Unleashing Innovation with Comprehensive VLSI and Semiconductor Design Solutions
In the rapidly evolving semiconductor landscape, innovation is hindered by design complexities, performance requirements, and power efficiency demands. Designers face challenges in architecture definition, RTL design, physical design, and tape-out, while ensuring seamless flow from concept to silicon and optimizing for performance, power, and area.
Our Chip-to-Cloud expertise bridges these gaps, empowering semiconductor innovation. We optimize chip performance for automotive, AI, IoT, and data centers through comprehensive services: RTL design and verification, physical design, low-power strategies, and full-chip integration. Our post-GDSII support ensures smooth mass production transitions, while embedded software development facilitates rapid product development, from FPGA prototyping to production test engineering.
Comprehensive Semiconductor Design Services for Innovative Chip Development Offerings
RTL Design & Verification
We provide comprehensive design services, translating high-level functional specifications into RTL implementation. Our thorough verification methodologies ensure designs achieve first-time success.
Physical Design & Tape-out
Our expert physical design services encompass floorplanning, place and route, and timing closure to optimize performance while minimizing power and area.
Design for Test (DFT)
We incorporate scalable testability features that enhance yield and facilitate efficient manufacturing, resulting in high-quality, fault-tolerant chips.
Low-Power Design
From multi-voltage architectures to power-aware synthesis, our low-power design expertise reduces energy consumption for both portable devices and high-performance computing.
Advanced Node Expertise
We are proficient in the latest process nodes (3nm, 5nm, 7nm, etc.), unlocking peak performance and density while addressing challenges like variability, yield, and manufacturability.
Analog & Mixed-Signal Design
Our mixed-signal design services ensure smooth integration between digital systems and analog components, bridging the gap between real-world applications and digital processing.
Full Chip Integration
We accelerate time-to-market by seamlessly integrating IP blocks, custom logic, and complex SoC designs, reducing risk and enhancing product readiness.