Arduinoboy For the NES MPS
Here it is so far guys. All working on the breadboard. Gonna solder it all up tomorow!
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Welcome to the LoFi Future blog. We are a small UK based company that specializes in modified synths and retro games consoles for use in chiptune music and other genres. Here you can see the build process of some modules and keep up to date with sales and events.
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~ Wednesday, April 25 ~
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~ Saturday, February 11 ~
NES MPS - 8BIT D’N’B - LSDJ
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~ Friday, February 10 ~
Right guys, since MIDINES is so hard to get hold of…
Im creating a solution. My plan is to house an Arduino inside the NES to comunicate MIDI data through the controller port.
What I want from this project is to create a fully usable 8BIT MIDI synthesizer. I’m going to build the controller into the body of the nes and have a flash cart running FaMI (or family MIDI) After all the basic stuff is done and the arduino is communicating MIDI data im going to add in 2 Analogue Low pass filters and maybe an a LoFi delay to the circuit.
This will make the NES a very versatile and compact synthesizer.
I’m starting on the project tonight by making some room inside the NES and adding the audio outputs. The project will be up for sale on completion’s and will come with a 49 key MIDI keboard.
Also, don’t forget about that NES portable. Just want to get my CNC router first before I start the project, i want it to be as thin as possible.
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~ Wednesday, February 1 ~
The NES MPS V 1.0 [Prototype] (NES - Music Production System)
The 8Bit MPC:
Well here she is, very nearly done just adding finishing touches and tidying the cables + testing.
This is the first of its kind. An 8 bit music production workstation to run Nanoloop or LSDJ. Its based off a GameBoy advance SP and built into an old NES case. There is also a 16BIT FX processor built in to apply FX to the Game boys output or and external device via the 1/4” jack inputs. The Processor also doubles as a 2 channel mono mixer, so you can mix an external device and the gameboys signal.
The switches under the “hood” are for the FX processor On/Off and the LEDs On Off. Two of the switches are to select whether you want the gameboys signal to be processed by the FX processor and come out the 1/4” jack out puts, or to just go straight to the dedicated RCA outputs. I have left two of the switches unconected for the next owner to do what they wish with (maybe overclocking mods?)
The big square arcade butons control Up, Down, Left, Right, A and B. The 4 smaller swithes are for Start, Select, Left shoulder and right shoulder buttons. The 2 pots to the left are the FX slect switch (select reverbs, flanger, rotary speaker, chorus or delay) and the LED dimmer switch witch i may relocate and use the pot there as the gameboys volume out. The 4 pots in a cluster are channel 1 input, channel 2 input, channel 1 mix and channel 2 mix.
The power suply is 3 transformers housed in an old XBOX power brick and connect to the console with a 9 Pin D-Sub connector. The gameboys body that holds the circuitry can be easily removed by unplugging the 25 pin D-Sub (witch carries the controlles, power, audio) and removing the 2 screws at the back. This allows for easy maintenance, modification or if you simply need to change the battery.
The console only needs the power brick to power the LEDS, the FX processor and charge the gameboy. You can run it standalone off the Gameboys battery if you just want the gameboys audio clean.
Thats it for now. Im just going to re-solder the audio out mod to ensure a good clean connection and solder in the “under hood” LEDS that will eluminate the witch board.
(Source: lofifuture)
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~ Sunday, December 18 ~
Posts that have made me click the 
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A letter from the Campbell Soup Company to Andy Warhol, May 1964.
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