YunDi Li@LiYunDi

The onset of the 5G era signifies a profound shift in telecommunications, heightening the necessity for components capable of handling high-speed signals with minimal attenuation. One significant challenge lies in the inadequacy of the length and material of measurement probes within AP chips, HPC, and automotive technology to meet the surging demand. Our innovative approach addresses this challenge by reducing probe lengths and enhancing electrical specifications. Targeting the probe card industry, where probes play a pivotal role, our solution distinguishes itself through the integration of an automated system to identify key alloy characteristics valued by customers, thus aligning with market demands. This not only ensures compliance with 5G requirements but also augments probe durability and performance. The distinctive advantages of our approach encompass heightened measurement accuracy, minimized signal degradation, and prolonged probe lifespan, collectively generating significant value for manufacturers. Furthermore, through thorough analysis of current trends, we have identified opportunities for collaboration with material suppliers. Such partnerships have the potential to drive the development of novel, superior materials, thereby expanding the commercial viability of our probes into broader markets. This positions us at the vanguard of innovation in the probe card industry, poised to meet the challenges of the 5G future.