Reconnect the power and allow the Pi to startup. With any luck your Pi will be connected to WiFi and SSH will be enabled. If you are going to connect to the Pi using SSH then you don’t need the hub and replace the keyboard with the USB sound dongle.
If you have a USB hub you can connect both the keyboard and the USB sound dongle at the same time. Double check the values, save (CTRL-X, Y) and return to the command line. It should already contain : ctrl_interface=/var/run/wpa_supplicant To configure the WiFi edit the wpa_nf file : sudo nano /etc/wpa_supplicant/wpa_nf This saves a bit of typing as you can cut-n-paste text and transfer files. Setup WiFi (Optional)Ĭonnecting the Pi to a network allows you do the rest of the configuration using SSH on a PC. Boot Options > Wait for Network at Boot > No.Boot Options > Desktop/CLI > Console Autologin.Start the configuration utility : sudo raspi-config
Arduino nano pinout for programming password#
When the Pi boots for the first time log in with the default username and password (pi/raspberry). The Pi Zero should be connected to an HDMI monitor and a keyboard using appropriate adapters. To start off create a fresh 4GB microSD card using the latest Raspbian Lite image. I needed to dig out a 5V power adapter to charge it up. It has a built-in rechargeable battery, a line-in socket and came with two microphones.
Arduino nano pinout for programming portable#
I bought a “N74” portable amplified voice speaker from for £20.
There are lots of alternatives but it’s hard to know how compatible they are with the Pi. It has a standard USB plug, 3.5mm microphone jack and a 3.5mm headphone jacks. Inside there is a really bright red LED which I tamed with some electrical tape. M y USB sound audio adapter dongle thingee was a “C-Media Electronics Inc CM108 Audio Controller”. It all work so this post is presented for anyone who wants to do something similar and may find these steps useful. For my project I decided to use the Raspbian Lite and a Pi Zero W. I collected the hardware and followed in Dave’s footsteps. The system uses SoX to record sound via a microphone, distort it and then send to an amplified speaker. This looked like something I could integrate into our lovingly constructed bounty hunter helmet. While researching possible upgrades for my son’s Star Wars Bounty Hunter costume I came across an excellent blog post by Dave Shevett over at on using a Raspberry Pi to create a voice changer for a halloween costume.
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