Shanghai SimuCAD Information Technology Co., Ltd.

Founded in 2009, Shanghai SimuCAD Information Technology Co., Ltd. is a Gold and Expert Partner of Siemens Digital Industries Software (formerly Mentor Graphics) in Chinese Mainland. Specializing in the fields of thermal simulation and thermal testing, the company serves industries including electronics, semiconductor, automotive, and aerospace. SimuCAD provides software solutions for fluid and thermal simulation, such as FloEFD, Flotherm, and Flomaster, as well as hardware solutions including T3STER SI thermal resistance testing, Power Tester power cycling & thermal resistance testing, and the SanjSCOPE thermal imaging system. SimuCAD business covers an integrated and comprehensive solution portfolio, including software & hardware sales, technical support, customized hardware development, device thermal resistance measurement, and simulation project consulting. High-quality and timely technical support services constitute a key core competitiveness of SimuCAD.

Product 1
Development technology/material/manufacturing process name

Simcenter T3STER SI hardware

Innovation Highlights

Designed for semiconductor junction temperature, thermal resistance, and reliability analysis, the T3STER SI combines electrical transient thermal testing with structure function analysis to deliver fast, accurate, and non-destructive device characterization. Its data supports thermal simulation model calibration, improving simulation accuracy and defect detection efficiency. By enabling earlier thermal design optimization, it helps reduce R&D rework and maintenance costs while enhancing the reliability, production quality, and cost competitiveness of automotive electronics systems.

Development phase

Simcenter T3Ster SI 是一款成熟且广泛商用的半导体热特性测试设备。

Applications

T3STER SI is widely used in automotive electronics and new energy vehicle applications for junction temperature, thermal resistance, and reliability characterization of diodes, BJT, MOSFET, IGBTs, SiC/GaN power devices, power modules.

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Product 1
Development technology/material/manufacturing process name

Simcenter Power Tester

Innovation Highlights

Simcenter Power Tester is an automated system integrating thermal resistance testing, structure function analysis, and power cycling, compliant with AQG-324, IEC 60747, and JEDEC JESD51 standards. Unlike conventional setups, it enables real-time electrical and thermal monitoring during power cycling and in-situ structure function analysis to assess package aging without separate thermal tests. It delivers fast, reliable thermal and reliability data, accelerating new product development.

Development phase

Simcenter Power Tester是一款成熟且广泛商用的半导体热特性测试设备

Applications

Simcenter Power Tester is widely used in automotive electronics and new energy vehicle applications for power cycling lifetime, thermal resistance, and structure function reliability testing of IGBTs, SiC/GaN power devices, power modules, inverters, DC-DC converters, onboard chargers (OBC), and ECUs.

Photo of exhibits recommended

Product 1
Development technology/material/manufacturing process name

Simcenter Flotherm software

Innovation Highlights

Simcenter Flotherm is a leading electronic cooling simulation tool with 34+ years of engineering experience, covering IC packages, PCBs, systems, and data centers. It integrates into the electronics design workflow, enabling end-to-end thermal analysis from concept to validation. With SmartParts, EDA/MCAD integration, and fast Cartesian meshing, it enables rapid, accurate modeling and optimization of complex electronics, improving design efficiency and reducing rework and reliability risks.

Development phase

Simcenter Flotherm 是一款处于成熟商业化及持续升级阶段的电子散热仿真软件,广泛应用于产品设计与制造全生命周期的热分析。

Applications

With the advancement of vehicle electrification and intelligence, it is extensively used to solve thermal challenges caused by high power density. Key applications include: Powertrain Control Units: Thermal design for On-Board Chargers (OBC), DC-DC converters, Battery Management Systems (BMS), and main inverters. Autonomous Driving & Smart Cockpit: Thermal management for autonomous driving domain controllers, automotive-grade SoCs, infotainment head units, and HUDs. Lighting & Sensors: Thermal evaluation of high-power LED headlights (incorporating solar radiation analysis), LiDAR, and millimeter-wave radars.

Photo of exhibits recommended

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