Lexicon PCM96 manual Chorus/Flange Stereo only

Page 43

round-robin. For example, if MIDI note numbers are used to assign pitch, the resonators will constantly be re-tuned to the pitches of the last six MIDI notes received. (This can produce an effect similar to playing a piano with the sustain pedal depressed.) In Res2>Plate, pitches are assigned to the six resonators diatonically, harmonized with the key, scale, and root of your choice. If MIDI note numbers are used to assign pitch, the resonators will constantly be re-tuned to harmonize with the incoming notes.

Chorus/Flange (Stereo only)

Chorus/Flange is quite similar to other delay algorithms in the PCM96. It has four delay voices per channel, each delay voice having over 9 seconds of delay. The delays may be independently panned and filtered. The difference is in the modulation aspect. The same LFO modulators are available as in Random Delay, but the voices react differently. In Random Delay, the voices move abruptly. In Chorus/Flange, they move very gradually, with notice- able (and desirable) pitch effects as they move. For the chorus effect, the voices move somewhat independently, yielding a thickening effect without too much filtering. For the flange effect, voices are generally paired at close intervals. As they move, a noticeable comb-filtering takes place due to can- cellation. The voices are often fed back, nearly to the point of instability.

Concert Hall (Stereo only)

This is a recreation of one of Lexicon®’s oldest algorithms. It was an essen- tial part of many of the mixes of the late seventies and eighties. It is a less- dense reverb, allowing it to add lushness to a mix without stepping on the dry source material. It also has quite noticeable modulation, causing strong pitch effects at higher settings. The reverb tail has a life of its own, desirable in pop music, less so in jazz or classical applications.

Room (Stereo and Mono)

A room is similar to a reverb in that it is used to create the illusion of space. However it differs in important ways. A room is comprised of a selectable early impulse taken from actual room measurements. There are several cat- egories of responses, including small rooms, large rooms and odd rooms (impulses from unconventional sources). There are parameters to allow adjustments to this response, including scaling and reversing the response. In many cases this is sufficient. A reverb tail can be added to the room by means of an included small reverb algorithm.

Lexicon reverbs are renowned for smooth tails and controlled frequency response. However, in many cases the earlier components are more impor- tant. This may be true for some forms of popular music and is even more true for post-production. In these cases, specific types of spaces need to be invoked for convincing dialog and effects.

Signal Generator

This algorithm is used to generate test signals. These signals may be used both for building presets and for testing aspects of recording studio function- ality.

37

Image 43
Contents Page Important Safety Instructions Declaration of Conformity Warranty How to Assign a Base Channel to the PCM96 Channel Map How Channels Map to Machines Introduction Page Front Panel Load Power ButtonDisplay BackRear Panel Page Using the PCM96 1Single Stereo Config1SinglConcertHallStereo-FlaCongefig4896 To select a different category Category Selection Screen System Presets1ConcertHall-Flange 0Med Hall Save As Single Stereo Config Initializing/formatting a Compact Flash Card DSP Configurations Minimum System Requirements PCM96 Plug-INPage About UpdateRepair PCM96 CommunicationCommunications Interface Driver Buffer SettingFireWire Setting CancelNetworking Subnet Mask 255.255.0.0 Gateway Dhcp Support EnabledDhcp Virtual Private Networks VPN Ping AES Setup Analog SetupSystem Menu Base Channel Device IDTempo Source Bank DumpTempo Value Tempo BeatOutput Level Machine MenuWet Dry Mix Input LevelUsing Midi Control section on page 24 for information about Bank Dump Usage DescriptionMidi CC Bank Presets Bank #EOX Byte Definition CommentsBank Bank to fetch 0xF7 Page Algorithms Hall Stereo and Mono Random Hall Stereo and Mono Resonant Chords Stereo and Mono Chorus/Flange Stereo only Page Bass Crossover BassXOver ParametersBandwidth Bass Boost RoomDelay Time Master Delay Feedback MasterDelay Level Master Delay Time Echo DelayFeedback Pan Master Echo DelayFeedback Diffusion Feedback LevelMix Wet Dry Mix Master Reflection Delay Reflection Time MasterReflection Delay Delay Time MidRTResonator Detune Resonance Tuning MasterReverb PreDelay Predelay Resonance MasterScale Signal Event FreqSignal Frequency RtHC DampingTap Slope Signal TypeSpread Early Spread Tail WidthWet Dry Mix TypePCM 96 Menu Navigation Map System View and Machine View PCM 96 Menu Navigation Map Stereo Hall Algorithms Page PCM 96 Menu Navigation Map Stereo Delay Algorithms PCM 96 Menu Navigation Map Stereo Effects Algorithms PCM 96 Menu Navigation Map Mono Hall Algorithms PCM Menu Navigation Map Mono Chamber and room Algorithms   Menu Navigation Map Mono Delay Algorithms Menu Navigation Map Mono Effects AlgorithmsPage 44.1 kHz 48 kHz 88.2 kHz 96 kHz PCM96 Specifications44.1K/88.2K Storage MediaFCC Midi Implementation Chart Page PCM96
Related manuals
Manual 64 pages 4.82 Kb

PCM96 specifications

The Lexicon PCM96 is a high-end digital effects processor renowned for its versatility, high-quality sound, and advanced signal processing capabilities. Tailored for both professional studio environments and live sound applications, the PCM96 delivers an impressive range of features that appeal to audio engineers, musicians, and producers alike.

At the core of the PCM96 lies Lexicon’s proprietary algorithm technology, which has been honed over decades of developing industry-leading reverb and effects processors. With its dual-engine architecture, the PCM96 allows users to access a wide variety of effects simultaneously. This dual-engine approach means that the processor can handle complex audio signals with unmatched clarity and precision.

One of the standout features of the PCM96 is its extensive library of reverb algorithms. From lush concert hall environments to tight and intimate spaces, the PCM96 captures the nuances of acoustic realism. Additionally, it provides advanced options for customizing reverb tails, predelay, and diffusion, allowing users to create unique soundscapes tailored to their specific needs.

Beyond reverb, the PCM96 boasts a rich selection of modulation effects, including chorus, flanging, and delay. These effects can be combined with the reverb algorithms for intricate sound design possibilities. The processor supports up to 96 kHz sample rates, ensuring high fidelity and compatibility with professional digital audio workstations (DAWs).

Another key characteristic of the PCM96 is its intuitive user interface. The front panel features a bright LCD display and straightforward controls, making it easy for users to navigate through presets and tweak parameters on the fly. Additionally, the PCM96 can be integrated seamlessly into various digital audio environments via its comprehensive connectivity options, including AES/EBU, S/PDIF, and MIDI.

The PCM96 also supports remote control and automation via MIDI, enabling users to synchronize effects with musical performances or recording sessions. This feature is particularly beneficial for live sound applications where quick adjustments can significantly impact the performance dynamics.

In summary, the Lexicon PCM96 stands out as a premier effects processor that brings together high-quality sound, innovative technologies, and user-friendly design. Its robust set of features, combined with the legendary Lexicon sound, makes it an indispensable tool for audio professionals seeking to elevate their creative possibilities in sound design and music production.