RTL, Design Verification (DV)
At SilivionAI, we offer a comprehensive range of RTL design and verification services, ensuring the seamless development and validation of complex digital designs.

RTL Coding and Optimization
- Our experienced RTL design team excels in writing efficient and synthesizable RTL code using industry-standard hardware description languages (HDL) such as Verilog and VHDL. We focus on optimizing the design for performance, power, and area to ensure optimal functionality and cost-effectiveness.
- We focus on delivering efficient, high-performance RTL code that meets the unique requirements of each project.
- Architecture Exploration and Design Partitioning
We provide comprehensive support in exploring different architectural options and partitioning the design to meet specific performance, power, and area targets. Our expertise allows us to make well-informed architectural decisions, leading to robust and scalable RTL designs.
- IP Integration and Customization
Our RTL design services encompass seamless integration and customization of intellectual property (IP) cores into the design. We leverage our extensive IP portfolio and customization capabilities to meet the unique requirements of diverse applications and domains.

Design Verification
SilivionAI offers comprehensive Design Verification (DV) services tailored to meet the complex needs of semiconductor companies. Our expertise spans RTL verification, FPGA prototyping, emulation and acceleration, and post-silicon validation, ensuring that every design meets the highest standards of performance and reliability. Additionally, we develop custom Verification IPs to optimize and streamline the verification process. Through our advanced methodologies and state-of-the-art tools, SilivionAI ensures faster validation cycles and exceptional quality assurance across all design stages.
Analog and Mixed-Signal (AMS)
At Pragmatic Silicon, we offer a comprehensive range of RTL design and verification services, ensuring the seamless development and validation of complex digital designs.

