Our EDA Offerings 

In today's competitive IC design landscape, navigating the complex world of Electronic Design Automation (EDA) tools can be a challenge. Spring Semiconductor is here to simplify your workflow by offering comprehensive support for a wide range of EDA tools from various vendors e.g. Mentor DFT suite.  We understand the critical role EDA tools play in your design process, and our commitment to vendor compatibility ensures a smooth and efficient flow from concept to final design.

Spring Semiconductor's dedication to supporting your IC design journey goes beyond just industry-standard EDA tools. We recognize the immense power and advanced capabilities offered by Ansys tools.  Our team is well-versed in Ansys' comprehensive suite, providing you with the expertise to leverage its full potential. 

With Spring Semiconductor as your partner, you gain a single point of contact for all your IC design EDA tool needs. We bridge the gap between various vendors and Ansys, ensuring seamless integration and maximizing the efficiency of your design workflow.  This allows you to focus on what matters most – creating innovative and groundbreaking IC design


SiemensEDA

Spring Semiconductor empowers your IC design success by providing in-depth support for industry-leading tools like Mentor Graphics. When it comes to Design for Testability (DFT), Mentor offers a robust suite that streamlines the process of ensuring your chip functions flawlessly after manufacturing. Spring Semiconductor's team is well-versed in tools like Fastscan and TetraMAX, which help identify and address potential defects through automated test pattern generation (ATPG). Additionally, Spring Semiconductor can guide you on utilizing Mentor's scan chain insertion tools, simplifying chip testing and reducing production costs.

Beyond DFT, Spring Semiconductor offers comprehensive support for Calibre, another cornerstone of Mentor's EDA portfolio. Calibre is a powerful verification tool that helps ensure your design adheres to manufacturing guidelines, known as Design Rule Checks (DRC) and Layout Versus Schematic (LVS) checks. By leveraging Spring Semiconductor's expertise in Calibre, you can identify potential design rule violations early in the process, preventing costly errors and delays during fabrication. This integrated approach from DFT to verification with Mentor tools, ensures your IC design is not only functional but also manufacturable.

Veloce Emulation Platforms

Siemens EDA’s Veloce™ Emulation Platform is the industry’s gold standard for fast, accurate, and scalable hardware emulation, trusted by leading semiconductor companies worldwide to verify today’s most complex SoCs and systems. Built to handle billion-gate designs, Veloce dramatically shortens verification cycles by enabling early software bring-up, system validation, and power-aware analysis long before silicon is available. The Siemens EDA Veloce™ Suite delivers a complete, scalable emulation and prototyping solution for advanced SoC, combining the strengths of Veloce Primo™ and Veloce proFPGA™ in a unified workflow. 


Notably, Veloce is a preferred emulation platform for ARM CSS and Neoverse-based designs, enabling early validation of complex CPU subsystems, coherent interconnects, and software stacks at full system scale. With tight integration across simulation, verification, and software workflows, Veloce helps engineering teams reduce risk, accelerate time-to-market, and improve first-silicon success—proof that when complexity rises, solid engineering still wins.

Ansys Suite

Spring Semiconductor understands the growing importance of photonics in integrated circuit design. To empower your journey in this exciting field, we offer extensive support for Ansys' industry-leading photonics simulation tools.  These tools equip you with the capability to meticulously analyze and optimize the behavior of light within your photonic integrated circuits (PICs).

Spring Semiconductor's team of experts possesses deep knowledge of Ansys' photonic simulation suite, including tools like HFSS and Scepter.  We can guide you in leveraging these tools to model and simulate various photonic components like waveguides, couplers, and modulators. This allows you to predict their performance accurately, ensuring optimal light propagation and signal integrity within your PIC design.  By providing comprehensive support for Ansys photonics tools, Spring Semiconductor empowers you to create groundbreaking photonic circuits that revolutionize future technologies.

 

DeepMentor


DeepMentor’s AI technology is designed to make advanced artificial intelligence practical, efficient, and deployable across real-world edge and enterprise environments. At the core of its innovation is patented AI model miniaturization and automated AI IC design, which compress large cloud-scale algorithms while preserving accuracy above 99% and dramatically reducing data movement and energy use—making powerful AI work on low-power edge devices and bespoke silicon in weeks rather than years.


DeepMentor’s full stack integrates AI model creation, on-premises deployment, and hardware-software co-design, enabling everything from vision and language models to customized large language model (LLM) solutions and real-time edge inference without relying on cloud infrastructure. This approach accelerates time-to-market, cuts deployment costs, and brings secure, high-performance intelligence directly into products, systems, and industrial applications.

 

Give us a call! +6012-2180925