FXUYP8585XAF082

The FXUYP8585XAF082 application field is online communications and information systems, and its working principle is based on differential mode analysis with the aid of a set of measurement channels. It is an industry standard, multi-functional, multi-channel real-time testing instrument.

From the main frame, the FXUYP8585XAF082 is consisted of a main control unit, real-time acquisition, handling and recording module, communication processing module, audio input/output module, signal analysis module, neural network database module, remote control module, and communication module. Under the main frame, a number of components are connected, including a real-time signal processor, a digital signal processor (DSP) board, a zigbee communication module, a wireless module, and an ethernet controller.

The FXUYP8585XAF082 instrument’s main purpose is to reduce the number of manual data collection, processing, communication and downstream tasks in the operation of online communications and information systems, and simultaneously realize the sharing, remote control and intelligent distributed processing of data and commands.

The working principle of the FXUYP8585XAF082 instrument is mainly based on differential mode analysis, where the working parameters of different components and sub-components are measured simultaneously with aid of a set of measurement channels. Specifically, the real-time signal processor is used to acquire the data from each measurement channel in real time, processing and save the data in the memory. Afterwards, the DSP board is used to analyze the data. The system also has a noise cancellation algorithm and digital filtering algorithm to remove unwanted signals, thereby improving the signal-to-noise ratio. To allow the system to detect more abnormal signals, the neural network database module is used to provide a large number of sample data points. This data is used to analyze and identify different types of signals, thus reducing the false alarm rate.

The FXUYP8585XAF082 instrument provides multi-channel real-time testing, multi-protocol communication, collision detection, error detection, reliable data transport, intelligent runtime decision-making, integrity check, real-time trigger, remote testing and remote control functions. It is suitable for information and communication system environment detection, equipment monitoring, remote control, online optimization, and other related applications.

In conclusion, the FXUYP8585XAF082 instrument is a powerful tool for online communications and information systems. It has the powerful functions to reduce the number of manual data collection, processing, communication and downstream tasks; remarkably reduce the false alarm rate; and provide convenient and efficient remote operation and control services. As such, the instrument is widely used in many industries for system optimization and many other applications.