Deeper parameter changes are also possible with several combinations of buttons / knobs, furthering the possibilities. Thanks to its ribbon controller, simple interface and display, the NTS-1 can be played and enjoyed very intuitively. The pattern length can be adjusted (from 1 to 24 steps) and, when synced externally, the step duration can also be adjusted (16th to 64th notes) Scales and numerous note orders including a Random mode are also available to create new and original ideas on the fly. NTS-1 also offers a fun and practical arpeggiator with several patterns available. Numerous reverbs, modulation effects, and delays are available to blend and edit at will, to really finish out your sound creations. The three onboard effects units are inspired by those on KORG’s minilogue xd, which itself took onboard effects to a whole new level. A wide selection of filters (Low pass 2/4-pole, High pass 2/4-pole, Band pass 2/4-pole and OPEN mode, all with resonance) give you serious control over the overall tone of the oscillator. These waveforms can be easily re-shaped and adjusted just by simply turning a couple of knobs. The main oscillator can produce Sawtooth, Triangle, Square and VPM waveforms, and can load custom oscillators created from Korg’s logue SDK, which means it’s compatible with content created for prologue and minilogue xd. With a single monophonic digital oscillator, one multimode filter, on EG, three LFOs, three stereo effect processors, and full arpeggiator, the NTS-1 is a very powerful, flexible, fun-to-explore synth. A Wide range of sonic possibilitiesīelying its size, the Nu:Tekt NTS-1 features a digital oscillator inspired by the MULTI engine as found on the acclaimed prologue and minilogue xd, along with an extremely capable arpeggiator including multiple ranges, scales, and modes, plus dedicated spatial, modulation, and delay sections, each with multiple settings to explore. * When using 3rd party plugins on the NTS-1 please consult with the developer first as the content may sound differently than with minilogue xd or prologue based on polyphony. Explore the possibilities! NTS-1 is also completely compatible with the logue-SDK*, so it is possible to run any custom oscillator and effect content available for minilogue xd and prologue, or, create your own. Its DIY nature means it’s also very customizable. The Nu:Tekt NTS-1 digital KIT is a unique, flexible, and easy DIY synthesizer that you can easily assemble yourself, without any soldering (tool included!). The first of its kind from KORG’s DIY-focused Nu:Tekt brand, NTS-1 packs a powerful synth and multi-effects engine into a compact form factor that you can carry and connect anywhere. (If it fail, make sure that you have the correct drivers installed, the correct isp programmer name, the "firmware" folder with all the others files in it, good connection on your circuit, and the AtMega out of the circuit (put it on a blank breadboard just to program it) and well connected to its 16Mhz crystal on the proper pins.Build it, tweak it, connect it a world of synthesis at your fingertips! Korg is always building new ways to experience hands-on, fun music-making. Now, you can too. (black spots left to the atmega, names are in blue on the left on the picture.) Take attention when doing it, if you plug it the wrong way, you may destroy your atmega32 !ĭone ! Firmware flashed on the microcontroler ! :D Then connect the programmer to the computer and the pins to their right spot on the stripboard. I added the command "pause" at the end to prevent the console to close herself after process is done, that way you can see if the process went successfully or failed. Mine is "usbasp" so here is my file : avrdude -c usbasp -p m32 -B 5 -U flash:w:anode.hex -U lfuse:w:0xBF:m -U hfuse:w:0xD9:m pause Open the file "make-anode.bat" in the firmware folder, and change the name after "-C" to the name of your isp programmer. Install WinAVR (for windows) (to allow the computer communicate with the atmega trough the programmer) : Link HERE I'm just going to give you the headlines on how to do it with the isp programmer listed before (make sure that the drivers are installed correctly, you can fin useful infos on that by searching on Google.) You can see detailed instruction on how to do it HERE. To burn the firmware on the atmega32, you first need to download the firmware folder on GitHub.
0 Comments
Leave a Reply. |