USR-TCP232-410S is a dual serial RS232 RS485 Ethernet converter, which is based on TI Cortex-M4 solution & integrated TCP/IP protocol stack.

• Industrial Solution: TI Cortex M4 Solution, -40~85C

• Web Server: Web socket/ Web to Serial

• Modbus Gateway: Modbus RTU to Modbus TCP / Modbus Pollinig

• Flow Control: CTS/RTS, XON/XOFF

• 2 Network links, each serial supports sending data to two target servers

• Network Printing

• N series supports hardware watchdog, never crash

• Multiple indicator lights for convenient debugging

• Power-line terminal for industrial application

• ARM kernel and TCP/IP protocol stack

• Auto-MDI/MDIX,RJ45 port with 10/100Mbps

• TCP Server,TCP Client,UDP,UDP Server and HTTPD Client work mode

• Two ports can work independently at the same time

• Support virtual serial port and provide corresponding software USR-VCOM

• Serial baud rate from 600bps to 230.4K bps;Check bit of None,Odd,Even,Mark and Space

• DNS and DHCP supported

• Provide PC TCP/IP SOCKET programming example,VB,C++,Delphi,Android,IOS

• Built-in webpage;also can customize webpage for users

• Reload button,one key to restore default settings

• RJ45 with Link/Data indicator light,built-in isolation transformer and 2 KV electromagnetic isolation

• The global unique MAC address bought from IEEE,user can define MAC address

• Upgrade firmware via network

• Keepalive,rapidly detect dead links

• Support account and password,can be used to page login and network settings

• Support one channel Websocket,realize bidirectional transparent transmisison bewteen webpage and serial 0

• Support UDP broadcast function,send and receive data from all ip in the network

• Industrial data transmission, industrial automation

• security and protection monitoring, public security

• Smart home, power control, environmental monitoring, intelligent agriculture

• Door check on work attendance system, POS system, rice selling system

• Building automation system, power monitoring, self-service banking system, telecom machine room monitoring