Contact me
Click here to send an E-mailPractical Usage on Facebook (current news)
-
Recent Posts
- IoT REBOOT – Apple HomeKit (Siri), Raspberry Pi, node-red, Homebridge
- Apple HomeKit on iOS with Arduino (ESP8266) through Raspberry Pi – Part 2
- Apple HomeKit on iOS with Arduino (ESP8266) through Raspberry Pi – Part 1
- Review: Zivix PUC+ for Bluetooth Midi Wireless
- M4L: Max for live patch for better guitar solo
-
Archives
Categories
- Ableton (1)
- AL-88c (1)
- Arduino (54)
- Pedal board (40)
- Wine Cellar (1)
- Electronics (23)
- EM-1 (4)
- FCB1010 (16)
- IoT (1)
- M4L (1)
- Max for Live (1)
- MP (8)
- MPK261 (2)
- MR (1)
- MRe (1)
- Music equipment (22)
- PU-2 (20)
- Uncategorized (3)
- VC-1 (5)
- Vortex (8)
- Wine Cellar (1)
Tags
- akai
- alesis
- Apogee Gio
- arduino
- behringer
- fcb1010
- firmware
- firmware upgrade Vyzex
- ICM4+
- iConnectivity
- iConnectMIDI4+
- iO Dock
- ipad
- iphone
- irig midi
- jeenode
- Keyboard
- line 6
- line6
- m4l
- max
- mega
- midi
- midibridge
- MP
- mpk261
- music
- pedalboard
- pedal board
- Processing
- Programming
- PU-1
- PU-2
- puc+
- review
- rfm12b
- rotary encoder
- Side project
- Sysex
- Volume Control
- Vortex
- Vyzex
- wine cellar
- wireless
- Zivix
Tag Archives: arduino
MRe-2: XBee Midi emitter
In the previous post, I explained that I temporarily abandoned trying to use the RFM12B radio transceiver to exchange Midi information between two devices. This post explains how I successfully used the XBee radio transceiver to achieve sending information between … Continue reading
Jeenode: Interference
Because of the previous post, I decided to test a bit more. To see if I could physically move the board to reduce interference. So I connected the Arduino with the attached RFM12B radio module. The one using the Sparkfun … Continue reading
RFM12B: Dealing with radio interference
This is a screenshot from the serial monitor of a Jeenode (Arduino compatible) connected to my computer. It runs a program that will listen to incoming radio messages through its RFM12B radio transceiver. In this window, you can clearly see too … Continue reading
Posted in Arduino, Electronics, MP
Tagged arduino, jeenode, MP, Side project, wireless
Leave a comment
MP-1: Wireless testing and midi commands
The MP-1 will include a wireless interface. I decided to test the possibilities of the technology I chose. Mainly, I will be using an RFM12B transceiver to exchange data between components. So, I designed a very simple interface using off-the-shelf … Continue reading
Re-thinking the PU-2 interface: long live the MP-1
A lot of work was done on the PU-2 over the last many months by Emanuele and I. More specifically, we wrote hundreds of line of code to make the FCB1010 work with Banks of Stompbox mode midi commands. This … Continue reading
PU-2: Meet Beta!
The PU-2 made it to Beta. As you can see in the picture above, the PU-2 is an external module, linked to a connecting board inside the Behringer FCB1010 with a flat cable. The reason for the external module is … Continue reading
Posted in Arduino, FCB1010, Pedal board, PU-2
Tagged arduino, behringer, Beta, fcb1010, pedal board, pedalboard, PU-2, rotary encoder
4 Comments
Making my own PCB: An exercise in frustration
I decided a few weeks ago that I would make my own circuit boards (PCB) for a while. At least for the first Beta. I succeeded, but the time and money invested make it a very “not profitable” adventure. I … Continue reading
Side Project: Data Stucture – Application
If you were patient enough and read through the two previous posts on this subject, you might be wondering how this applies to the PU-2 pedal board in practice. Even if you were not patient enough, here’s how the data … Continue reading
Posted in Arduino, FCB1010, Pedal board, PU-2
Tagged arduino, behringer, fcb1010, pedalboard, PU-2, Side project
Leave a comment
Side project: Data Stucture – continued
In a previous post, I defined a simple date structure to help in the transfer of the commands sent to/from a pedal board. In this post, I will complete the definition of the data structure and define the physical layer … Continue reading
PU-2: adding a display
The fcb1010 has a numerical display made of 3 digits. It also utilizes a series of LEDs to give more info about its current state. At best, this is an arcane way of doing things, like trying to program a … Continue reading