ADLINK-MCM-204 Standalone Ethernet DAQ with 4-ch AI, 24-bit, 128KS/s, 4-ch DI/O
Key Features and Functions
- Standalone Ethernet DAQ enabling edge computing
- RESTful API reports machine condition to IT system
- Supports C/C++ API for streaming data
- Built-in web console for easy configuration and use as portable DAQ
- Supports custom algorithms to filter data at the edge
- Supports IEPE 4mA excitation current output on each analog input to drive accelerometer
- Two 1Gb Ethernet port for cascade
- Supports TCP socket (client mode) to transmit data actively
Documents and Software Solutions:
Powered by the ARM Cortex-A9 processor, the MCM-204 is designed as a standalone DAQ device without the need for a host computer, and provides dual Ethernet ports to transmit data back to the backend server and enable daisy-chain connection of multiple devices. Commonly used vibration-related indices, such as voltage, FFT, and RMS, can be calculated by the MCM-204, bringing the benefits of edge computing to a large scale infrastructure. In addition, the MCM-204 offers flexible support for various data access options, providing worry-free remote management and firmware/algorithm update through the built-in web console. All these features make the MCM-204 ideally suited for remote real-time monitoring, analysis, and control.
Powered by the ARM Cortex-A9 processor, the MCM-204 is designed as a standalone DAQ device without the need for a host computer, and provides dual Ethernet ports to transmit data back to the backend server and enable daisy-chain connection of multiple devices. Commonly used vibration-related indices, such as voltage, FFT, and RMS, can be calculated by the MCM-204, bringing the benefits of edge computing to a large scale infrastructure. In addition, the MCM-204 offers flexible support for various data access options, providing worry-free remote management and firmware/algorithm update through the built-in web console. All these features make the MCM-204 ideally suited for remote real-time monitoring, analysis, and control.