TSMC Develops EMIB-like Technology to Compete with Intel

TSMC is developing an EMIB-like advanced packaging technology to compete with Intel's Embedded Multi-die Interconnect Bridge, according to sources close to The Information. The company's existing CoWoS packaging may lose customers to Intel's EMIB, prompting TSMC to create the alternative with support from Taiwan's Kinsus Interconnect Technology.

TSMC is reportedly developing an advanced packaging technology to rival Intel's Embedded Multi-die Interconnect Bridge EMIB , which the company internally refers to as EMIB-like. According to sources close to The Information, TSMC's Chip-on-Wafer-on-Substrate CoWoS packaging might lose some customers to Intel's EMIB. As a result, TSMC has begun developing its EMIB-like technology. This development will reportedly be supported by Taiwan's Kinsus Interconnect Technology, which will assist TSMC in developing, scaling, and manufacturing the CoWoS alternative without issues. TSMC currently offers three versions of CoWoS: CoWoS-S, CoWoS-L, and CoWoS-R. CoWoS-S is the first generation of CoWoS, utilizing a full monolithic silicon interposer with TSVs for maximum routing density and performance. Then, there is CoWoS-L that takes a hybrid approach, replacing the full silicon sheet with a more affordable organic base and embedding small localized silicon bridges LSI only where high-speed die-to-die communication occurs. This allows for large layouts to bypass reticle limits through bridge stitching. CoWoS-R is the third option that completely replaces silicon with an organic copper/polymer RDL interposer. It experiences a slight reduction in signal attenuation and routing density, but its mechanical flexibility makes it highly scalable and cost-effective for large-die chips.