Post by Racyics
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At embedded world conference 2026, our colleague Alexander Persicke will present a wafer-level test concept for the šššš š¢š§ššš«šššš, focusing on robust strategies for high-speed die-to-die communication in his presentation: āššššš«-šššÆšš„ ššš¬š ššØš§ššš©š ššØš« šš”š šš§š¢šÆšš«š¬šš„ šš”š¢š©š„šš šš§ššš«ššØš§š§ššš šš±š©š«šš¬š¬ (šššš) šš§ššš«ššššā š šš®šš¬ššš², šš ššš«šš” šššš š šš:ššāšš:šš š ššØšØš¦ šš®ššš©šš¬š (Session 4.2: Chiplets ā Certification, Validation & Test (powered by UCIe)) Manufacturing chiplet-based systems requires šš§šØš°š§ ššØšØš šš¢šš¬ (šššš¬)Ā prior to assembly. Otherwise, a single defective chiplet can lead to high scrap costs and reduced final yield. A robust wafer-level test strategy is therefore a key enabler for cost-effective, high-volume chiplet integration, especially when targeting high-speed interfaces such as šššš. In this presentation Alexander introduces a š©š«š-š©ššš¤šš š ššš¬š ššØš§ššš©š ššØš« šššš, the open industry standard for high-speed, interoperable die-to-die communication in chiplet-based systems. The concept translates the UCIe architecture into practical wafer-level test domains, mapped to established, manufacturable test methods suitable for high-speed die-to-die interconnects. The approach combines: ⢠logic testing ⢠loopback-based built-in self-test (BIST) ⢠dedicated component-level tests for critical analog blocks We look forward to seeing you at the session and to continuing the discussion at our booth. šš¦šššššš š°šØš«š„š šššš | ššš„š„ š | ššØšØšš” š-ššš https://lnkd.in/dSbrVKZe #Racyics #Innovation #EmbeddedWorld2026 #Chiplets #UCIe #Test #BIST