how to program ftdi chip
If you now have a COM port, congratulations! Press Ctrl+N to create new programming template. Use the FTDI Basic Breakout Board to program an Atmega328P-PU With Optiboot. If you plug in your FTDI, open the Arduino IDE, go to 'Tools -> Serial Ports', and see nothing, you need the drivers! This allows your program to detect the connection. Make sure to unzip the executable before proceeding to the next step. However, if there was a problem with the installation and you don't see any options that include 'usbserial' under the 'Tools -> Serial Port' menu, then you will need to install the drivers. Follow the steps 1-15, as before, and use the same driver folder too! However, there seems to be some conflict between drivers from FTDIchip.com and the ones inherent to Apple. The FTDI device will show up under this menu. Left-click 'Close'. The chip's ID which can be read, using the program I submitted on this thread, is unique and permanent. Disconnect all possible USB devices (can contain FTDI chip also). If the driver works correctly, you should see something under Ports. The Uno/Duemilanova is a more convenient host to program with since you can remove the ATmega chip from it and then common up the reset, RX and TX pins with the target board - the FTDI or 8u2 on the host board talks to the target (pro mini) and standard Arduino downloading works (if you choose the board option as the target board). However, if you just open Arduino from the desktop, you'll notice that, if you click on 'Tools', the 'Serial Port' option is grayed out. To get around this, simply right-click the package you want to install, or press CTRL + click, if you don't have a right-click. If you already know which version you are running, you may skip the next two steps. You can visit the next section to learn more about the FTDI Basic and why you need the FTDI drivers, or you can skip straight to the operating system of your choice! It is interesting that I can program the same STC51 chip with FAKE RT232RL under Win7, it works there without any issue… STC51 chips are easy to program, they just need an USB to serial adapter. Step 5: modify the chip eeprom This is the last step and you need to restore the initial vendor and product values inside the ftdi chip eeprom. An alternative method is to run Arduino as root in the terminal with the following command: However, this method is encouraged only if you know what you are doing and should only be used as a last resort. If you have a 3.3 volt device, you guessed it, use a 3.3 volt FTDI.
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