AIToday
AI Business & IndustryDIGITIMES AsiaPublished: Sep 5, 2026, 06:03 JST

K&S expands advanced packaging roadmap for CPO, CoPoS growth

K&S expands advanced packaging roadmap for CPO, CoPoS growth

3 Key Points

  1. What happened

    K&S (Kulicke and Soffa) has expanded its TCB (thermal compression bonding) advanced packaging roadmap, targeting growth in CPO (co-packaged optics) and CoPoS (chip-on-package-on-substrate) applications.

  2. Why it matters

    This move positions K&S to address emerging advanced packaging demands, where TCB is a key technology for integrating chiplets and optical components in high-performance computing and AI systems.

  3. What to watch

    The roadmap’s success hinges on whether CPO and CoPoS adoption moves beyond early designs into high-volume data center and AI accelerator production, where TCB demand would materialize. Watch for any announced production timelines or design wins from leading AI chipmakers.

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Context & Analysis

K&S's expanded TCB roadmap responds to growing complexity in advanced packaging. Traditional packaging methods face limits as chip designs incorporate more heterogeneous components. TCB offers finer pitch connections needed for integrating chiplets and photonics. CPO and CoPoS represent next-generation approaches. CPO aims to bring optics closer to compute to improve bandwidth and power efficiency. CoPoS addresses the challenge of stacking multiple dies with high interconnect density. K&S's focus on these areas suggests the company expects demand to rise alongside AI infrastructure buildouts. Success depends on industry adoption of these architectures, which could shape future packaging equipment demand.

FAQ
What are CPO and CoPoS?
CPO refers to co-packaged optics, integrating optical components with chips. CoPoS refers to chip-on-package-on-substrate, a packaging architecture for stacking chiplets.
What is TCB?
TCB stands for thermal compression bonding, a method used in advanced semiconductor packaging to connect chips with high precision and density.
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