Serial RS232 to Ethernet Converter (RS232, 485, 422) - Economy

The XS1200 is a step up from the older XS1000. This new 2nd generation XS1200 has a better processor and more features at only a slightly higher price. What you get is a better and more reliable design which can be used for more applications and devices.

Besides a new processor which has better performance, lower latencies and more features you also get the following new functions:

• Email notifications
  Get notified by email if a user Cold starts the converter, when there is an Authentication failure, if the Local IP has changed or if the Password has changed.

• IP address restriction
  Allow only specified IP addresses to be able to connect to the XS1200.

• Higher baud rates
  Baud rates up to 921600bps for RS485/RS422.

The XS1200 is designed around an 8-bit AX11005 RISC processor from Asix, working at 100Mhz, which is an ideal low-cost solution offering reliable performance for most new and legacy serial devices and applications. With this RS232 to Ethernet converter you can connect a serial RS232, RS485 or RS422 device to your computer over a standard Ethernet / LAN network and the downloadable virtual COM port software will create a virtual COM port in your operating system which can be used almost as if it was a native COM port. Notice that only one COM port will be created, which can be shared between the RS232, RS485 and RS422 interfaces; only one at a time.

The XS1200 RS232 to Ethernet converter can be managed through a web-browser or the downloadable management software. Multiple COM port and network settings can be configured.

It is good low-cost solution for most office, warehouse and factory environments including industries such as factory automation, alarm and security, laboratory and manufacturing. Ideal for connecting most serial devices such as CNC’s, PLC’s, printers, sensors, cameras, motor drives, scanners or any other standard RS232, RS485 or RS422 serial device. This RS232 to Ethernet converter also functions as a serial device server, enabling remote monitoring and control of serial devices over Ethernet, thus improving operational efficiency.

Useful optional accessories (not included)

Null modem adapter

DB9 - RJ45 adapter

Gender Changer

For alternative serial to Ethernet solutions please see our full selection of serial Ethernet converters.

Introduction

In today’s interconnected world, the need to integrate legacy serial devices with modern Ethernet networks has become increasingly important. RS232 to Ethernet converters have emerged as a crucial solution to bridge this gap, enabling seamless communication between serial devices and Ethernet networks over an IP network. This article will delve into the world of RS232 to Ethernet converters, exploring their definition, purpose, types, and applications.

What is a RS232 to Ethernet Converter?

Definition and Purpose

A serial RS232 to Ethernet converter is a device that enables communication between serial devices and Ethernet networks. Its primary purpose is to convert serial RS232 data into Ethernet packets and vice versa, allowing for seamless integration of legacy serial devices into modern network infrastructures. This conversion process enables remote access and control of serial devices, enhancing operational efficiency and facilitating the management of multiple serial devices over a single network interface.

Types of Serial RS232 to Ethernet Converters for Serial Devices

RS232 to Ethernet Converters

RS232 to Ethernet converters are a type of serial to Ethernet converter that connects devices with RS232 serial interfaces to a local area network for transmission of serial data over wired or wireless Ethernet. These converters convert RS232 data signals into Ethernet (TCP or UDP) packets and vice versa, ensuring that when you access attached devices over a network, the connection operates as if you were locally connected to the RS232 serial port with a direct cable connection. RS232 to Ethernet converters are perfect for M2M communication where client access needs to be made independent of any operating system or proprietary protocol.

RS485 to Ethernet Converters

RS485 to Ethernet converters are designed to connect RS485 serial devices to Ethernet networks, enabling communication between devices with different communication protocols. These converters support multi-drop configurations, allowing multiple devices to be connected to a single network. They are commonly used in industrial automation, building automation, and other applications where RS485 devices need to be integrated with Ethernet networks. By converting RS485 data signals into Ethernet packets, these converters facilitate seamless communication and control, ensuring that RS485 devices can be managed and monitored remotely over an Ethernet network.

Key Features of Serial to Ethernet Converters

Serial to Ethernet converters have several key features that enable reliable and efficient communication between serial devices and Ethernet networks. These features include:

• Baud rate and data transmission: Serial to Ethernet converters support a range of baud rates and data transmission speeds, ensuring compatibility with different serial devices.

• Flow control and control signaling: These converters support various flow control and control signaling methods, such as Xon/Xoff and RTS/CTS, to prevent data loss and ensure reliable communication.

• IP address configuration: Serial to Ethernet converters can be configured with a static or dynamic IP address, allowing for easy integration with existing network infrastructure.

• Web-based management: Many serial to Ethernet converters offer web-based management interfaces, enabling users to configure and monitor the converter remotely.

Baud Rate and Data Transmission

The baud rate and data transmission speed of a serial to Ethernet converter are critical factors in determining its performance and compatibility with serial devices. These converters support a range of baud rates, from 300 to 115,200 bps, and data transmission speeds of up to 1 Mbps. The baud rate and data transmission speed can be configured to match the requirements of the serial device, ensuring reliable and efficient communication. By adjusting these settings, users can optimize the performance of their serial to Ethernet converter to meet the specific needs of their application.

Flow Control and Control Signaling

Flow control and control signaling are essential features of serial to Ethernet converters, as they prevent data loss and ensure reliable communication between serial devices and Ethernet networks. These converters support various flow control and control signaling methods, including Xon/Xoff and RTS/CTS. Xon/Xoff is a software-based flow control method that uses special characters to control data transmission, while RTS/CTS is a hardware-based method that uses control signals to control data transmission. By implementing these flow control methods, serial to Ethernet converters can manage data flow effectively, ensuring that serial data is transmitted accurately and without interruption.

Connecting Serial Devices to Ethernet Networks

Connecting serial devices to Ethernet networks using a serial to Ethernet converter is a straightforward process. The converter is connected to the serial device using a serial cable, and then connected to the Ethernet network using an Ethernet cable. The converter is configured with an IP address and other network settings, and then communicates with the serial device using the serial protocol. The converter translates the serial data into Ethernet packets and transmits them over the Ethernet network. This process allows serial devices to be accessed and controlled remotely, enhancing operational efficiency and enabling seamless integration with modern network infrastructures.

Setting Up Serial to Ethernet Converters

Setting up a serial to Ethernet converter involves several steps, including:

• Connecting the converter to the serial device and Ethernet network

• Configuring the converter with an IP address and other network settings

• Configuring the serial protocol and baud rate

• Testing the connection to ensure reliable communication

The setup process can be performed using a web-based management interface or a configuration software provided by the manufacturer. The converter can also be configured remotely using a web browser or other management tools. By following these steps, users can ensure that their serial to Ethernet converter is set up correctly and that their serial devices are integrated seamlessly into their Ethernet network.