Designing chip architectures optimized for speed, power consumption, and scalability, ensuring a seamless transition from concept to silicon with industry-standard compliance.

Our expertise spans high-speed ADCs, DACs, PLLs, and power management circuits, delivering high-performance mixed-signal solutions for complex applications.

Creating optimized chip layouts that ensure manufacturability while adhering to process constraints. Our verification methodologies reduce design iterations, enhancing efficiency.

We offer RTL design, functional verification, and FPGA prototyping, enabling high-performance digital circuits with robust power and timing optimization.

Our expertise in placement, routing, and timing closure ensures DRC/LVS-clean layouts that meet PPA (power, performance, and area) targets for successful silicon realization.

Integrating scan chains, boundary scan, and MBIST/ LBIST methodologies, ensuring efficient testing, fault coverage, and yield optimization.

Validating performance under real conditions, conducting debugging, power analysis, and compliance testing to ensure production readiness.

Designing high-speed, multilayer PCBs, optimizing signal integrity and power efficiency while ensuring smooth manufacturing workflows.

Developing Automated Test Equipment (ATE) programs for comprehensive functional and parametric testing, ensuring quality and yield at volume manufacturing.

Our firmware and software solutions enhance chip efficiency, enabling seamless integration and system-level performance optimization.