中文翻译
之前漏看了这条提及，但IC设计业内人士透露，OSAT（外包半导体组装与测试）厂商已警告客户：“到2027年，传统封装产能可能出现超过20%的缺口”（例如 $AMKR、Powertech 可能受益）。 随着：“引线键合设备”成为主要瓶颈（ASMPT、$KLIC） -> AI服务器出货激增引发了成熟制程芯片需求的飙升 -> OSAT现有的成熟封装产能正被快速吸收 -> 提前锁定传统封装产能正成为一大挑战 级联瓶颈模式正在内存（如DDR2、DDR3）领域出现，现在似乎也蔓延到了封装产能。
· 供应链分析
AI需求激增致传统封装产能紧缺，引线键合设备成瓶颈。
英文原文
Missed this mention earlier but IC design insiders reveal that OSAT providers have already warned clients: "traditional packaging capacity could face a deficit exceeding 20% by 2027" (eg. $AMKR, ethereum:0x041ff0e49f6f774e7dc7bd10ee4a14c00b1d80b2, Powertech as potential beneficaries) With: "wire bonding equipment" emerging as the primary bottleneck (ASMPT, $KLIC) -> influx of AI server shipments has triggered a spike in demand for mature chips -> existing mature packaging capacity at OSATs is being rapidly absorbed -> securing early access to traditional packaging capacity is now becoming a challenge Cascading bottleneck patterns are occurring across memory (eg. DDR2, DDR3) and now packaging capacity I guess.