wiki https://wiki.p-node.org/ 2026-05-08T13:54:07+00:00 https://wiki.p-node.org/ https://wiki.p-node.org/_media/logo.png text/html 2024-01-09T09:08:46+00:00 Anonymous (anonymous@undisclosed.example.com) https://wiki.p-node.org/documentation:%CF%80box:autoreplicant_%CF%80-box_-_installation_guide?rev=1704791326&do=diff Autoreplicant π-box - installation guide page en cours / documentation in construction ---------- Autoreplicant is a program that scans all the files on the π-box, and transfer them by audio using minimodem, the packet transfer is routed to the audio output of the pibox, so you can choose to use stream, radio or line out, or all of them together. Another raspberry can use the reception script, listen to the audio, and will be able to duplicate the π-box on this new host. text/html 2024-10-08T15:18:42+00:00 Anonymous (anonymous@undisclosed.example.com) https://wiki.p-node.org/documentation:%CF%80box:box_v3.4_-_installation_guide?rev=1728400722&do=diff You can download the Pibox v3.4 here: <https://p-node.org/pibox_img/pibox4_shrink.img.xz> To decompress the .xz archive, you'll need to use an utility on your operating system or download one. You'll get an .img image that you'll need to flash onto a micro SD card. To do this, use : <https://etcher.balena.io/> You can also use your preferred utility for this purpose. text/html 2024-01-09T09:09:21+00:00 Anonymous (anonymous@undisclosed.example.com) https://wiki.p-node.org/documentation:%CF%80box:mobile_transmission_with_a_%CF%80-box_v-2?rev=1704791361&do=diff Mobile transmission with a π-box V-2 How to set a mobile transmission with a V-2 ---------- Prerequisites What you will need * π-box V-2 * battery, such as: <https://www.kubii.fr/14-chargeurs-alimentations-raspberry/1670-power-bank-li-polymer-15-000-mah-555-wh-kubii-3272496005013.html> * antenna * sound source, such as an audio recorder (Zoom V4-pro, tascam, etc text/html 2024-01-09T09:08:16+00:00 Anonymous (anonymous@undisclosed.example.com) https://wiki.p-node.org/documentation:%CF%80box:radio2pi_workshop_content?rev=1704791296&do=diff Radio2pi Workshop content ---------- Radio2pi toolbox A general workshop on radio broadcast with a pibox, that deconstructs all the tools used for the pibox, that can be of help to build another architecture, fork the pibox or understand better what's inside. text/html 2024-01-09T09:04:52+00:00 Anonymous (anonymous@undisclosed.example.com) https://wiki.p-node.org/documentation:%CF%80box:what_is_a_%CF%80-box?rev=1704791092&do=diff π-box ---------- What is the π-box ? A π-box is a modular system of radio/streaming broadcast, composed of multiples inputs and outputs. The π-box aims to provide a multi-functional and easy-to-use micro-FM & streaming micro radio station. It is based on the mini-fm approach, developed in the 80's by the Japanese artist and researcher Tetsuo Kogawa, which promotes radiotransmissions of FM waves upon a tiny perimeter, such as a house, a block, or a small zone. The π-box combines this ultra loc… text/html 2024-10-08T16:24:04+00:00 Anonymous (anonymous@undisclosed.example.com) https://wiki.p-node.org/documentation:%CF%80box:what_is_i_pibox?rev=1728404644&do=diff What is a Pibox ? A Pibox is a Raspberry pi and dedicated software to turn them into a Swiss army knife for radio. With a Pibox, you can (via its dedicated web page) : use its outputs to : * send sound to an Icecast server (opus or mp3) (you can broadcast on several Icecast servers if needed) text/html 2024-01-09T09:07:44+00:00 Anonymous (anonymous@undisclosed.example.com) https://wiki.p-node.org/documentation:%CF%80box:%CF%80-box_-_how_to_build_an_antenna?rev=1704791264&do=diff π-box - How to build an antenna ---------- Material [frame|none]] ∏-Box Antenna Ready to Broadcast * One Coaxial T {{ :documentation:CoaxTbis.jpg?nolink |] * One Coaxial female adaptor * 2 Coaxial Telescopic Antennas * Coaxial RG 174 wire * 1 GPIO Jumper (needs only 2 slots) Other Needs * soldering station * tape Tutorial First, prepare the Wire, connect the wire to the coaxial female adaptator. text/html 2024-01-09T09:10:04+00:00 Anonymous (anonymous@undisclosed.example.com) https://wiki.p-node.org/documentation:%CF%80box:%CF%80-box_-_how_to_install_libretime_on_a_%CF%80-box?rev=1704791404&do=diff π-box - How to install Libretime on a π-box Happy with the π-box ? But you would like a whole radio in a box adding Libretime software to be able to schedule things directly on the π-box. Well it is totally possible :) ---------- π-box - How to install Libretime on a π-box text/html 2024-01-09T09:05:43+00:00 Anonymous (anonymous@undisclosed.example.com) https://wiki.p-node.org/documentation:%CF%80box:%CF%80-box_v2_-_installation_guide_with_a_disk_image?rev=1704791143&do=diff π-box v2 - Installation guide with a disk image ---------- Hardware prerequisites REQUIRED HARDWARE * raspberry pi 3B (it works with Raspberry Pi 2) <https://www.kubii.fr/raspberry-pi-3-2-et-b/1628-raspberry-pi-3-modele-b-1-gb-kubii-640522710850.html> * micro SD card (SDHC class10) <https://www.kubii.fr/carte-sd-et-stockage/1795-carte-microsd-64go-classe-10-sandisk-kubii-619659161507.html?search_query=sd&results=112> * USB sound card (built-in output sound is crapy and there is no inpu… text/html 2024-01-09T09:06:25+00:00 Anonymous (anonymous@undisclosed.example.com) https://wiki.p-node.org/documentation:%CF%80box:%CF%80-box_v2_-_step_by_step_installation_guide?rev=1704791185&do=diff π-box v2 - Step by step installation guide ---------- Hardware prerequisites REQUIRED HARDWARE * raspberry pi 3B (it works with Raspberry Pi)<https://www.kubii.fr/raspberry-pi-3-2-et-b/1628-raspberry-pi-3-modele-b-1-gb-kubii-640522710850.html> * micro SD card (SDHC class10) <https://www.kubii.fr/carte-sd-et-stockage/1795-carte-microsd-64go-classe-10-sandisk-kubii-619659161507.html?search_query=sd&results=112> * power plug 5v 2.1A, (don't use USB phone chargers, as 1A is not powerfull … text/html 2024-01-09T09:07:10+00:00 Anonymous (anonymous@undisclosed.example.com) https://wiki.p-node.org/documentation:%CF%80box:%CF%80-box_v2_usage?rev=1704791230&do=diff π-box v2 Usage the π-box V-2 administration is done through an html page, that you can access to the adress 192.168.100.1 (can be changed) once connected to the wifi “pibox” (can be changed also) or through ethernet (all this can be set up and changed in the config file).