From concept to silicon, we deliver comprehensive ASIC and FPGA design services with proven expertise in RTL design, verification, physical implementation, and post-silicon validation.
Custom RTL design and development for complex digital systems using industry-standard HDLs.
Comprehensive verification methodologies ensuring first-time-right silicon success.
Comprehensive DFT solutions for enhanced testability and manufacturing yield.
Complete physical implementation from netlist to GDSII with timing closure.
End-to-end ASIC and FPGA design services from concept to production.
Post-silicon validation and debug services for successful product launch.
In-depth capture of performance, functionality, and interface requirements. We engage early to define specifications aligned with product goals and silicon constraints.
System-level planning and micro-architecture definition. Optimal partitioning and block-level specifications to balance performance, area, and power.
Clean, scalable, and synthesis-friendly RTL development Coding with industry best practices for timing closure, reuse, and power efficiency.
Comprehensive pre-silicon validation strategy UVM, formal methods, and system-level testbenches ensure first-pass silicon success.
Full flow from synthesis to GDSII including placement, clocking, routing, DRC/LVS, and power/timing sign-off.
Post-silicon debug, tuning, and production enablement.Includes board bring-up, test program development, bench validation.
Industry-leading tools and technologies for silicon design and verification
Proven methodologies and automation tools accelerate your design closure and tape-out schedule.
Comprehensive verification and signoff processes ensure your silicon works right the first time.
Advanced DFT techniques achieve industry-leading test coverage with minimal area overhead.