AMS Front End & Back End Design

Specialized IP Design: We pioneer high-performance Analog and Mixed-Signal IC designs, delivering application-specific solutions including Power IP, ultra-low-power systems, and high-speed architectures.

Foundry & Tool Mastery: Leveraging deep expertise across diverse foundry processes and EDA tools, our team ensures the seamless execution of complex IP designs from initial architecture to final tapeout and documentation.

IO & DDRs Designs

Leveraging deep expertise in GPIO and DDR technologies, we provide robust, high-speed IP solutions. We deliver tailored architectures that align perfectly with customer-specific packaging requirements and advanced application demands.

Memory Designs

We deliver custom SRAM memory layout solutions tailored to diverse IP architectures and unique customer specifications. Our expertise in optimizing high-speed, area-efficient, and ultra-low-power memory modules has been a cornerstone in the success of market-leading FLASH and Non-Volatile Memory (NVM) designs.

SoC Verification

ASICtronix delivers rigorous SoC verification services to guarantee the highest standards of reliability for Analog, Mixed-Signal (AMS), and Digital ICs. Our data-driven approach ensures flawless silicon performance and maximizes production yields.

Our capabilities includes from strategic verification planning and RTL assessment to complex module verification and custom testbench development, we provide the technical rigour required for first-pass silicon success.

Physical Design

Asictronix provides end-to-end physical design services, transforming RTL netlists into manufacturable GDSII. From SoC full-chip development to IP and block-level design, we specialize in strategic floorplanning, efficient routing, and balanced CTS.

By working in close alignment with RTL and SoC teams, we ensure rigorous physical verification and the successful delivery of your design intent.

DFT

Optimized Testing: Leveraging modern DFT to ensure peak yield and zero-defect quality.

Full-Lifecycle Support: From initial DFT architecture to post-silicon validation.

Industry-Leading Tools: Mastery of top-tier EDA environments for pattern generation and simulation.