Success Stories | INTERGRATECH | 인터그래텍

Academic Research · University Partnership Adoption Status of SIMetrix/SIMPLIS in Major Korean Universities— Nurturing the Next Generation of Experts fr|om SNU to KAIST Utilized as a Core Tool for Power Electronics and Semiconductor Design in Over 20 Leading Domestic Universities and Laboratories SIMetrix/SIMPLIS is widely adopted by Korea's leading engineering colleges and power electronics laboratories as an essential simulation solution for future engineers. Simultaneously meeting the academic rigor required for scientific research and the practical demands of the industry, it drives innovation across diverse disciplines including power conversion systems, mixed-signal design, and renewable energy systems. Overview by University Category Group CATEGORY 01 Engineering Colleges & Research-Centric Hubs Seoul National University (SNU) · KAIST · Yonsei University · Korea University · POSTECH Leading the development of next-generation power systems, centered around major departments of electrical and electronic engineering and power control laboratories. CATEGORY 02 ICT & Energy-Specialized University Labs Sungkyunkwan University (SKKU) · Hanyang University · Sogang University · Chung-Ang University · UNIST Actively utilized for high-efficiency system design within departments of energy systems engineering and specialized IC & EMC laboratories. CATEGORY 03 Regional Flagship National Universities & Industry-Specific Hubs Pusan National University · Kyungpook National University · Chonnam National University · Chungbuk National University · Tech University of Korea Introduced as part of hands-on educational infrastructure, including Semiconductor Track Program Centers and power electronics research labs. CATEGORY 04 Practice-Oriented Talent Cultivation Hubs Konkuk University · Hankyong National University · Daejin University · Kangdong College · Cheongju University Broadly implemented as core laboratory training and experimental equipment in departments of electrical engineering and energy engineering. List of Partner Universities & Departments/Laboratories  Institution Department / Laboratory Institution Department / Laboratory Seoul National University Department of Energy Systems Engineering UNIST IC & EMC Laboratory KAIST Department of Electrical Engineering Pusan National University Semiconductor Track Program Center KAIST School of Electrical Engineering Kyungpook National University Power Electronics Lab, School of Energy Engineering Yonsei University Power and Control Systems Laboratory University of Ulsan Automotive Electronic Control Lab, School of Electrical Engineering Korea University School of Electrical Engineering Konkuk University Department of Electrical and Electronics Engineering POSTECH Department of Electrical Engineering Tech University of Korea Department of Power Electronics Engineering Sungkyunkwan University College of Information and Communication Engineering Hankyong National University Department of Electrical Engineering Hanyang University Department of Electrical Engineering Cheongju University Department of Electrical and Control Engineering Sogang University Department of Electronic Engineering Daejin University Department of Electrical Engineering, School of Energy Engineering Chung-Ang University School of Energy Systems Engineering Core Values of University Partnerships 01 Early Exposure to Industry-Standard Tools By learning SIMPLIS—a tool trusted by global semiconductor and mobility enterprises—prior to graduation, students significantly enhance their career competitiveness. 02 Streamlining Complex Power Electronics Research Exceptional simulation speed and precision accelerate high-level thesis research and complex project delivery within university research laboratories. SIMetrixSIMPLISAcademic AdoptionPower Electronics ResearchAcademic LicenseEngineering College

