Reliability Design Verification of High-Performance Broadband Radiofrequency Information-Processing Microsystems

In response to the needs of fields such as intersatellite high-speed communication, relay bidirectional high-speed data transmission, ground data transmission, ground measurement and control, and comprehensive information processing, a series of key micro system technologies-namely, high-performance broadband radiofrequency (RF) information- processing microsystem architecture design, high-density packaging integration design of RF digital heterogeneous signals, and advanced micro system packaging technology-is being adopted. The purpose is to verify autonomous and controllable high-performance broadband RF information-processing microsystem products and usher in intelligent aerospace communication systems. Devising solutions to the bottleneck problem of localization and microminiaturization promoted the development and reformation of systems; led to wireless communication applications in multiple frequency bands and formats; fulfilled the application requirements of integrated information-processing platforms including onboard resource management, task scheduling, and computer multitasking; and satisfied the criteria for the new generation of aerospace engineering, which emphasizes high-performance real-time broadband RF information-processing miniaturization, as well as autonomous and controllable applications.