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special set of semiconductor production tools to create through-silicon vias (TSV) in 20nm node semiconductor wafers . 3D die stacking of leading-edge chips will enable mobile and consumer electronics. The first full-flow silicon with TSVs
packages . The concept model test cell, DIMENSION, integrates a high parallel test cluster along with singulated die and 3D die stack automated handling capabilities. The concept test cell solution will be designed for die handling, test, and production
Andrew Smith, Ventmark Technology Solutions, presents a 3D die stacking technology to address package miniaturization ..... VI) structures are a key element in the architecture of 3D die stacks, providing mechanical support within the stack and
Singapore, to develop next-generation technologies including through-silicon vias (TSV), microbump bonding methods for 3D die , silicon substrate-based system-in-package solutions, and embedded active die technology. The new facility includes
associated with bad die. Also, heterogeneous technologies (different sizes, feature dimensions, etc.) can be bonded in 3D die stacks with a broad range of functionality (logic, memory, mixed signal, photonics, etc.) in a compact form factor
returns – at least for high-end or long-running apps. For other products having a relatively short life cycle, 3D die stacking or package stacking will have a decisive advantage in both time and economics. On our website, an online feature
organizations are investigating solutions to switch optical signals within a package, distributing these signals through a 3D die stack, as well as from package to package. Glass substrates have emerged as a strong candidate for such applications [2
returns – at least for high-end or long-running apps. For other products having a relatively short life cycle, 3D die stacking or package stacking will have a decisive advantage in both time and economics. On our website, an online feature
will grow significantly for the next year. The growth will be driven small-size wafers for LEDs and 12" wafers for 3D die stacking and CIS. The wafer bonding market is a very complex one, crossing different wafer sizes (from 2" to 12
organizations are investigating solutions to switch optical signals within a package, distributing these signals through a 3D die stack, as well as from package to package. Glass substrates have emerged as a strong candidate for such applications [2