The "miniaturization," "high-speed mobility," and "smartization" of connector products represent the trends of future development; future technological innovation within the industry will primarily focus on the following directions:
Miniaturization Development
Connector miniaturization technology is specifically designed to address the prevailing trend toward smaller form factors. Applicable to ultra-compact connectors with pitches of 0.3mm or less, this technology represents a new variety within the MINI USB product series. It is suitable for use in multi-contact expansion card slots, where it meets-and indeed surpasses-the stringent coplanarity requirements associated with multi-contact Surface Mount Technology (SMT), offering both high precision and low cost.
Wireless Transmission
High-Frequency, High-Speed Wireless Transmission Connector Technology
This technology is primarily designed to support communication applications across a wide variety of wireless devices, offering a broad scope of application.
Research on Simulation Application Technology
Simulation technology is grounded in a foundation of multidisciplinary knowledge and theoretical principles. Utilizing computers and corresponding software tools-such as AutoCAD, Pro/E, and stress analysis programs-it involves constructing product models and defining appropriate boundary conditions to conduct simulation analyses and verification of mechanical, electrical, and high-frequency performance characteristics. This approach serves to mitigate the costs associated with product development failures-often caused by factors such as improper material selection or flawed structural design-thereby enhancing the success rate of development projects and providing crucial support for integrating products into complex system applications.