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NewsTopic · 台积电先进封装2 min read·2026-10-16

TSMC CEO C.C. Wei Confirms Mass Production of 5x Reticle Size Advanced Packaging, Developing 9x and 14x Specs

During the Q3 earnings call, TSMC announced that 5x reticle size advanced packaging is in mass production with excellent yields, stating no other company currently achieves this scale while pushing for larger formats.

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2026-10-16 11:28 GMT+8

During TSMC's third-quarter 2026 earnings call, Chairman and CEO C.C. Wei announced that the company has achieved mass production of 5x reticle size advanced packaging, noting that yields are "very excellent." He explicitly stated that, as of now, no other company besides TSMC is able to reach this packaging scale, and customers are very satisfied with the mass production results.

Reticle size refers to the area covered by a single exposure in chip manufacturing. As AI and high-performance computing chips increasingly rely on integrating multiple compute cores and high-bandwidth memory onto a single large substrate, expanding the package area allows for higher compute density and interconnectivity but significantly increases yield control challenges.

Wei also revealed the future technology roadmap: TSMC is developing 9x reticle size packaging and advancing toward 14x. Earlier reports from tech media Anue in August indicated that TSMC's 5.5x reticle size CoWoS packaging had entered high-volume production, with yields for several AI customer products stabilizing above 98%, some reaching 99%. The company plans to expand CoWoS to over 14x reticle sizes by 2029.

Addressing competitive alternatives like Intel's EMIB, Wei did not name specific competitors directly but emphasized that TSMC is prepared to step in if customers cannot secure sufficient advanced packaging capacity elsewhere. He stated that TSMC's primary task is to ensure customers' products launch smoothly, requiring the provision of best-in-class technology and guaranteed capacity.

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Sources

  • 报道出处ithome.com↗
Topic

台积电先进封装

台积电在Q3财报会上确认,其5倍光罩尺寸先进封装已实现量产,良率优异,目前无其他企业能做到此规模,同时正推进9倍及14倍规格研发以应对AI需求。【背景】CoWoS已成为AI芯片出货的关键瓶颈,尽管台积电两年内将月产能翻近四倍至12-14万片…

4 steps2 piecesUpdated 2026-10-16 19:41

How it got here

  1. 2026-07-13台积电在嘉义科学园区为第二期先进封装厂动土,官方数据显示月产能已从2024年的3.5万片扩至12-14万片,但需求同步暴涨,缺口依然存在。
  2. 2026-08-11台积电高管在OCP峰会透露,5.5倍光罩CoWoS良率超98%,部分达99%,并计划2029年将CoWoS扩展至14倍以上光罩尺寸。
  3. 2026-10-15SemiAnalysis通过专利分析推断ASML正在开发die-to-wafer混合键合工具,认为其精度优势可能威胁Besi在逻辑芯片封装领域的市场地位。

What is still unsettled

  • ASML的混合键合设备何时能进入量产验证阶段,是否会实质性削弱Besi的市场份额?
  • 台积电嘉义二期新厂的准确投产时间及最终产能贡献,目前官方未给出确切日期。
  • 随着HBM adoption推迟至2029年或更晚,D2W混合键合在存储领域的应用节奏是否会被进一步延后?

Also in this thread

  • SemiAnalysis: ASML's Track-Based Hybrid Bonder Could Challenge Besi2026-10-16
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