Thursday, November 12th, 2015
Felix of LowPowerLab writes: There is now a new extension to the RFM69 library. It’s called RFM69_ATC aka Automatic Transmission Control. Many thanks to Tom Studwell who implemented this and shared it in the forum. The basic idea behind this extension is to allow your nodes to dial down transmission...Tags: code, Moteino, RFM69
Posted in library | No Comments »
Wednesday, June 11th, 2014
Ricardo of Electropepper writes: So i've decided to rewrite the code in C language using the MikroC compiler for the Counter project. I have chosen MikroC compiler for its easy of use and good documentation, unfortunatelly the IDE editor simple sucks big time, so it really is good for me to...Tags: code, counter
Posted in hacks | 5 Comments »
Friday, July 6th, 2012
Bogdan (Arhi in the forum) moved nearly 50 projects from MPLAB 8 to MPLAB X over the last few weeks, including the USB Bit Whacker 32. We asked if he could point out any bugs he might have encountered. Read the small interview below. UBW32 is a large project, how...Tags: code, Interview, MPLAB X, porting
Posted in code, interviews | 7 Comments »
Wednesday, July 4th, 2012
Robots wrote a open source Dual-Tone Multi-Frequency signal generator and detector for his STM32 based development board. The code is available via github. DTMF generator is based on AVR314 appnote, and the detector is my practice in signal processing using "Goertzel algorithm". Everything is written for integer/fixedpoint arithmetics. (no floats...Tags: code, open source, STM32
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Thursday, April 26th, 2012
The Bus Pirate is a handy debugging tool, but it’s also a 16 bit PIC 24FJ64GA002 development board. You don’t need a programmer to play, just upload the firmware over USB using the Bus Pirate’s nearly-impossible-to-brick bootloader. It’s easy to go back to the original Bus Pirate firmware at any...Tags: Bus Pirate v3, code, development board
Posted in Bus Pirate, dev boards, how-to, tutorials | No Comments »
Thursday, December 2nd, 2010
Here is the paper James Bowman presented at EuroForth 2010 detailing his project to build a small 16-bit CPU core Forth machine on a Xilinx FPGA. This 200 lines of Verilog code could be helpful to anyone studying FPGA project design. Via Hack a DayTags: code, FPGA, Xilinx
Posted in code, FPGA | No Comments »
