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HyperSID Manual - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -HyperSynth 

 

 

                                                                                      

Bypass Switches 

    

 

 

 

                                                                                                    

                                                                         

 

                                                               

Fig1: HyperSID Internal Architecture 

Features: 

 

3 OSC per key  (Monophonic) 

 

1 OSC per key  (3 Voice polyphonic) 

 

4 Waveforms per OSC Tri , Saw ,Noise, Pulse (combinatorial) 

 

OSC transpose range +36 to -36 Semitone  

 

OSC cent range -50 to +50 Cent  

 

Pitch bend wheel with adjustable range 

 

OSC ring modulation  

 

Oscillator Sync option 

 

Oscillator Phase Sync 

 

3 Amp Envelope ADSR 

 

Multimode analog filter 12dB/Octave HP , LP , BP and (combinatorial) 

 

Logarithmic and linear Curve for filter Cut off 

 

Key  and velocity tracking for Cut off 

 

1 LFO Part with sync , retrig and invert capability   

 

1 Step LFO Part with sync and retrig invert capability     

 

2 General purpose envelope generator with invert capability    

 

Individual routing for each modulation source  

 

88 Parameter for controlling overall synthesizer (automation recordable) 

 

Flexible preset manager with save and load function 

 

Built in 64 categorized Factory preset. 

 

Clean sound without any Self oscillating in most of the Preset  

 

Automatic real time synchronization between software and hardware  

 

Independent MIDI out path from host  
 

Envelope 1 

LFO 

OSC 1 

OSC 3 

Amp Env 1 

 

 

 

Filter 

External  

Input 

OSC 2 

Amp Env 2 

 

Amp Env 3 

Master 

Volume 

Envelope 2

  

Step LFO 

Audio 

Output 

Summary of Contents for HyperSID

Page 1: ...Copyright 2006 2008 HyperSynth www HyperSynth com...

Page 2: ...l 2 Installation Minimum system requirements Installing on a PC Hardware Connections 3 Quick Start Architecture Features Setting up HyperSID in your host application 4 In Depth Descriptions Oscillator...

Page 3: ...the hardware unit so the VSTi plugin has a very low CPU usage than the other VST instruments Besides you can t compare a real SID filter with the simulated ones In order to make noise out of HyperSID...

Page 4: ...og SID Chip features 3 Tone Oscillators Range 0 4 kHz 4 Waveform per OSC Tri Saw Variable Pulse Noise 3 Amp modulator range 48 dB 3 Envelope generator Exponential response Attack Rate 2 ms 8 s Decay R...

Page 5: ...support Processor speed 1 2 GHz RAM Cache 256 MB RAM Operating system Windows 2000 or XP Host application Cubase VST 3 7 or higher or Other VST 2 0 compatible host software Other Components PC equippe...

Page 6: ...and etc Fig1 shows the architecture of HyperSID including both hardware and software modules Audio signals are represented by black lines and Modulation paths are represented by red lines Except the...

Page 7: ...and velocity tracking for Cut off 1 LFO Part with sync retrig and invert capability 1 Step LFO Part with sync and retrig invert capability 2 General purpose envelope generator with invert capability...

Page 8: ...combine these sources to generate more complex sounds so they can have different settings but in the polyphonic mode all 3 oscillators must have the same settings in order to allow the synth to act i...

Page 9: ...a wide range of complex harmonic structures from voice 1 at the frequency of oscillator 3 In order for synchronization to occur oscillator 3 must be set to some frequency other than zero but preferabl...

Page 10: ...y tracking amount for modulating the filter cutoff For example it makes filter cutoff higher as you play notes harder About the external signal SID chip has an input pin for routing external audio sig...

Page 11: ...D is utilized with two general purpose envelope generators which can modulate different destinations These two are the classic envelope generators using linear segments A Attack Controls the envelope...

Page 12: ...e selected to transfer incoming notes to hardware unit otherwise just knobs data transferred via the MIDI link FPB Control The front panel backlight FPB functions as a MIDI driven Visualization in the...

Page 13: ...settings for ADSR to act truly and it can be found by trial and error Most of the factory presets don t have this bug 2 Envelope Bug 2 Self Oscillating When you stop playing a note after the release p...

Page 14: ...at blinks every time An incoming MIDI message receives So if you play a note or tweak a knob it must blink I try to play some notes but there is no activity on the MIDI In LED There is a problem with...

Page 15: ...erSynth Support Info If you encounter any problems or you have suggestions for future revisions don t hesitate to contact our technical support at Support hypersynth com Copyright 2006 2008 HyperSynth...

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