Drive innovation and productivity in test-based engineering
In the digital era, it remains crucial to test, validate and optimize real-world designs within the constraints of shorter testing cycles, conflicting performance requirements, growing product complexity and reduced costs.
Enhance testing processes and boost productivity and product innovation with Simcenter Testing Solutions. Our solutions integrate multiphysics data acquisition hardware with a complete suite of acquisition, analytics and modeling software to cover a wide range of test needs.
Simcenter Testing Solutions deliver critical insights for innovate smart products, increase testing productivity and efficiency, maintain quality, enhance team collaboration and engineering flexibility, close the loop with simulation and lower cost of ownership
Combine multi-channel data acquisition, comprehensive integrated testing solutions and data management for test-based engineering
Simcenter Micred Quality Tester
Automate semiconductor package thermal quality testing to identify defects, such as die attach voids, with thermal transient test technology based on thermal impedance.
Optimize your testing productivity with a broad range of data acquisition systems
Simcenter Testlab Neo
Discover the next-generation software for multidisciplinary test-based performance engineering.
Reliably record and replay raw multi-sensor and ECU data with in-vehicle ADAS data collection.
Formally prove that a manufactured part meets its specifications or that the machine operates safely using a complete, robust and reliabe end-of-line testing soluition for pass or fail checks
Simcenter Sound Camera
Accelerate your acoustic troubleshooting with fast and versatile sound source localization.
Make no compromise on testing efficiency and productivity with our sound and vibration analyzer
Measure driving points and structural and vibro-acoustic frequency response functions
See what you hear in full 3D by combining 3D sound intensity with visualization of the sound sources.
Thermally characterize electronics components and thermal interface material (TIM) properties, and complete electronic systems using accurate and efficient in-situ testings in situ.
Uniquely combine active power cycling with transient thermal characterization and thermal structure investigation.
Accurately describe the thermal properties of LEDs using an integrated thermal, photometric, and radiometric testing station
Implement the ASTM D5470 standard based on highly accurate transient measurements and reduce parasitic heat loss