A collaborative innovation platform for electronic manufacturing industry and its application method

Abstract

The invention discloses a collaborative innovation platform for electronic manufacturing industry and its use method, which relates to the field of MEMS processing and manufacturing. The platform includes a client end, a background management end and a supplier end. For online circuit design, structural modeling, process simulation and layout drawing, the IP service cloud integrates a variety of IP packages for designers to use directly; the background management terminal includes an intelligent identification module connected to the design tool cloud, which is used to decrypt the design tool cloud The encrypted design files sent are automatically matched with supplier equipment that conforms to the product process and parameters through a deep mapping algorithm, and corresponding encrypted orders are generated and sent to the supplier; the supplier includes a digital twin cloud connected to the intelligent identification module, providing production Online visualization of scenes, supplier equipment and production process, and feedback of processing results to the client. The collaborative innovation platform forms a closed-loop industrial chain to provide a collaborative communication platform for designers and suppliers.

Description

technical field [0001] The invention relates to the field of processing and manufacturing of MEMS and integrated circuits, in particular to a collaborative innovation platform for electronics manufacturing and a method for using the same. Background technique [0002] With the development of microfabrication technology of semiconductor integrated circuits and the advent of the ubiquitous information society, it marks the opening of the era of the Internet of Things. Driven by the rapid growth of industry, automobiles, medical care and products represented by smart phones, pressure sensors , accelerometers, gyroscopes, optical devices and other MEMS products account for a relatively high market share, and network communications and automotive electronics have become the most active application areas of China's MEMS market segments. [0003] The traditional MEMS design process is for the designer to design a circuit or model on a single machine, and the generated result or str...

AI Technical Summary

Problems solved by technology

[0003] The traditional MEMS design process is for the designer to design a circuit or model on a single machine, and the generated result or structure is converted into a process flow and layout by relevant technical personnel, and then matched with the relevant technical personnel of the chip foundry to match the equipment and process of the factory. After repeated communication and adjustments between the two parties, the entire process matching can be completed. The price is then calculated according to the matching process, and the contract is finally determined. The designer basically cannot participate in the product production process and can only wait for the final result.

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