Semiconductor IP Development and Integration
Our Semiconductor IP Development and Integration team accelerates SoC and ASIC designs with high-quality, reusable Intellectual Property (IP) blocks. We specialize in engineering custom and standard IPs optimized for performance, area, power, and integration ease.
- Custom IP Design:
Development of digital, analog, mixed-signal, and memory IPs for diverse applications, including automotive, consumer electronics, industrial, healthcare, avionics, and networking.
- Standard IP Integration:
Seamless integration of third-party and in-house IPs into complex SoC environments, ensuring full compliance with industry protocols.
SoC Architecture and RTL Design
- SoC Design: Microarchitecture definition, clock/reset domain crossing (CDC/RDC) verification, low-power architecture (UPF/CPF)
- Processor Subsystem Integration: Integration of ARM Cortex-M/R/A series or RISC-V cores, debug and trace units, and peripheral subsystems
- Sub-System Level Integration: DMA engines, interconnect fabric (AXI/AHB/APB), memory controllers, and coherency modules
FPGA Design and Prototyping
Our FPGA design experts transform product concept into a functional architecture and leverage industry-leading tools with a deep understanding of hardware design to create robust, scalable, and efficient FPGA solutions. From RTL design to system-level architecture, ensure FPGA is optimized for your specific requirements, including:
- High-Speed Data Processing
- Custom Logic Design
- Parallel Processing Solutions
- Real-Time Performance Testing
- Early Validation of Complex Designs
- Error Detection and Debugging
Functional Verification and Validation
- Testbench Architecture: SystemVerilog/UVM-based environments, assertion-based verification (SVA), constrained random testing
- Coverage-Driven Verification: Functional and code coverage metrics using tools like VCS, Questa, and Incisive
- Post-Silicon Validation & Debug: FPGA-based emulation, bring-up support, and protocol analyzer-based interface validation