New Media Technology Omnia ONE Multicast Xover Crossover, Low Band AGC, Exit, Low Drive, Hi Drive

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not actually capable of producing because the human brain equates the presence of low frequency harmonics to the missing fundamentals that the small speaker is unable to reproduce. On systems with larger speakers, the effect of Phat Bass becomes subtler because the extended frequency response of those systems allows the fundamentals of the low notes to be heard, masking the added harmonics contributed by Phat Bass. Be careful though, too much Phat Bass boost can lead to excessive gain reduction in the lower AGC bands and may cause muddiness with certain program material. A little goes a long way.

<-Exit

Click on this option to return to the Adjust Processing submenu.

Xover (Crossover)

Low Drive

Adjusts the amount of gain reduction in the Low Band AGC. Higher numbers result in more drive and because of the increased compression, a more consistent output from the band.

Mid Drive

Adjusts the amount of gain reduction in the Mid Band AGC. Higher numbers result in more drive and because of the increased compression, a more consistent output from the band.

Pres Drive

Adjusts the amount of gain reduction in the Presence Band AGC. Higher numbers result in more drive and because of the increased compression, a more consistent output from the band.

Hi Drive

Adjusts the amount of gain reduction in the High Band AGC. Higher numbers result in more drive and because of the increased compression, a more consistent output from the band.

<-Exit

Click on this option to return to the Adjust Processing submenu.

Low Band AGC

Attack

The attack control adjusts how fast the AGC responds to sudden increases in audio level, and higher numbers equate to faster response times. Faster attack times reduce the transient nature of the input audio, while slower attack times improve it. Extremely slow attack times must be used with caution because allowances must be made in later stages to not overload them during the time when the broadband AGC is adjusting the level downwards. Likewise, extremely fast attack times (especially when combined with very slow release times) can “punch holes” or overreact to the band of audio being processed.

Release

OmniaONE Multicast - Use and Operation Manual – Version 0.90

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Contents Omnia 2101 Superior Avenue Cleveland, Ohio 44114 USA Installation and Operation Manual Version 0.9i / MarchOmnia ONE Multicast Audio Processor withOmniaONE Multicast - Use and Operation Manual - Version January Welcome to Omnia.ONEOmniaONE Multicast - Use and Operation Manual - Version Jog Wheel OmniaONE Quick-Start SetupHeadphone Jack Headphone Level ControlTable Of Contents Processing PresetAdministrative Chapter-4 Main Menu SelectionsAppendix A Performance Specifications Multicast Sensus→ Technology Audio Processingx3Overview Codec ProvisioningOmniaONE Multicast and HD→ Radio The Omnia Development Team So… what’s so smart about Sensus→?Important Note SincerelyS A F E T Y I N S T R U C T I O N S The Lightning Flash With HAZARD / WARNING LABELSThe Exclamation Point with the EU RoHS Directive Manual Update Notification About This Manual Chapter-1 InstallationPre-Installation Tasks AC Power EnvironmentOmniaONE utilizes an un-switched EMI-filtered IEC power-entry module Installation & ConnectionsAnalog Audio Inputs and Outputs A Note About Relative PhaseRear Panel Connections Ethernet 10BaseT/100BaseT Remote and Livewire I/O Ethernet ConnectionRS-232 Modem Port RS-232 Modem Connection DB-9FGeneral Purpose Interface GPI DB-9M Powering UpDB-9M GPI “Interface” Connector Level Meters & Processing Bargraphs Chapter-2 Getting To Know Your OmniaONEThe OmniaONE User Interface Headphone Level ControlAudio I/O Level Display Audio I/O Level DisplayProcessing Meter Display Using the Jog Wheel The OmniaONE Main Menu offers five selections Main MenuPreset Processing Input/Output Administrative Proper Setting of Input Levels Quality Versus Density Chapter-3 Getting The Sound You WantA Word About Density, Clarity, and Intelligibility Increasing Density/Loudness Equalization EQ Changes Adding More Detail-When Loudness Isn’t The Last Word2. Increase the Drive to Low Frequency Limiter Thunder Bass3. Increase the Release setting in the Low Frequency Limiter Processing PresetChapter-4 Main Menu Selections Delete Preset Save PresetPre-processing Rename PresetAdjust Processing ExitEnhancers Mid Drive Xover CrossoverLow Band AGC Low DriveLow Band Limiter Mid Band AGCPres Band AGC Presence Band AGC High Band AGCMixer Mid Band LimiterPresence Band Limiter High Band LimiterSen Level Sensus→ Level Sensus→Hi Band Sen Freq Sensus→ FrequencyIMPORTANT NOTE Final LimitInput/Output Input Mtr Select Meter SelectInvert Output Bypass Save IO ConfigRename IO Config AdministrativeLoad IO Config Delete IO ConfigContrast Network ConfigurationReboot AboutLock Front Panel OmniaONE Multicast - Use and Operation Manual - Version OmniaONE Multicast Appendix A Performance SpecificationsGPI Interface Configuration Four fully optoisolated inputs Shipping Weight 10 lbs. / 4.54 kg OmniaONE Multicast - Use and Operation Manual - Version Diagnostic and Error Messages Appendix B Troubleshooting/Service/WarrantyElectrical and mechanical safety note 3. Unit will not boot Narrowing down problemsVia Phone & Mail USA and non-European Countries Obtaining ServiceVia the World Wide Web Via E-MailWarranty OmniaONE Multicast - Use and Operation Manual - Version Trigger Scripts Appendix C Remote Control & Software Update ProcedureRemote Control Software Update Procedure7. Click the Status Page link Return to Configuration. Reboot Processor