Windows serial terminal for raspberry pi
- #WINDOWS SERIAL TERMINAL FOR RASPBERRY PI INSTALL#
- #WINDOWS SERIAL TERMINAL FOR RASPBERRY PI PASSWORD#
- #WINDOWS SERIAL TERMINAL FOR RASPBERRY PI DOWNLOAD#
By using PuTTY, the Raspberry Pi can be used as a stand-alone device on a local network.
#WINDOWS SERIAL TERMINAL FOR RASPBERRY PI INSTALL#
PuTTY is free, easy to install and configure. PuTTY is a great tool for accessing a Raspberry Pi through a terminal-like interface from a remote Windows computer. This post discussed using PuTTY to connect to a Raspberry Pi.
#WINDOWS SERIAL TERMINAL FOR RASPBERRY PI PASSWORD#
The default username and password for RetroPie is pi and raspberry. This is done by choosing RASPI-CONFIG-> 5 Interfacing Options -> P2 SSH.
To use PuTTY to connect to RetroPie, SSH needs to be enabled from the RetroPie Configuration screen. The default username and password for OpenELEC is root and openelec and root without a password for XBMC. SSH can be enabled in the Kodi Services Settings section. SSH can be enabled from the Services section by going to Settings -> OpenELEC -> Settings (do not change the username and password settings for now). Using PuTTY to connect to OpenELEC & XBMC (Kodi) The default password for Raspbian is raspberry. To use the Windows Command Prompt to connect to a Raspberry Pi, the SSH command can be used as follows: ssh is the username and is the IP address of the remote Raspberry Pi, e.g.: ssh the command was entered, the SSH command will ask for the password of the Raspberry Pi. An alternative for using PuTTY is using the Windows Command Prompt (searchable from the Windows search icon). As mentioned earlier, its main connection method is SSH. PuTTY makes it easy to establish a non-intimidating, CLI between a personal computer and a Raspberry Pi. Vintage equipment (like the beautiful 300 baud acoustic coupler we are going to interface to) use +/-15v RS-232 for their hardware serial communications. After changing the settings it needs to be saved again.Īlthough PuTTY is mainly a Telnet and SSH client, other connection types including Raw, Rlogin, and serial can also be used to connect to other devices. Modern devices like a Raspberry Pi generally use a 3.3v TTL UART for hardware serial communications. The settings can be changed by selecting the applicable Saved Session and pressing the Load button. During the first connection, PuTTY will obtain the host key from the Raspberry Pi, which will probably cause a security alert to popup.Ĭlick Yes to continue with the connection.įor Raspbian, the default username and password is pi and raspberry.
are all saved sessions to different Raspberry Pis.īy double-clicking on the Saved Session name, the Raspberry Pi’s terminal will open. In this case, Kim, Mockingbird, Panda, etc. PuTTY Configuration screen (main screen) where the Connection type and Sessions are loaded and saved. Multiple Saved Sessions to different Raspberry Pis can be created. Under Host Name, enter the IP address of the Raspberry Pi, leave the port to 22, make sure SSH is selected and give it a name under Saved Sessions, then click the Save button. A saved session is basically a name given to a group of settings (including the IP address, connection type and close window on exit method for the remote Raspberry Pi). The first time PuTTY is opened there will be no Saved Sessions. The PuTTY installation screen on Windows. For Microsoft Windows users, simply run the downloaded file by double-clicking on it and following the on-screen instructions.
#WINDOWS SERIAL TERMINAL FOR RASPBERRY PI DOWNLOAD#
Putty is available for download and installation on Windows and UNIX-based operating systems.