![]() My Raspberry Pi 3 has IP address 192.168.1.125, and I typed this into the “Host Name” box in the window above. Once my path is updated, I’m able to type “putty” at a command prompt and a window opens like the one below: You can see your machine’s path from a PowerShell prompt using the command below: Get-ChildItem -Path Env:Path | Select-Object -ExpandProperty Value I find it helps to add the path to PuTTY to my machine path – I found the default path for the 64-bit installer to be “ C:\Program Files\PuTTY“, which I then added to my machine’s path. I downloaded an installer for PuTTY from here – this allows me to SSH into my Raspberry Pi 3 from my Windows machine. Connect to the Raspberry Pi 3 over ssh using PuTTY You might notice in the picture above that after the initial connection has been made, a few seconds later the connection drops once – I found this happens quite often, so before logging in with PuTTY I often leave the connection up for a few seconds to settle. However, I’ve also done this without a monitor – I happen to know that the wired IP address that my Raspberry Pi 3 always chooses is 192.168.1.125 – so if I insert the SD card into my Pi 3, and then switch it on, I know that if I run “ ping 192.168.1.125 -t“, it’ll time out until the wired ethernet connects. The easiest way to see what happens when you boot your Raspberry Pi 3 is to connect it to an HDMI monitor – I am lucky enough to have one of these monitor types. Now I insert the SD card into my Raspberry Pi 3, and connect the USB power supply. Insert the SD card to the Raspberry Pi 3 and boot It took my machine about 7 minutes to flash the image to my SD card. I browsed to the image file after opening “Win32 Disk Imager”, selected the drive letter associated with my SD card, and then I clicked on the “Write” button. Īnother cool application for doing this is Etcher.io. There’s more information about this tool here. I did this using a tool called “Win32DiskImager” which I downloaded from. Now that I have an un-zipped Ubuntu 16.04 image and a clean SD card, I need to flash this image to the card. ![]() Finally I make this partition active (using active).Then I create a primary partition on the cleaned disk (using create partition primary).This sometimes fails with a permission error – I find that just calling clean again solves the problem.Then I select the disk which is my SD card (using select disk 1, though your number might be different). ![]()
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