I was root when I ran the rest of these commands, so if you’re not root, either sudo bash to become root, or just prepend sudo to everything Not sure why that is, but I’m assuming there’s an issue in the code somewhere for ffmpeg so I ended up using git to get the source code to build.įirst step is to install git, as RSE didn’t include git.

I started off with a fresh re-install of Raspbian Server Edition (RSE), and found that the instructions in Part 1 don’t work any more. I saw a Logitech c110 webcam and decided to pick that up to test out the mjpeg world of webcams.

So I recently got back into the Pi as I could now use the PiSU to do a few things. Please support the continued development of any useful scripts and tutorials that you have found useful !

However I could not get my laptop with vlc to connect to it for now, so I’ll have to keep investigating that. With this configuration, I could start ffmpeg with audio and video streaming. The Stream webcam section has now turned into this – I’ve updated the webcam.sh script to reflect the fact that we are now recording sound –įfserver -f /root/ff.conf & ffmpeg -vcodec mjpeg -v verbose -r 15 -s 176x128 -f video4linux2 -i /dev/video0 -f alsa -ac 1 -i hw:1 And I also need to update ff.conf with the new streaming settings This comes in later when we are setting up the audio part of the streaming. **** List of CAPTURE Hardware Devices ****Ĭard 1: C110, device 0: USB Audio This webcam also has a microphone integrated which the Pi can use to record audio.Įverything has been setup as per part 3 of my ffmpeg streaming guide.Ī little investigation reveals which hardware device the microphone is recognised as. I’ve had a few queries regarding streaming audio as well as video on the Raspberry Pi, so tonight I set up my little Raspberry Pi with a Logitech C110.

Ffmpeg linux raspberry pi