Aerospace & Defense · Customer Overview SIMPLIS Secures Customers Across All Tiers of the Global Defense Supply Chain— fr|om Lockheed to Qorvo 4 Industry Categories: Semiconductor · Electronics · Power · Defense / Including the World's Top 5 Defense Companies fr|om the top tier of the aerospace and defense supply chain to final delivery, SIMPLIS has established a strong global customer base across four key industry categories. Ranging fr|om semiconductor component suppliers to the world’s largest defense prime contractors like Lockheed Martin and Boeing, SIMPLIS spans the entire value chain, delivering core power simulation solutions for radar, satellite, and avionics applications. Customer Overview by Industry Category CATEGORY 01 Semiconductor & RF Component Suppliers Qorvo · Analog Devices · Broadcom · Infineon SIMPLIS is utilized in the design of GaN/GaAs RF power transistors, signal processors, and mixed-signal ICs. CATEGORY 02 Subsystems & Electronics Integrators Teledyne Technologies · L3Harris · Honeywell Aerospace Supporting the design of flight computers, radar transmit/receive (T/R) modules, and satellite communication subsystems. CATEGORY 03 Power Systems & Electrical Equipment Providers Safran Electrical & Power · Rolls-Royce · GE Aerospace Simulation of integrated electrical power distribution systems and power converters for avionics and radar applications. CATEGORY 04 Prime Contractors / System Integrators Lockheed Martin · Raytheon · Northrop Grumman · Airbus · Boeing Complete radar arrays, satellite platforms, integrated avionics system suites, and electronic warfare (EW) systems. Key Customers Semiconductor & RF · Subsystem Integrators Power Systems · Prime Contractors / System Integrators Key Takeaways 01 Full Coverage of the Top Supply Chain Tiers SIMPLIS secures a diverse customer portfolio across the entire value chain, fr|om GaN/GaAs RF semiconductors to complete defense mission systems. 02 Core Applications: Radar, Satellites, and Avionics These three primary sectors serve as the core adoption domains for SIMPLIS, appearing universally across all industry categories. 03 Supporting Power Conversion & Distribution Design Driven by the industry-wide trend toward aircraft electrification, the demand for high-fidelity power system simulation continues to grow steadily. 04 Trusted by Global Defense Majors Our customer base proudly includes the world’s top 5 defense enterprises, such as Lockheed Martin, Northrop Grumman, Raytheon, Boeing, and Airbus. SIMPLISAerospaceDefense IndustryRadar DesignPower SimulationGaN RFLockheed MartinBoeingRaytheonAvionics

Introducing key solution adoption cases fr|om customers in the semiconductor industry. Semiconductor TSE 3-year MYL TSE focuses on semiconductor test interfaces and display inspection equipment, providing core solutions such as probe cards, interface boards, and test sockets. Adopted Products Electronics Enterprise HPC Pack Mechanical Enterprise Semiconductor HiCon HiCon provides semiconductor test solutions and supports semiconductor test environments with a range of socket- and interposer-related product lines. Adopted Products Electronics Enterprise Electronics Icepak HPC Pack Implementation Highlights These cases show that semiconductor customers are building solution environments centered on electronics simulation and design review, while also extending coverage to thermal and mechanical domains.In addition, the shared adoption of HPC Pack suggests a strong focus on improving simulation performance and processing efficiency, enabling more stable support for development environments that require repeated and large-scale validation.Overall, the adoption pattern reflects an integrated approach that brings together electronics, thermal, and mechanical simulation capabilities with high-performance computing resources.

Introducing key solution adoption cases fr|om customers in the defense industry. Defense Industry Adena Adena has adopted Mechanical Premium and Discovery Pro to support its design review and technical review workflows in the defense industry. Adopted Products Mechanical Premium Discovery Pro Implementation Highlights This setup combines a mechanical design-focused review environment with product discovery and data access capabilities,helping streamline information access and review workflows throughout the design stage.It is well suited to the precise review processes and structured engineering environments typically required in the defense sector.

This section contains case studies on enterprise-wide standard tool adoption.This section contains case studies on enterprise-wide standard tool adoption.

This section contains case studies on enterprise-wide standard tool adoption.This section contains case studies on enterprise-wide standard tool adoption.

This section contains case studies on enterprise-wide standard tool adoption.This section contains case studies on enterprise-wide standard tool adoption.

This section contains case studies on enterprise-wide standard tool adoption.This section contains case studies on enterprise-wide standard tool adoption.