With the rise of the Internet of Things and intelligent manufacturing, it is particularly important to improve the digital and intelligent network ope ration of Raman spectrometers.The traditional optical path conversion system in the laser Raman spectrometer needs to manually adjust the height of the optical path converter to achieve the purpose of controlling the optical path.Due to t he limited accuracy of manual operation,in order to reduce the error caused by the operation,this article uses wireless communication technology to implement it on the mobile terminal The wireless control and remote monitoring of the mult i-channel laser Raman spectrometer enable users to remotely control the instrum e nt and understand the operating status in real time.In order to solve the probl em of possible communication interference between the control function and the m onitoring function,a reliable communication protocol was independently designed based on the two wireless communication technologies of Bluetooth and WiFi.Bas ed on the real-time streaming protocol (RTSP) streaming media server technology , the received code stream is video decoded on the mobile terminal,and the enhan ced depth residual network (EDSR) is used to super-resolution reconstruction of the video frame and then rendered and played,which improves The problem of imag e detail information loss in the process of video acquisition and decoding impro ves the visual effect of the image.Integrating the control and monitoring funct ions into the mobile terminal not only improves the accuracy and convenience of operation,but also enables users to control the instrument without contact with the laser,reducing the possible harm caused by the laser to the user,and enab ling more development The research experiment becomes possible.