RTL, Design Verification (DV) Services by Pragmatic Silicon
At Pragmatic Silicon, 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 Services:
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 (DV) Services:
Pragmatic Silicon’s DV services encompass a wide array of offerings designed to address the diverse requirements of semiconductor companies. These services include:
- RTL Verification: Pragmatic Silicon specializes in Register Transfer Level (RTL) verification, employing advanced methodologies to validate the functional correctness of the design at the RTL level.
- FPGA Verification: The company offers FPGA prototyping and verification services, enabling clients to accelerate the validation of their designs on FPGA platforms.
- Emulation and Acceleration: Pragmatic leverages cutting-edge emulation and acceleration tools to facilitate fast and efficient verification of complex semiconductor designs.
- Post-Silicon Validation: The company provides post-silicon validation services, allowing clients to validate their designs in real-world conditions, uncovering any potential issues that may arise during the product’s lifecycle.
- Verification IP Development: Pragmatic develops customized Verification IPs tailored to specific design requirements, enhancing the overall verification process.
Our DV services encompass a wide array of methodologies including constrained random testing, coverage-driven verification, and assertion-based verification. We utilize state-of-the-art verification tools and methodologies to ensure the functional correctness of your designs.
Analog and Mixed-Signal (AMS) Services
Pragmatic Silicon provides expertise in analog and mixed-signal design, verification, and validation. Our team is proficient in the verification of complex analog and mixed-signal circuits, ensuring their robustness and reliability.
AMS Services by Pragmatic Silicon:
- Custom Analog and Mixed-Signal Design: Our expert team is proficient in developing custom analog and mixed-signal designs, tailored to the unique specifications of each client.
- Analog and Mixed-Signal IP Integration: We offer seamless integration of analog and mixed-signal IP into larger system-on-chip (SoC) designs, ensuring optimal performance and functionality.
- Analog and Mixed-Signal Verification: Our rigorous verification processes ensure the reliability and accuracy of analog and mixed-signal designs, adhering to industry standards and best practices.
- AMS Layout and Physical Design: Pragmatic Silicon provides layout and physical design services for analog and mixed-signal circuits, optimizing for performance, area, and power.
- AMS Consultancy and Support: Our team offers expert consultancy and support throughout the design process, providing valuable insights and guidance to ensure project success.
For more information about our AMS services, please contact us to discuss your specific project requirements and explore how Pragmatic Silicon can support your semiconductor design endeavors.