#Tcp redirector serial#
#Tcp redirector software#
#Tcp redirector Pc#
#Tcp redirector windows#

Then activate! It's that easy! Com port data will appear at the IP address and data from an IP port will appear at a real or virtual com port.

#Tcp redirector serial#

In the TCP/Com window just select the com port number and the serial communications parameters for your serial device and enter an IP address and a socket number. This allows all your serial communications programs to access the same data. Bypass this restriction by using TCP/Com to split a single COM port into multiple virtual COM ports.

#Tcp redirector windows#

Windows does not allow multiple programs to access the same COM port. Use TCP/Com as a Virtual Serial Port Splitter Cable (Learn More) Share serial devices over a network (or even the internet) Use TCP/Com as a Serial Device Server (Learn More) Map a TCP/IP port to a different TCP/IP port.Feed data from one physical RS232 port to multiple RS232 serial communications applications.Use Ethernet network (or the Internet) as a giant serial RS232 cable (Serial Tunneling).Open COM ports located on another computer in your network as if they were local.Send or receive data over a TCP/IP port with any serial communications program.

#Tcp redirector Pc#

Turn a PC into a Serial Device Server (Terminal Server).

It can be used to solve a wide variety of device interfacing and RS232 or TCP/IP conversion problems, such as the following:

#Tcp redirector software#

This allows you to use existing Windows-based serial RS232 communications software to send and receive data across any TCP/IP network.ĬOM Port Redirector Software: TCP/Com Software is extremely simple but powerful. Easily access a serial device via a TCP/IP or UDP network or redirect Ethernet/IP data to real or “Virtual” RS232 serial ports. Questions? Call us at: (800) 722-6004 or (215) 496-0222ĬOM Port Redirector Software: TCP/Com Software: Multifunction serial to ethernet (and ethernet to serial) interface software. accept () except KeyboardInterrupt : print ' Terminating.' terminateAll = True break ClientThread ( clientSocket, targetHost, targetPort ). listen ( 5 ) print 'Waiting for client.' while True : try : clientSocket, address = serverSocket. bind (( localHost, localPort )) serverSocket. argv ) != 5 : print 'Usage: python SimpleTCPRedirector ' print 'Example: python SimpleTCPRedirector localhost 8080 80' sys. close () print 'ClienThread terminating' if _name_ = '_main_' : if len ( sys. send ( targetHostData ) if bytesWritten > 0 : targetHostData = targetHostData self. send ( clientData ) if bytesWritten > 0 : clientData = clientData elif out = targetHostSocket and len ( targetHostData ) > 0 : bytesWritten = targetHostSocket. _clientSocket and len ( clientData ) > 0 : bytesWritten = self.

recv ( 4096 ) except Exception, e : print e if data != None : if len ( data ) > 0 : clientData += data else : terminate = True for out in outputsReady : if out = self. recv ( 4096 ) except Exception, e : print e if data != None : if len ( data ) > 0 : targetHostData += data else : terminate = True elif inp = targetHostSocket : try : data = targetHostSocket. select ( inputs, outputs, , 1.0 ) except Exception, e : print e break for inp in inputsReady : if inp = self. append ( targetHostSocket ) try : inputsReady, outputsReady, errorsReady = select. _clientSocket ) if len ( targetHostData ) > 0 : outputs. setblocking ( 0 ) clientData = '' targetHostData = '' terminate = False while not terminate and not terminateAll : inputs = outputs = if len ( clientData ) > 0 : outputs.

setblocking ( 0 ) targetHostSocket = socket. _targetPort = targetPort def run ( self ): print 'Client Thread started' self.

Thread ): def _init_ ( self, clientSocket, targetHost, targetPort ): threading. Import socket import threading import select import sys terminateAll = False class ClientThread ( threading.