Our ASIC Design Services
SoC Frontend Development
Ulepus provides comprehensive front-end development services for system-level SoC (System-on-Chip) architectures, including RTL design, IP integration, and functional verification. We successfully integrate complex subsystems such as PCIe, DDR, and AI accelerators to deliver timing-accurate and functionally robust solutions. Our designs are tailored for demanding applications in automotive, communications, and high-bandwidth computing.
SoC Backend Development
Ulepus specializes in physical design for highly complex SoC solutions, including floorplanning, placement, clock tree synthesis (CTS), routing, timing closure, and signal integrity analysis. Our methodologies are optimized for fast and reliable execution through advanced automation flows and compatibility with multiple EDA tools. We deliver production-ready layouts with high confidence, ensuring custom clock architectures and power optimization for large-scale chip implementations.
RTL Development
Ulepus offers scalable RTL design services focused on high performance, low power consumption, and optimized area utilization. We deliver clean, well-structured, and synthesis-friendly code to ensure design efficiency. For complex digital systems, we achieve full verification coverage, enabling robust and reliable designs.
Standard Cell Development
Ulepus designs high-efficiency standard cell libraries customized for different technology nodes. Each cell is engineered to maximize PPA (Power, Performance, Area) while ensuring full compliance with foundry design rules and manufacturing constraints.
Advanced Process Nodes
We have deep expertise in process technologies ranging from 180nm down to 4nm FinFET. Ulepus delivers effective solutions to the challenges of advanced manufacturing nodes, enabling high-density and low-power chip designs with confidence.
Custom & High-Speed IP Integration
We ensure seamless integration of high-performance IPs such as AI accelerators, SerDes, and memory controllers. At Ulepus, custom IP designs are developed with a strong focus on system integrity, latency reduction, and reliability.
Analog & Mixed-Signal Expertise
We offer deep engineering expertise in the design of high-resolution ADC/DAC units, sensor interfaces, RC oscillators, PLLs, and bandgap references (BGR).
Our ultra-low power analog circuits are designed to ensure silicon-proven success in mixed-signal integrated circuits.
Rad-Hard IC Development
We design integrated circuits with radiation tolerance up to Mrad levels for space, defense, and nuclear applications. Our Rad-Hard solutions deliver high reliability and functional continuity, ensuring superior performance in harsh environmental conditions.
Multi-Power Domain & Energy-Efficient Development
We develop advanced architectures for battery-powered systems and power-sensitive IoT devices, featuring multiple voltage domains, dynamic power management, and ultra-low leakage currents.
Energy efficiency is a core priority in all of our designs.