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MBSEQ V4 remote controlled by my new Button/Duo-LED matrix prototype.
The frontpanel hasn’t been created yet, and it’s difficult to push the mini buttons without button caps. But playing with this toy is already a lot of fun!
The BLM firmware is running on a dedicated PIC based core module and communicates with MBSEQ via MIDI. The optimized protocol is fast enough to achieve high refresh rates between 350 fps (if only a single line is changed) and 20 fps (if all 512 LEDs are changed).
Here a first impression of the virtual MIDIbox SEQ V4 for the iPad.
As you can see, there is some space for additional buttons or display functions.
Due to the delayed delivery in Europe I won’t be able to test and finish the emulation before june…
Currently I cannot estimate if the timings will be so stable like on a real MBSEQ, however together with the upcoming OSC option we will get at least a nice remote control.
A quick demo of a keytar I built out of a Commodore 64. It uses two SID 6581 chips and was made using the Midibox Sid platform from www.ucapps.de. Better video to follow later.
Chaos Matrix is a custom built programmer for a Oberheim Matrix 1000 analog synthesizer. It’s capable of manipulating all 126 voice parameters including 10 programmable matrix modulations buses, ramp generators, 5 point tracking generator, 3 five stage envelopes, 2 oscillators, 2 LFOs, and much more.
It features edit buffer synchronization for visual feedback and inspection of all Matrix 1000 voices parameters, patch compare, patch init, advanced performance options for some parameters as well as containing all 1000 original patch names. Seeing a name make it a lot easier remembering favorite patches instead of numbers alone.
Chaos Matrix is currently a work in progress and is nearly complete. It was built with help from the MBHP (MidiBox Hardware Project) using the MIOS operating system. It uses 1 DIN module, 1 AIN module, 1 DOUT module and 1 core with a PIC18F4620 microprocessor.
I’ve been working on a MIOS-powered project for a few years now and am finally ready to share the results. It’s still very beta, but I thought others might enjoy seeing the project regardless.
Basically, the idea is to provide a kind of “active tablature” right on the fretboard of a bass guitar. MIOS runs an onboard sequencer module which controls a bunch of LEDs embedded in the fretboard (125 of them!).
Currently, I have some (PC) software for converting MIDI files to fingering patterns. This data is then sent via MIDI to MIOS which controls the storage, loading, and playback on the LEDs. There is basic support for features like pause/playback, tempo, track scrubbing, and the ability to set A-B points. I’m still working to fix some bugs in the time stamping code, but thought the community might be interested anyway.
sammichSID was designed to be the “no excuses” MIDIbox SID synthesizer kit – i.e. for all those people who want a MIDIbox SID but consider building it with modules too time-consuming, too newbie-unfriendly and/or too hard to design and construct a control surface, and where MB-6582 is too expensive, too daunting and/or too hard to source all the parts.
sammichSID therefore has the following design constraints/features, which support each other:
cheap
small
DIY newbie friendly
minimal control surface
single “walwart”/AC adapter supply, no C64 PSU brick!
stereo SID, optimized for 8580/6582A, 6581 optionally supported
“sandwich-style” stacked PCB design, no wires!
laser-cut 3mm acrylic case by Ponoko, customization possible
industry standard 2×20 character LCD with low-power LED backlight, customization possible
common control surface parts used, customization possible
To be available as a complete kit, including PCBs, components, case, hardware and (optionally) two 6582A SIDs!
MIDIbox SID Synthesizer V2 features:
One Core module and one stereo SID module, fully integrated on one PCB with power supply.
Five “BankStick” slots, so you can store 4 banks of 128 patches, plus 128 “Ensembles” (engine and patch configurations)
Jumpers to configure the power supply, allowing a regulated 12V input to power 6581, or unregulated AC/DC input to power 8580/6582A.
Minimal control surface with three user-customizable buttons and LED matrix for maximum bling.
2×20 character LCD with support for low-power (25mA) or high-power (250mA) LED backlight.
