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@ -547,11 +547,11 @@ The Raspberry Pi OS will look to see if a micro-SD card is present, if a micro-S
The Raspberry Pi will boot and then be assigne an IP address on your network. We need to know the IP address so we can remotely login to the Raspberry Pi. On a Windows 10 machine open up a command prompt window, and type the command "ping raspberrypi.local -4". Since this is a fresh install of the Raspberry Pi, all Raspberry Pi are assigned a hostname of raspberrypi after the intial boot. The default login information is username is "pi" and password is "raspberry". After you perform the windows cmd "ping raspberrypi.local -4", the ping command will display an IP address that it trasmitted packets too. Write down the IP address that recieved those packets. This is the IP address of your new raspberry pi.
To setup Klipper on the new raspberry pi you will need to remotely login into the raspberry pi via ssh. To do this you need another software package called ["Putty", click here](https://www.putty.org/). Install the software on your computer. Now run Putty and enter in the IP address (in the Host Name field) you saw in the "ping raspberrypi.local -4" command. Leave the Port number set to 22. Now hit "Open". You should see a window that pops up that says something about the authorization key has not been stored..." just say you trust the device. You will then get the login prompt. Enter in "pi" for the username and "raspberry" for the password.
To setup Klipper on the new raspberry pi you will need to remotely login into the raspberry pi via ssh. To do this you need another software package called ["Putty", click here](https://www.putty.org/). Install the software on your computer. Now run Putty and enter in the IP address (in the Host Name field) you saw in the "ping raspberrypi.local -4" command. Leave the Port number set to 22. Now hit "Open". You should see a window that pops up that says something about the authorization key has not been stored. Just say you trust the device. You will then get the login prompt. Enter in "pi" for the username and "raspberry" for the password.
If you get the "connect rejected" message then when you place the empty ssh file in the file folder of the boot media you either misspelled the filename or left the ".txt" extension on the filename. You can fix the "connect rejected" message by powering off the Raspberry pi; removing the boot media from the Raspberry Pi; reattach the boot media to your computer and double check the empty ssh filename is "ssh" only; then reattach the boot media to the Raspberry pi and reboot again.
If you get the "connect rejected" message, then there is something wrong with the ssh server. When you placeed the empty ssh file in the file folder of the boot media you either misspelled the filename or left the ".txt" extension on the filename. You can fix the "connect rejected" message by powering off the Raspberry pi; removing the boot media from the Raspberry Pi; reattach the boot media to your computer and double check the empty ssh filename is "ssh" only; then reattach the boot media to the Raspberry pi and reboot again.
Now you should be login to the Raspberry Pi. When you see a "$" this means you need to type a comand at the command prompt. If you see a ">" this means you type a number at the current command prompt. Follow the below sequece to install KIAUH, Klipper, MoonRacker, Mainsail, KlipperScreen and Octoprint. Once that is all installed we will then be hooking up the Octopus or Octopus Pro to flash a new firmware onto it so it will talk the the Raspberry Pi that is running Klipper. But for now just follow the below squence to install everything you will need on the Raspberry Pi 4B, make sure you also have a hardwire ethernet cable attached to the Raspberry Pi's ethernet port:
Now you should be logged in to the Raspberry Pi. When you see a "$" this means you need to type a comand at the command prompt. If you see a ">" this means you type a number at the current command prompt. Follow the below sequece to install KIAUH, Klipper, MoonRacker, Mainsail, KlipperScreen and Octoprint. Once that is all installed we will then be hooking up the Octopus or Octopus Pro boards so that we can flash a new bootloader on to the boards. This new bootloader will allow the Raspberry Pi to talk to the Octopus board. But for now just follow the below squence to install everything you will need on the Raspberry Pi 4B, make sure you also have a hardwire ethernet cable attached to the Raspberry Pi's ethernet port:
```
$sudo raspi-config