RTL Design &
Design Verification Services

Expert RTL Design & Design Verification Services on IP & SOC

RTL Design and Design Verification

With more than 20 years of being in the industry, MosChip has emerged as a leader in RTL Design and Design Verification services with in-house capabilities in IP verification, Block/Sub-system-level, and SoC level verification with low power intent as well.

With its strong expertise in RTL design, Design Verification, associated tool flow, SoC verification languages (HVL), ASIC Prototyping, and post-silicon validation combined with a strong understanding of peripheral system-level deployment and industry standard verification methodologies, Moschip can help clients build error-free design and reduce the time-to-market.

MosChip has proven to be a valuable partner to various businesses in design and verification ODCs for semiconductor product companies globally. MosChip also offers a portfolio of custom verification of IPs for standard interfaces for various industries.

Design Expertise

  • IP/SoC Design and Verification
  • Expertise in developing verification testbench components for chip/module level using Verilog/System Verilog/C/C++
  • Expertise in verification methodologies like eRM/OVM/UVM to develop extendable test-bench/test-cases environments.
  • Microarchitecture development
  • Test Plan, Test Bench Development, Development of BFMs, Monitors, Checkers Block level, Sub-system level, and SoC-level verification
  • Defining and executing detailed verification plans from spec working with architects, designers, system engineers.
  • Writing tests, debugging tests, automating regression scripts, and regression environment.
  • Incorporating code coverage, functional coverage, assertions, cover-groups, etc to achieve 100% verification completeness prior to tape out.
  • Functional and Code Coverage Analysis
  • Low Power Verification (CPF/UPF flows)
  • Gate Level Simulations
  • Expertise in PCI-E 1-3, USB 2/3, DDR 2/3/4, SATA, HDMI, AHB, APB, AXI, SPI, I2C, UART, I2S, ARM Cortex A53, A15, A7, Gigabit Ethernet.