The NiftyBUNDLE comes with a whole mess of synthy fun. It includes NiftyCASE, two modules, power, MIDI to CV, and enough patch cables to get into trouble.  

NiftyCASE
It's difficult to have a modular system without having a case to put modules into. Made with love out of metal and real wood, NiftyCASE gives you 84hp which is just enough room to put together an interesting mix of modules while staying completely portable. You can plug NiftyCASE into your computer via USB or 5pin MIDI DIN device and send it MIDI. It will convert it into CV, gate, mod, and clock. Sequence with your DAW, jam with your controllers, or do something wacky, NiftyCASE has got you covered.

Built-in power saves space for more of your modules, and keeps things good and easy. Up to 10 modules can be plugged into NiftyCASE's 10 gang flying bus that provides over 1500mA of +12v, 500mA -12v, and 500mA +5v, covering all industry standard power requirments.

Included in the NiftyBUNDLE:

• NiftyCASE

• NiftyCASE 15v 2.4A Switching PSU with NA, EU, UK, and AU blades

• Chipz module - dual VCO and LFO module

• Cellz module - touch-pad voltage controller and sequencer

• 6 Cables (2x 45cm, 2x 35cm, 2x 20cm)

• 2x Cre8audio "8" panel blanks

Specifications

NiftyCASE
• USB-MIDI IN
• DIN-MIDI IN & THRU
• 2x cv/gate out
• Mod and clock outputs

Power options
• External PSU IN
• 10 gang flying bus
• 12v 1500mA
• -12v 500mA
• +5v 500mA

NiftyCASE dimensions
• Usable case area: 84hp
• Internal depth: 55mm

Chipz
• Width = 12hp
• Depth = 30mm

Waveforms
• chip1 - sine, triangle, saw, square, noise
• chip2 - sine, triangle, saw, square, noise
• LFO - sine, triangle, saw, square, noise
• 35mA power draw when running +12V rail
• 30mA power draw when running +5V rail
• 19mA power draw when running -12V
• 0-5V voltage range LFO output 1
• 0-5.8V voltage range LFO output 2
• Frequency range of oscillators
• chip1 - out 91 ~ 1.47K
• chip2 - out 91 ~ 1.47K
• lfo - out1 75.75m ~ 2
• lfo - out2 370m ~ 10
• Input voltage range of oscillators = 0-10V
• Minimum voltage required to set LFO trigger input high = 0.7 ~ 5V

Cellz
• Width = 12hp
• Depth = 30mm
• 2.5mA power draw when running +12V rail
• 27mA power draw when running +5V rail
• 1.5mA power draw when running -12V
• 0-10V voltage range output 1
• 0-10V voltage range output 2
• Minimum voltage required to set LFO triggers 1/2 high = 0.8V