Lexicon PCM92 manual Hall Stereo and Mono

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Random Delays are similar to Simple Delays, but are especially useful for:

Multitap Tape Loops

Feedback can be used to recirculate delays. Appropriate use of highpass and lowpass filters emulates the bandpass effects of multi-generational tape loops (hiss not included). Feedback diffusion allows emulation of azimuth misalignment – a hallmark of the sound.

Early Reflection Modeling

Although different in scope from Lexicon® Ambience algorithms, Random Delays can be used to place early reflections in stereo or surround fields.

Modulated Delays

Delay times may be modulated by signal level, LFO or random values.

Hall (Stereo and Mono)

A hall is the principal venue for classical ensembles, but has proven to be useful for all types of music. A hall is comparatively large, with wall-to-wall distances that are typically several tens of meters. Smaller halls may be used for smaller ensembles. The characteristic sound of a hall includes very low initial reflection density, with little reflection energy before 60-100 mil- liseconds. Density buildup is more gradual, because of the larger distances between reflecting surfaces. Reverberation time is somewhat longer as well. Finally, in most halls lower frequencies reverberate longer than higher fre- quencies.

This new hall algorithm shares these basic characteristics with Random Hall and Concert Hall, but is smoother with a more even decay. Its initial density is also lower than Random Hall so it may be a better choice when the rever- beration needs to be unobtrusive.

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Contents Page Important Safety Instructions Declaration of Conformity Warranty Overview of TCP/IP Basics Midi SysEx Implementation Introduction Page Front Panel Back LoadEthernet Input Power JackRear Panel AES/EBU In/OutPage 1Single Stereo Config Using the PCM921SinglConcertHallStereo-FlaCongefig4896 Category Selection Screen System Presets To select a different category1ConcertHall-Flange 0Med Hall Save As Single Stereo Config Page DSP Configurations Subnet Mask 255.255.0.0 Gateway Dhcp Support Enabled NetworkingDhcp Network Considerations and Limitations Audio Source System MenuClock Source AES Setup Analog SetupClock Rate Machine Device IDBase Channel Bank DumpWet Dry Mix Machine MenuTempo Source Input LevelUsing Midi Channel Usage Description Soft Row ParameterBank Presets Bank # Byte Definition Comments0xF0 Sysex message 0x06 Page Algorithms Hall Stereo and Mono Random Hall Stereo and Mono Resonant Chords Stereo and Mono Chorus/Flange Stereo only Page Bass Boost Room ParametersBandwidth Bass Crossover BassXOverDelay Time Echo Delay Delay Feedback MasterDelay Level Master Delay Time MasterFeedback Level Master Echo DelayFeedback Diffusion Feedback PanMidRT Master Reflection Delay Reflection Time MasterReflection Delay Delay Time Mix Wet Dry MixResonance Master Resonance Tuning MasterReverb PreDelay Predelay Resonator DetuneRtHC Damping Signal Event FreqSignal Frequency ScaleTail Width Signal TypeSpread Early Spread Tap SlopeType Wet Dry MixPCM92 Menu Navigation Map System View and Machine View PCM92 Menu Navigation Map Stereo Hall Algorithms PCM92 Menu Navigation Map Stereo chamber and room Algorithms PCM92 Menu Navigation Map Stereo Delay Algorithms PCM92 Menu Navigation Map Stereo Effects Algorithms PCM92 Menu Navigation Map Mono Hall Algorithms Menu Navigation Map Mono Chamber and room Algorithms Menu Navigation Map Mono Delay Algorithms Menu Navigation Map Mono Effects Algorithms Page PCM92 Specifications 44.1 kHz 48 kHz 88.2 kHz 96 kHzStorage Media 44.1K/88.2KFCC Midi Implementation Chart Page PCM92