Millimeter wave radio frequency module processing is a key technology in the communication industry. It plays a key role in improving the quality of wireless and RF module systems based on microwave passive components. The advanced RF brass shell processing technology raises the performance and efficiency of millimeter wave RF module processing technology to a new level. mmWave RF module processing technology operates in the frequency range of 30-300 GHz. This is a complex process that involves assembling and tuning various components such as power amplifiers, filters and mixers. These components are treated with RF brass housings to enhance their signal transmission and stability. The application of mmWave RF module processing technology has revolutionized the communications industry. It facilitates the development of high-speed and high-bandwidth systems, such as 5G networks, that can process large amounts of data at unprecedented speeds. The use of wireless and radio frequency modules is becoming more and more common in various communication fields such as satellite communications, wireless communications and radar systems. To sum up, millimeter wave RF module processing is an important technology in the communication industry. It facilitates the development of high-performance wireless and radio frequency module systems, which are essential for modern communication applications. The incorporation of advanced RF brass housing processing technology further enhances the capabilities of mmWave RF module processing technology, making it an indispensable tool for communications engineers and researchers.