Examples of 3D integration
◆Suitable for the development of new structures: 3D connection design/dielectric design Tapered drills, square hole drills, multi-drills, Bwier, Cwier ◆3D data will be linked for mechanical systems and thermal stress systems. Supports Boolean processing and material-specific group attributes. ◆Examples of new product/manufacturing support Consideration of manufacturing optical objects, fusion design of optical wiring and electrical wiring... optical electronics Synthesis arrangement of heterogeneous LSIs with different thicknesses... minimal fab *For details, please refer to the catalog available for download below "PDF Download."
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basic information
Product Specifications OS: Compliant with Windows environment Menu Display: Switchable between Japanese / English / Chinese / Korean modes Data Accuracy: 1nm Working Area: 2000m Database: Fully open in ASCII SSF (START STACK FORMAT) Dedicated Programming Language: SeF (START EXECUTE FORMAT) Multi-Open Window: Simultaneous launch of multiple data possible Interface: DXF / 274D / 274X / BMP / GDS2 / ODB++ / ANF / XFL / SPD / DSN / AIF / IDF / IGES / STL Product Lineup: STANDARD / SMART / BASIC / VIEW (free)
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Applications/Examples of results
CAD design / CAM editing / data conversion / custom system development
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Company information
The Heterogeneous Integration Tool is a pioneer in mixed technologies. START is a unique CAD/CAM/3D integration tool in the electronics industry. It allows for easy recognition of connections in 3D stacked circuits for LSI/PKG/Board within a seamless single database, enabling pathfinding and modeling. Due to its adoption in "ASET," it has been utilized in several national projects and research institutions. It has been adopted by "PETRA" and continues to be used by IO Core Co., Ltd. Additionally, it has been employed in quantum computer 3DIC applications (such as 3D stacking of chips). From design to manufacturing design and direct control of manufacturing equipment through custom software, it enables efficient collaboration and centralized data management via a unified database (ASCII public). By leveraging the industry's first dedicated programming language standardly included in the system, it incorporates the exceptional proprietary technologies of predecessors into the system, providing automation for data checking, modeling, drawing creation, and equipment interfaces. It supports "cost and quality" through high yield by enhancing the accuracy and speed of development progress, as well as centralized management and reuse of resources.
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