High Speed I/O
Advantech has a complete range of high-speed DAQ devices — including data acquisition, signal conditioning, and transducers. These solutions come in diverse form factors and comprise PCI, PCIE cards, USB modules, intelligent vibration sensing gateways, modular DAQ systems, and DAQ-embedded computers for various domain-focused applications.
Wireless I/O and Sensors
Advantech’s wireless I/O and sensors are edge-to-cloud total solutions. By leveraging wireless communication technology and supporting multiple IoT protocols, these modules are equipped with data collection, wireless transmission, and cloud integration features for industrial applications. The smart sensing devices offer an all-in-one solution that facilitates data acquisition and enhances real-time remote monitoring for domain-focused applications.
EtherCAT Controller and Slice I/O
Advantech introduces the compact EtherCAT Controller and Slice I/O - designed with the smallest programmable automation controller (PAC) in the Core i class processor, modular I/O, and a PCIe communication interface. EtherCAT Controller and Slice I/O integrates gateway, motion control, I/O data acquisition, fieldbus, machine vision, and device networking into one control platform.
Gateways & Remote Terminal Units (RTUs)
Advantech’s intelligent I/O gateways, RTUs, and communication gateways are equipped with WISE-EdgeLink or Node-RED edge data acquisition solutions that simplify remote monitoring. These solutions can improve service quality by facilitating product care, enabling equipment operation monitoring, and supporting efficiency and energy consumption analysis.
Embedded Automation Computers
Advantech’s UNO series embedded automation box PCs are ideal for edge computing, bridge the gap between IT and OT, and accelerate industry 4.0. The UNO series function as flexible IoT gateways and come in diverse sizes and mountings. The UNO series supports Advantech iDoor technology engendering the flexibility needed to configure various I/O requirements to different applications.