JCET offers a full spectrum of semiconductor packaging services to meet diverse customer needs, spanning lead-frame packaging, substrate-based packaging, flip-chip interconnects, and advanced wafer-level packaging. Our unique advantage lies in its comprehensive wafer-level technology platform, covering Fan-In Wafer-Level Packaging (FIWLP), Fan-Out Wafer-Level Packaging (FOWLP), Integrated Passive Devices (IPD), and Through-Silicon Via (TSV) based interposer solutions. These technologies address the growing demand for next-generation high-density devices, enabling greater integration, enhanced functionality, and smaller form factors.
Working side by side with customers on both chip and package design, we deliver products that meet exacting targets for performance, quality, turnaround time, and cost. Our broad wafer-level technology platform gives customers the flexibility to integrate 2.5D and 3D solutions into advanced mobile devices such as smartphones and tablets.
焊线形成芯片与基材、基材与基材、基材与封装之间的互连。
焊线被普遍视为更加经济高效和灵活的互连技术,目前用于组装绝大多数的半导体封装。
焊线形成芯片与基材、基材与基材、基材与封装之间的互连。
当今的消费者正在寻找性能强大的多功能电子设备,这些设备不仅要提供前所未有的性能和速度,还要具有小巧的体积和低廉的成本。这给半导体制造商带来了复杂的技术和制造挑战,他们试图寻找新的方法,在小体积、低成本的器件中提供更出色的性能和功能。
焊线形成芯片与基材、基材与基材、基材与封装之间的互连。
焊线形成芯片与基材、基材与基材、基材与封装之间的互连。
焊线形成芯片与基材、基材与基材、基材与封装之间的互连。