End-to-end design services and consulting expertise to accelerate your semiconductor projects from concept to silicon.
Complete semiconductor design lifecycle support with industry-leading expertise
Complete digital design flow from specification to verified RTL, including protocol implementation and IP development.
Complete backend design flow from synthesis to GDSII with timing closure and physical verification.
Custom analog and mixed-signal circuit design with advanced simulation and layout optimization.
Collaborative programs with universities including federated labs and advanced coursework.
Comprehensive digital design solutions from concept to verified implementation
Our RTL design and verification services cover the complete digital design flow, from architectural specification to fully verified and synthesizable RTL. We specialize in complex SoC designs, protocol implementations, and custom IP development.
Complete ASIC design flow with optimized RTL for power, performance, and area constraints.
FPGA-optimized designs with timing closure and resource optimization for various FPGA families.
Industry-standard protocol implementations including AXI, AHB, APB, PCIe, DDR, and custom interfaces.
Comprehensive verification using SystemVerilog UVM with advanced coverage-driven methodologies.
RTL to Netlist
Area Planning
Cell Positioning
Interconnect
Complete backend design flow with advanced timing closure techniques
Our physical design services encompass the entire backend flow from synthesis to GDSII generation. We deliver optimized layouts that meet stringent timing, power, and area requirements while ensuring manufacturability.
Advanced synthesis with multi-corner multi-mode optimization
Static timing analysis and ECO flows for timing optimization
Advanced power reduction techniques and power integrity analysis
DRC, LVS, ERC checks and sign-off quality verification
High-performance analog circuits and mixed-signal systems
Our analog design expertise covers the complete spectrum from basic analog blocks to complex mixed-signal systems. We deliver optimized designs that meet stringent performance specifications across various applications.
Bridging academia and industry through collaborative programs
Our University Development Program creates a bridge between academic learning and industry requirements. We provide students and faculty with access to cutting-edge tools and real-world project experience.
Students can access and utilize hardware resources from any location, enabling flexible learning and research.
Comprehensive courses covering frontend design, verification, physical design, and embedded systems.
Direct collaboration opportunities with industry experts and real-world project experience.
Access to industry-standard EDA tools and simulation environments.
Proven processes that ensure quality, efficiency, and timely delivery
Comprehensive analysis of project requirements, constraints, and objectives to establish a clear roadmap.
Systematic design approach using industry best practices and proven methodologies.
Comprehensive verification strategy ensuring functional correctness and performance targets.
Final delivery with comprehensive documentation and ongoing support for successful implementation.
Let's discuss how our comprehensive semiconductor solutions can help you achieve your design goals faster and more efficiently.