Omoiyari Greentech

Our approach to RTL Design and FPGA Implementation is centered around delivering high-quality, efficient, and customizable solutions for our clients. Our design services encompass a meticulous process to ensure that the RTL  design and FPGA  implementation meet the unique specifications and performance requirements of each project.

Our team collaborates closely with clients to identify key functionalities, performance benchmarks, and any specific constraints that need to be addressed in the RTL design and FPGA implementation.

Leveraging our expertise, we embark on creating a tailored RTL design that aligns with the project’s goals. Rigorous verification is integral to our approach. We employ advanced simulation and verification tools to ensure the correctness and functionality of the RTL design.

With a solid RTL foundation, we transition seamlessly to FPGA implementation. Our skilled engineers leverage the advantages of FPGA technology to create prototypes and accelerated designs. This phase involves optimization for resource utilization, performance, and power efficiency, tailored to the specific FPGA platform.

We prioritize iterative refinement, conducting optimization cycles to enhance performance and efficiency. Any issues identified during FPGA implementation undergo thorough debugging and resolution, ensuring a robust final design. We provide post-implementation support to address any challenges that may arise during integration or deployment, ensuring a smooth transition from design to practical application.

By combining a client-centric approach with technical excellence, our RTL Design and FPGA Implementation services guarantee solutions that not only meet but exceed the expectations of our clients, delivering innovation and reliability in every project.

Our Design Verification services employ a multifaceted approach, combining various techniques to ensure the accuracy, reliability, and performance of Integrated Circuits (ICs) for our clients. Among the array of verification techniques, we specialize in multiple strategies, including Directed Testing, Random testing, Assertion-Based Testing to deliver robust IC designs.

We incorporate advanced DFT approaches into our design services to enhance testability, reduce testing time, and improve overall product reliability for our clients. Here are some key DFT approaches we employ:

• Scan Chain Insertion
• Built-In Self-Test (BIST):
• Boundary-Scan (JTAG) Testing
• Memory BIST
• Fault Tolerant Design

We leverage state-of-the-art DFT automation tools to enhance the efficiency of the DFT process. These tools assist in scan chain insertion, test pattern generation, and overall DFT implementation. By adopting these DFT approaches, we ensure that our clients’ IC designs are not only highly testable but also exhibit enhanced reliability and performance. Our commitment to DFT is integral to delivering products that meet the stringent testing requirements of the semiconductor industry.

Our Physical Design services embody a meticulous and client-centric approach to transforming digital designs into optimized and manufacturable silicon. We prioritize precision, performance, and efficiency in our methodology, ensuring that clients receive cutting-edge physical designs that meet their project goals. Our approach unfolds through several key stages:

• RTL2GDSII
• Floorplanning and Power Planning
• Clock Tree Synthesis (CTS)
• Place and Route (P&R)
• Timing Closure
• Power Analysis and Optimization
• Design for Manufacturability (DFM)
• Physical Verification
• Tapeout Support
• Final Checks and Sign-Off
• GDSII File Generation

Our advantages:

1. Low power implementation experience
2. Advance process nodes exposure and implementation knowledge

Through this holistic and collaborative Physical Design approach, we empower our clients with silicon solutions that not only meet but exceed their expectations, combining innovation, reliability, and manufacturability in every project.