Amid the rapid development of the IC industry, the innovative launch of the tray module design has injected new vitality into the chip packaging process. As a key link in the chip packaging workflow, the tray module undertakes the crucial tasks of precise positioning and stable bearing of wafer particles, directly impacting the yield and performance of chip packaging.
The newly introduced tray module design fully aligns with the current development trends of miniaturization and high integration in IC packaging substrates. In terms of structural design, it adopts a coreless substrate architecture, eliminating the thickness limitations imposed by traditional core boards. This reduces the overall thickness of the module by 30% compared to conventional products, perfectly meeting the stringent space requirements of advanced packaging technologies such as fan-out packaging and 3D packaging. Meanwhile, the internal circuits of the module utilize high-precision laser micro-engraving technology, with line widths and spaces controlled within 2 micrometers. This significantly enhances signal transmission efficiency, effectively meeting the data transmission speed demands of high-performance computing chips, RF front-end chips, and other advanced components.
In terms of functional implementation, this module innovatively integrates an intelligent temperature control system and a real-time monitoring module. The intelligent temperature control system, equipped with built-in micro heat sinks and dynamically adjustable fans, precisely regulates the temperature based on the heat generated by the chip during operation. It stabilizes the chip's working environment temperature within a range of ±1℃, greatly ensuring the stability of chip operation. The real-time monitoring module conducts 24/7 surveillance of wafer particle position deviations, electrical connection status, and other critical parameters. It immediately issues an alert once an abnormality is detected, effectively reducing the defect rate during the packaging process.
From the perspective of application scenarios, this tray module boasts strong compatibility. It is not only suitable for chip packaging in consumer electronics fields such as mobile phones and tablets but also meets the needs of high-end computing scenarios like AI servers and communication base stations. Its outstanding performance and wide adaptability are expected to provide strong support for the upgrading and development of the IC packaging industry.
