reTerminal DM - 10.1" Integrated Device Master

reTerminal DM is a Panel PC, HMI, PLC, IIoT Gateway all-in-one device powered by Raspberry Pi CM4, with 10.1" IP65 front panel and rich industrial interfaces, and natively integrated with Node-RED and supports Raspberry Pi-based software ecosystem.

It is equipped with rich scalability and hybrid connectivity, supporting CAN bus, RS485, RS232, Gigabit Ethernet port, and other interfaces, as well as powerful wireless communication capabilities such as 4G, LoRa®, WiFi, and BLE.

It’s equipped with a large screen, strict industrial protection levels, and rich industrial interfaces, designed as the advanced version of reTerminal.

Features

• Rugged design for harsh working environment: IP65 front panel, -10~50°C operating temperature
• Open-source design in software and hardware: Powered by Raspberry Pi CM4, easy for customization or derivatives with the PCIe extensions design (flexible for NVME SSD, Dual 1000M Ethernet, Dual USB 3.0, COM Port RS485/232, and more customizations)
• Cost-effective Device Master: HMI, PLC, Panel PC and gateway all-in-one. Perfect for the distributed hub devices
• Low code programming for event-driven applications: Natively integrated Node-RED for flow-based editing and one-click deployment, compatible with all software runs on Raspberry Pi
• Hybrid connectivity: Support 4G LTE, LoRaWAN®, WiFi, BLE, RS485/RS232, CAN bus, 1000M Ethernet, USB, HDMI

Industrial Grade Quality

• Die-cast aluminium alloy housing: High strength and corrosion resistance, improved heat dissipation, electrically isolated IOs and interface
• Stable in harsh working environments: Industrial-grade interface, meets strict EMC testing standards
• High quality IP65 front panel: Long backlight lifecycle, 10-point capacitive touch screen, luminance up to 400nit
• Low power consumption: 9W max. power consumption, more conducive to energy saving

Application

reTerminal DM is an integrated device master that can function as an HMI/PLC/Gateway/Panel PC all-in-one device, working in the edge layer of the IOT architecture, unifying data flow, and managing onsite devices, reducing the big gap between legacy systems and modern IT infrastructures in various application scenarios. It can downlink to the edge devices

• Edge controllers, coordinating legacy machines by talking unlimited protocols and flexible software.
• Gateways and environmental sensors, connecting to the IT infrastructure to provide a new frontier of data to adapt to changes.
• AI boxes, offer better insights and are able to handle multi streams with easy setups. By combining them with AI and automation, many more operations will be industrialized.

And uplink to the cloud and application end with its hybrid connectivity capabilities.

Specifications