Ultrawave Guitar Multi Fx
Description:
Ultrawave Guitar Multi Fx is a powerful Guitar Effects Processor that contains 21 guitar effects including several special effects as well as a guitar synthesizer, analog harmonic analyzer, recorder and tuner. It works in real-time and has low latency sampling and playback.
Advanced features:
There is a fast responding polyphonic guitar synth combined with some chorus and reverb produces very interesting and unique sounds.
The multiband echo, or spectral delay, can produce anything from unusual wah type sounds to sci-fi laser noises, as well as an arpeggio effect, and echoes.
The multiband distortion creates a very rich and wide sound and allows you to control the amount of distortion in the bass, mid, and treble ranges. This is a hi-gain effect so it's great for rock and
metal.
A 60 band analog harmonic analyzer shows what makes a guitar sound the way it does. The first 5 to 10 harmonics can be easily seen when a string is playing, and the note's pitch and the pitch of its harmonics can be read from the analyzer's musical scale. The analyzer can also be used to tune a guitar.
Try the Ultrawave Guitar Multi Fx before you buy it!
Minimum system requirements:
1GHz CPU, 256MB RAM, DirectX 7(or higher), 16 bit sound with WDM compatible drivers, and line in or mic socket. A guitar amplifier or guitar pedal may be needed to connect a guitar to your computer.
Typical system requirements:
2GHz CPU, 512MB RAM, DirectX 7(or higher), 16 bit sound with WDM compatible drivers, and line in or mic socket. A guitar amplifier or guitar pedal may be needed to connect a guitar to your computer.
Specifications:
| Sampling Frequency: |
12KHz to 192KHz |
| Bits per sample: |
16 |
| DSP calculations: |
32 bit floating point |
| Harmonic Analyzer: |
60 bands, covers 5 octaves, one bar per note. |
| Guitar Synthesizer: |
Polyphonic, 5 oscillators per harmonic, 15 timbres, 8 basic waveforms. |
| Driver support: |
WDM Kernel Streaming / Asio support |
Try the Ultrawave Guitar Multi Fx before you buy it!
For more information about effects visit Effects 101 and Effects 102
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