Portfolio

Empyrean EDA

Empyrean AMS Design Flow and Tools: An Overview

We pride ourselves on our cutting-edge Analog Mixed Signal Design Flow and tools, meticulously crafted to enhance the efficiency and effectiveness of the design process. Our approach integrates advanced methodologies with state-of-the-art technologies, allowing designers to navigate complex challenges with ease. Our robust suite of tools is tailored for a wide range of applications, ensuring that engineers can achieve optimal results while minimizing development time. Whether you are tackling integrated circuit design or exploring innovative analog solutions, our comprehensive design flow is designed to facilitate a seamless experience from conception to production. Embrace the power of Empyrean’s AMS Flow and tools to elevate your design projects to new heights.

AnaGlobe EDA

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AnaGlobe EDA is a cutting-edge company focused on innovation in integrated circuit layout design and automation. Their product suite includes Thunder, a layout solution tailored for layout specialists, CAD engineers, and EDA developers that combines GUI and scripting to help accelerate turnaround time; Thunder SiP, which extends the Thunder platform into system-in-package space with unified routing and chip-package integration features like power distribution, shielding, and connectivity checks; and GOLF / GOLF PCell, a parameterized layout environment built on OpenAccess with tools for PCell design, debugging, testing, and documentation. Through its tools, AnaGlobe seeks to streamline and modernize IC layout workflows, pushing the envelope in physical design efficiency and flexibility.

Shanghai LEDA Technology

ChatGPT said:


LEDA Technology is one of China's leading domestic Electronic Design Automation (EDA) companies, focused on developing a comprehensive RTL-to-GDSII digital implementation flow for advanced semiconductor design. Its LeDI digital implementation platform includes LeSyn for logic synthesis, LePlan for floorplanning and design planning, and LeAPR for placement, clock tree synthesis (CTS), routing, and physical optimization, enabling efficient digital backend implementation for complex SoCs. Beyond traditional digital implementation, LEDA also offers LePV for physical verification and signoff, LePI for power integrity analysis and signoff, and Le3DIC, a system-level platform supporting advanced 2.5D/3D IC and chiplet design, planning, physical implementation, and analysis. Together with its Design Technology Co-Optimization (DTCO) capabilities, LEDA provides an increasingly complete indigenous EDA ecosystem aimed at supporting China's rapidly growing semiconductor industry with high-performance, locally developed design tools.

Analog Design

Analog EDA (Electronic Design Automation) encompasses tools and methodologies for designing and verifying analog circuits, which deal with continuous signal variations unlike binary digital designs. Key stages include schematic capture, simulation, and layout, ensuring the final product's functionality. ic technology.

Memory Design

**Memory Integrated Circuit (IC) Design**

Memory IC design is a specialized field within electronic engineering that focuses on creating efficient and high-performance memory components.

Library Development

**Standard Cell Development**

Standard cell development is a crucial process in the realm of integrated circuit design, providing a standardized approach to creating electronic components that serve as the building blocks for complex systems on a chip (SoCs).

Integration and Timing

Static Timing Analysis (STA) is a crucial process in digital circuit design that evaluates the timing performance of integrated circuits without the need for dynamic simulations. By examining the circuit's timing paths and constraints, STA identifies critical timing violations and ensures that signals propagate through the circuit within specified limits.

Power Solution

By combining cutting-edge semiconductor efficiency, intelligent power management, and eco-conscious design, Empyrean Polas aims to redefine how energy is generated, stored, and utilized. Our solutions focus on maximizing power density, reliability, and scalability—empowering industries to transition toward a cleaner, smarter, and more resilient energy future.