Potential for future upgrade to MIDIbox SID Synthesizer V3 using add-on board
After almost one year of work on the new MBHP_CORE_STM32 module, MIOS32, some example applications and documentations, I’m happy to announce the availability of “Core32″ kits in SmashTV’s MIDIbox Store, and the release of MIDIbox SEQ V4 as a public beta version!
(press the Reload button on your webbrowser if you don’t see the updated pages)
List of major changes:
uses the new MBHP_CORE_STM32 module (ARM Cortex M3 based derivative)
firmware completely rewritten in C – it can be optionally emulated under MacOS
patterns/songs/grooves/configs/etc. now stored on SD Card in a FAT32 filesystem
USB MIDI natively supported, MIDI events are sent more than 100 times faster to a DAW/virtual synth
two “common” MIDI IN and MIDI OUT ports, up to 8 additional MIDI OUT ports can be added with MBHP_IIC_MIDI modules
track length increased to 256 steps
track memory can be partitioned, e.g. 64 steps and 16 parameter layers, or 256 steps and 4 parameter layers. Each track provides 8 trigger layers
resolution increased to 384ppqn (16 times faster than common MIDI clock)
new MIDI event scheduler concept priorises and sorts queued MIDI events
new parameter layer options like “Pitch Wheel”, “Roll” and “Probability”
special drum mode for easier editing of percusive patterns
additional chords (now: 32 in Major/Minor scale)
new track progression parameters like “Interval/Repeat/Skip”
groove templates can now be customized and stored on SD Card
Echo Fx with variable number of repeats, damp, tempo change, note incrementer (can be forced to scale!)
LFO Fx with different waveforms, synchronized to track clock, step based selection of period and reset, assignable to Note/Velocity/Length + separate CC with definable ppqn resolution
value range Limiter Fx
Loop Fx (also nice for editing)
overworked realtime record function with better quantisation
hardware configuration file now read from SD Card. No need to recompile the firmware on changes.
A big thank-you goes to nILS for creating the layout of the MBHP_CORE_STM32 module, Bugfight and especially StrydOne and This for MIOS32 beta testing, Seppoman for providing the first STM32 presoldered prototype boards to programmers, SmashTV for providing STM32 presoldered PCBs to users, Wilba for creating the beautiful looking MBSEQ Frontpanel, Marco and Francois for beta-testing the firmware on their MIDIboxes, and to everybody else who gave me helpful proposals and mental support.
Travischen wrote:
Monome x Arcade Buttons all finished! My goal for this project was to be compatible with existing Monome programs and utilize big, fun to press, arcade buttons. For Monome compatibility I’m using a custom midi->osc converter running in Max/Msp. As long as it’s running, any Monome 64h program works with my matrix. Theoretically there are some bandwidth problems using midi but I haven’t run into any issues with the programs I’ve been using. On the midibox front, I got 1 CORE, 2 DINS, and 2 DOUTS.
Ca. one year after Wilba introduced his famous MB-6582 to the world, which became one of the most popular MBSID designs with dozen of PCB/kits orders, he created a new version with a lot of improvements: the MB-6582 MkII
The trigger pulse outs of the SEQ are hardwired to all the trigger inputs of my modules (drum modules and envelopes) from behind the panels — this way I don’t have to patch them. (The 6 modules on the left side are cloned 808 voices and other drum circuits.) You can see there is an “AOUT” module with the 16 jacks for CV/Gate outs. The back of the synth has an auxillary panel with the 2 MIDI ins and 4 MIDI outs from the SEQ. There are also two Footswitch inputs, for seq start/stop. I use it mainly to sequence analogue gear, the MIDI data is sent to sync our video projection software, etc. The Midibox SEQ is the core part of my rig and I’m in love with it. I want to build a new panel soon, with the 64 LEDs, and maybe a second MB808 seq too. I also am going to make a dedicated tempo display/BPM encoder.
