Labview serial communication example I am trying to communicate with a non-commercial device that uses RS-232 for communication. This video shows the control of a RA-01 Robotic Arm (purchased from Images SI Inc) by sending data to it from LabVIEW over the serial port. It has been used in my company for some time, so I have some LabVIEW code to communicate with it. If your slave don't have SERIAL option means then you need a additional hardware acts like bridge between labVIEW and your end device. This tutorial shows you how to set up NI hardware and software to communicate via RS-232, RS-422, or RS-485 with a serial instrument in LabVIEW. I am working with a custom control board that I communicating over RS232. I know all the correct settings I need ( baud rate, stop bits, parity etc) so I know that won't be an issue. In this tutorial, we will learn how to interface Arduino with LabVIEW, or in simple words, how to receive Arduino data through serial communication on the LabVIEW graphical user interface. It is recommended to have basic knowledge of LabVIEW software prior to starting this project. This tutorial shows you how to set up NI hardware and software to communicate via RS-232, RS-422, or RS-485 with a serial instrument in LabVIEW. Here, the bridge device is used convert the SERIAL data into the your slave or end device understanding format. Serial communication is a data transmission protocol in which information is sent in a series, one bit at a time. . LabVIEW offers the ability to communicate with most serial-based instruments and devices, including Arduino and Raspberry Pi. Consult the pinout or documentation for your serial instrument and make sure you have the correct cables and/or serial interface hardware to connect it to the computer. I am not very knowledgeable about serial communications, but it seems like we are not reading it in the most efficient way. I'm using the "simple serial" example vi approach. sjzxcd lht lhkbl qrpui cywrw uowrm suw ukvjf shftpsq meje