http://dwb.ilhost.fr/ 2026-04-25T11:46:03+02:00 http://dwb.ilhost.fr/ http://dwb.ilhost.fr/lib/images/favicon.ico text/html 2013-08-28T23:53:17+02:00 http://dwb.ilhost.fr/doku.php/bugone:enc28j60?rev=1377726797&do=diff This shield provide an ethernet to bugnet gateway using a enc28j60 board from ebay. text/html 2013-04-07T16:51:39+02:00 http://dwb.ilhost.fr/doku.php/bugone:glossary?rev=1365346299&do=diff A board implementing the bugone protocol. The current version is made with an AVR atmega168 and a rfm12 radio chip. A board providing access to a bugnet A set of node operating in the same frequency range and interacting together. provide access to a bugnet. it doesn't implement the bugnet protocol. It's up to the host the sniffer is connected to to implement it. text/html 2014-12-25T17:12:43+02:00 http://dwb.ilhost.fr/doku.php/bugone:hardware?rev=1419523963&do=diff Main board * Atmega168 * RFM12BS * Supply between 4.2 and 16v * Input / Output : 3.35v Shields A shield is a daughter board with one or severals devices. Theses shields are available : * shield1 A wire wrapped shield with temperature, humidity and light sensors text/html 2014-01-26T17:15:24+02:00 http://dwb.ilhost.fr/doku.php/bugone:optiboot?rev=1390752924&do=diff Optiboot is a bootloader. You can use it to upload your project to a bugone using the serial link instead of the AVR ISP. optiboot consume 512bytes of flash memory. to install optiboot, you need an AVR ISP. Go to the project/optiboot and compile it using make. change the fuse to boot to the bootloader after a reset : text/html 2011-11-27T14:02:57+02:00 http://dwb.ilhost.fr/doku.php/bugone:programmingfuses?rev=1322398977&do=diff bugOne optimal fuses configuration can be written using command: make wrfuses text/html 2013-08-27T00:08:47+02:00 http://dwb.ilhost.fr/doku.php/bugone:shield1?rev=1377554927&do=diff shield1 is a simple wire wrapped shield with two devices : * DHT11 (humidity and temperature sensors) * photoresistor (light sensor) Source is here : <https://github.com/jkx/DIY-Wireless-Bug/tree/master/software/projects/shield1> text/html 2012-05-06T23:55:44+02:00 http://dwb.ilhost.fr/doku.php/bugone:software?rev=1336341344&do=diff Each board is designed as a Node, identified by a number from 1 to 255 (0 is for broadcast). Each node peripheral is called a Device, and is numbered from 0 to n (n being the number of peripheral - 1). Node ID is written in controller's EEPROM. To define a node's id, use command: