flows for safety-critical products, including automotive, mil-aero and industrial end-markets

Enables customer success in the design and verification of AMS IC designs. Our offerings include managed (cloud-based) services and methodology collaboration.

Offerings and collaboration to drive technical success in AMS design from methodology development through implementation and execution of characterization.

Driving the successful implementation of digital IC designs including flow consultation, methodology development, and PnR execution based on the Aprisa tool flow.

Offerings that drive customer success in the development and implementation of IP for IC and SoC designs.

Services to drive customer adoption, implementation, and success using best practices in High-Level Synthesis (HLS) with Catapult.

Service offerings that enable successful development and implementation of DFT flows, focused on best practices in the use of Tessent Design-for-Test tools.

Services designed to increase productivity in the use of the Calibre family of tools in physical design, with offerings that emphasize proven practices and execution of DFM, PERC and Litho-Friendly Design (LFD).

Service offerings constructed to enhance your success in the use of Calibre in improving the manufacturability of your IC designs.