Acoustic Testing TechnologyObjective and subjective sound quality testing and analysis are used to detect sound quality issues in the research and large-scale manufacturing processes of various consumer electronics and electrical products, ensuring the auditory experience of the end products
Vibration Testing TechnologyOnline and offline vibration acquisition and analysis under complex engineering constraints, identifying the vibration state and characteristics of the test object, and discovering vibration, noise, and reliability issues in the product development and manufacturing processes
Mechanical Testing TechnologyTechniques for static and dynamic stimulating, testing (stress and strain), and analysis in structural mechanics, evaluating structural strength and fatigue reliability issues, as well as analyzing the haptic perception experience of elastic components
Electronic Testing TechnologySignal-level and power-level electronic measurement and control technology, supporting the development and application of modular instruments, including power, voltage, and current measurement, impedance measurement, signal conditioning, dynamic signal analysis, drivers, and amplifiers
RF Testing TechnologyTechnologies covering RF signal environmental control (shielding), measurement, analysis, etc., applied to the testing and validation of RF modules (such as Wi-Fi, Bluetooth, NFC, etc.), RF antennas in Consumer Electronics, Automotive Electronics, and Home Appliance products
Optical Testing TechnologyThe technology covers optical environmental control (shielding), measurement, and analysis, applied to testing and validating the functionality and performance of optical components (such as displays, optical sensors, etc.) in various electronic products (smartphones, tablets, XR, etc.)
The fully anechoic laboratory adopts a new type of flat panel structure sound-absorbing material, achieving a minimum background noise level as low as 0dB, with a free-field radius of 2.5 meters. It is equipped with advanced sensors, testing instruments, and software from companies such as HBK, and can be used for acoustic-related product testing and technology validation
The laboratory is equipped with a three-degree-of-freedom vibration excitation system (5-3500Hz excitation bandwidth, maximum load of 300kg), a small shaker (11kHz excitation bandwidth), precision acceleration sensors, and other equipment, ensuring structural dynamics and reliability testing and technology validation
An intelligently controlled temperature and humidity environmental condition (temperature range: -50~70°C, humidity range: 25~100%RH) can be provided, meeting the testing standards of GB/T 7725, AR I210/240, and EN 14825. This is suitable for testing and measuring various performance parameters of the tested objects
Capable of conducting physical property testing and analysis of materials and structures, as well as performance testing of components and structures (such as springs, cylinders, hinges, probes, etc.), providing accurate, reliable, and repeatable key parameters to optimize the design and manufacturing processes
Focusing on the vibration performance, noise performance, and mechanical performance testing and analysis of various rotating mechanical products (such as motors, compressors, and fans), the research aims to provide support for the development of measurement and control equipment for rotating machinery in home appliances, consumer electronics, and electric vehicles
To support the research and development of measurement and control equipment, the facility provides infrastructure and tools for testing and validating electronic devices, circuits, and systems. Equipped with advanced testing instruments such as oscilloscopes, signal generators, spectrum analyzers, and logic analyzers, it facilitates the measurement and analysis of electronic signals and circuit performance
To support the research and development of measurement and control equipment, the facility provides infrastructure and tools for testing and validating electronic devices, circuits, and systems. Equipped with advanced testing instruments such as oscilloscopes, signal generators, spectrum analyzers, and logic analyzers, it facilitates the measurement and analysis of electronic signals and circuit performance
Specializing in the research of testing equipment and platforms for electric vehicles, the focus is on evaluating the performance, efficiency, and reliability of electric vehicle systems through electric vehicle drive system test benches, battery testing equipment, power electronic converter testing platforms, etc. This support aims to facilitate the development and optimization of electric vehicle technology
Equipped with a programmable constant temperature and humidity test chamber and aging test racks, it is suitable for testing the high and low-temperature or humid environment endurance, anti-heat, anti-cold, anti-dryness, and anti-humidity performance indicators as well as quality verification of various electronic, electrical, and instrumentation devices
According to the GB/T 12085-2010 standard, it is mainly used for optical detection testing, simulation, and verification. It provides testing of optical system functional parameters, as well as the development of cutting-edge optical testing schemes, product demonstrations, and prototype testing
Environmental Testing and Evaluation
Conduct on-site environmental testing and evaluation to identify potential sources of interference and provide environmental control solutions
Acoustic Environment Control
Control noise interference from personnel operations or equipment running, providing a stable and quiet sound field environment
Vibration Environment Control
Reduce the impact of vibration on equipment performance through vibration isolation and optimization of structural dynamic characteristics
RF Environment Control
Control the electromagnetic field environment to meet requirements for electromagnetic radiation, electromagnetic compatibility, and RF performance in testing environments
Optical Environment Control
Control the optical environment to meet the needs for testing cameras, displays, and machine vision positioning
Control temperature and humidity to simulate complex operating conditions for products, meeting various testing requirements
In diverse and variable environments, connection sensing technology ensures reliable and precise connections and sensing of test objects, controls the testing environment, and ensures test accuracy and stability, achieving laboratory-level automated testing
Process control technology ensures production stability and efficiency through real-time monitoring and adjustment of industrial processes. It involves sensors to measure process variables, control systems that automatically adjust parameters, actuators to regulate process conditions, and data acquisition and analysis for process optimization and issue prediction
