The Definition of SiP System in Package (SiP) refers to the advanced technology of assembling and integrating multiple IC chips and different types of components on a single package substrate to form a complex electronic information system with specific functionalities. Constituent Elements – Package Carrier: Includes PCB, LTCC, Silicon Submount, etc. – Assembly Process: Traditional packaging processes like Wire Bonding and Flip Chip can be used, and SMT equipment can also be utilized for assembly. – Passive Components: An important part of SiP, some can be integrated with the carrier, while others are assembled on the carrier using SMT. Mainstream Packaging Forms Ball Grid Array (BGA) is the mainstream packaging form of SiP, featuring high pin density and good electrical performance, meeting the demands for multiple pins and high performance in SiP products. Technical Advantages – High Integration: It can integrate various types of chips and components into a single package, significantly reducing circuit size and aiding in the miniaturization of electronic products. – Outstanding Performance: Shortens the connecting lines between chips, reduces signal transmission loss and delay, enhancing overall system performance. – High Flexibility: Engineers can flexibly choose the most suitable chips and components based on actual needs, achieving the best performance-cost balance. – Shortened Cycle: The modular design approach significantly shortens product development cycles, allowing customers to quickly respond to market changes by using ready-made SiP modules. – Improved Yield: Advanced packaging processes and testing methods enhance product yield and reliability, reducing maintenance costs and time. Application Areas – Consumer Electronics: Widely used in products like smartphones and wearable devices, such as Apple’s iWatch and iPhone, which utilize SiP modules for miniaturization, high performance, and low power consumption. – Internet of Things: Can integrate sensor chips, communication chips, etc., to meet the IoT devices’ requirements for miniaturization, low power consumption, and high reliability. – Communication: In communication devices like base stations and routers, it can integrate multiple communication function chips to achieve higher transmission speeds and lower latency. – Automotive Electronics: Can integrate multiple chips in automotive electronic control units (ECUs) to enhance system stability and response speed.
Our Business Advantages– We offer small-sized, low-power domestic programmable logic chip bare dies, enabling rapid development of SiP designs based on programmable logic chips;– Our design team has a deep understanding of the domestic semiconductor device market and product performance, with strong system integration capabilities, enabling full domestic selection to promote safer and more reliable SiP products;– The company has a top-notch R&D team and a mature FAE team, capable of efficiently carrying out SiP microsystem design based on programmable logic chips, quickly and accurately responding to user application needs, and providing professional technical support;– We have established long-term stable cooperative relationships with mainstream packaging and wafer fabrication manufacturers in the country, ensuring the market launch time of SiP products.
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