RS485-to-Ethernet (C) industrial serial server with isolation and DIN-rail mount - Waveshare 30303

2-channel isolated USB converter for industrial applications. Provides communication between USB and RS485 serial standard. Waveshare USB TO 2CH RS485

USR-DR134 is an industrial RS485 to Ethernet converter that allows the integration of RS485 devices into TCP/IP networks for remote monitoring and control. It supports server, client and UDP modes, and with its compact DIN rail housing and ability to operate in harsh environments, it is an ideal solution for automation and remote management.

USR-DR132 is an industrial RS232 to Ethernet converter that allows the integration of RS232 devices in TCP/IP networks. With support for server, client, UDP and remote software update modes, and DIN rail mounting, it is perfect for automation, supervision and remote control systems, even in harsh environments.

USR-DR154-E is an industrial 4G LTE modem that provides stable data transmission in remote communication and monitoring applications, supporting 4G LTE, 3G and 2G standards. With a power supply in the range of 5-24V and a watchdog function, the modem is reliable in systems with variable power specifications and harsh industrial environments.

USR-W630 is a converter that enables wireless data transmission between RS232/RS485 interfaces and WiFi network, ideal for integrating serial devices into wireless networks. It supports WiFi 802.11 b/g/n standards, various working modes (AP, STA, AP+STA) and TCP and UDP protocols, ensuring stable connection and high transmission security in industrial automation and remote monitoring.

The USB to 2.5G Ethernet converter is a compact and efficient tool that extends network functionality to devices lacking an RJ45 interface. With broad system compatibility and driverless operation, it is well-suited for mobile setups, single-board computers, embedded systems, and upgrading older hardware to higher network speeds.

USR-LG206-L-P is an RS232/RS485 to LoRa communication converter operating in the 398–525 MHz band, designed for applications requiring long-range transmission and resistance to electromagnetic interference. It offers transparent data transmission between serial devices without the need for communication protocols, making it suitable for smart metering, industrial automation, infrastructure monitoring, and precision agriculture systems. With its compact design, advanced protections, and flexible configuration, it ensures reliable data transmission in both industrial and outdoor environments.

USR-DR164 is a compact RS485 ↔ WiFi converter supporting 2.4 GHz and 5.8 GHz bands with Modbus Gateway functionality, enabling easy integration of industrial devices with IoT networks and SCADA/PLC systems. Thanks to its robust industrial design, wide voltage and operating temperature range, and flexible configuration, it is suitable for industrial automation, smart buildings, energy, and logistics applications.

USR-DR162 is an industrial RS232 to WiFi converter supporting 2.4 GHz and 5.8 GHz bands, providing transparent data transmission from serial devices to a wireless network. An integrated Modbus gateway and broad support for communication protocols enable integration with SCADA systems, HMIs, and industrial cloud platforms. Its compact size and resistance to harsh environmental conditions make it suitable for applications with limited installation space, such as factory automation, smart warehouses, or mobile installations.

The Rail-mounted TTL to RS232 Converter (B) ensures safe and stable data transmission in systems requiring galvanic isolation. Designed for point-to-point communication between TTL and RS232 devices, it is ideal for industrial environments, automation systems, and IoT projects. With its compact enclosure and wide range of protections, it provides a reliable solution for serial interface conversion.

The industrial USB to 8× TTL/UART converter provides stable and secure communication with multiple devices simultaneously. Its durable construction, surge protection, and broad system compatibility make it an excellent choice for laboratory use, automation, and embedded projects requiring reliable multi-channel communication.

Industrial RS485 to Ethernet converter designed for installation on a 35 mm DIN rail. The device enables integration of RS485-based systems with Ethernet networks, offering data transmission up to 1 Mbps, TCP and UDP communication, 1 kV galvanic isolation, and configuration through a built-in web interface. The compact 35 mm wide enclosure allows convenient installation in control cabinets and electrical distribution panels. MODIG MD12002

Miniature RS485 to USB converter designed for industrial applications, building automation systems, and control systems. The device is based on the CH9101R controller compliant with the USB 2.0 standard, offers data transmission speeds of up to 3 Mbps, and supports operation as a virtual COM port. Built-in surge protection, a 120 Ω termination resistor, and compact dimensions make the converter suitable for configuration, diagnostics, and communication with devices equipped with an RS485 interface. MODIG MD11002

RS232 TO RS485 (D) is a reliable signal converter with built-in digital isolation and interference protection, enabling the creation of efficient and secure communication networks in industrial systems, automation, and IoT applications. The use of a DIN rail mount and screw terminals facilitates easy installation and integration with existing infrastructure.

RS232 RS485 CAN Board is a complete solution for industrial applications with Raspberry Pi, enabling simultaneous operation of multiple communication interfaces with full isolation and protection. Designed for mounting in control cabinets and integration with existing HAT and PCIe systems, it is ideal for automation, monitoring, and control system projects based on Raspberry Pi.

USB TO 8CH RS485 is a reliable and secure tool for expanding industrial RS485 networks. Thanks to galvanic isolation, robust protections, and support for multiple operating systems, it is used in industrial automation, control systems, and monitoring. An ideal solution for demanding environments where stability and hardware protection are crucial.