How to eliminate RFI, hum, clicks, or buzzes in Orban Processor?
RFI, hum, clicks, or buzzes in the Orban Processor are often due to a grounding problem. Review the grounding information to resolve this. If the issue persists, repositioning the unit to reduce RF interference may be necessary. Using digital connections will almost certainly eliminate the RFI.
Why is there audible noise on air when using Orban OPTIMOD-FM 8600S?
Audible noise on air when using the Orban Processor is often due to excessive compression, which exaggerates noise in the source material. The compressor gate freezes the gain of the AGC and compressor systems whenever the input noise drops below a level set by the threshold control for the processing section in question.
Why is there an unexpected delay between the program feed and on-air signal in my Orban OPTIMOD-FM 8600S Processor?
An unexpected delay between the program feed and the on-air signal may occur if the diversity delay has been accidentally applied to the output you are using to drive your transmitter.
How to fix poor peak modulation control on Orban OPTIMOD-FM 8600S Processor?
First, check whether the final clipper is active. If you are using the analog or digital output to drive the transmitter, make sure that this output is not receiving the MONITOR signal.
What causes loudness to drop during HD Radio crossfades with Orban OPTIMOD-FM 8600S Processor?
Momentary loudness drops during HD Radio analog/digital crossfades can occur if the analog and digital channels in your transmission path have reversed polarity with respect to each other. You can correct this with the HD POLARITY or FM POLARITY controls.
Why is there a whistle on air, especially in stereo, when using Orban OPTIMOD-FM 8600S?
A whistle on air, particularly in stereo reception, is often caused by oscillation in the analog input or output circuitry. If the oscillation is in the output circuitry and is between 23 and 53 kHz, it will be detected in a receiver’s stereo decoder and translated down into the audible range.
What to do if Orban OPTIMOD-FM 8600S Processor does not pass EAS tones at required modulation level?
These tones should be injected into the transmitter after the 8600S, or the 8600S should be temporarily switched to BYPASS to pass the tones.
Overview of the OPTIMOD-FM 8600S, its industry standing, and processing capabilities.
Details on universal transmitter protection and audio processing for FM broadcast.
Lists available digital AES and analog I/O, composite outputs, and subcarrier inputs.
Displays loudness using ITU-R BS.1770-3 algorithm.
Addresses audio monitoring and low-delay options for talent.
Overview of installation steps: unpacking, mounting, connecting, and software setup.
Details on connecting analog and digital audio, sync references, and remote control interfaces.
Guided sequence for setting up the 8600S, suitable for most users.
Adjustments for analog and digital input/output configurations.
Manages access levels and passcodes for front panel and remote security.
Covers Ethernet, modem, and direct serial connections for remote control.
Procedure for installing and using the PC Remote software.
Provides a list of factory-recommended settings for various formats.
Details on Automatic Gain Control settings accessible via PC Remote.
Explanation of peak limiter controls for 8500-style and MX presets.
Advanced peak limiting technology for improved performance.
Information on processing for digital radio channels like HD Radio.
Procedure for testing and diagnosing performance issues.
Step-by-step instructions for removing major internal components.
General guide to identifying and resolving common issues.
Diagnosing issues with peak modulation regulation.
Addresses level mismatches during crossfades.
Troubleshooting steps for communication problems.
Technical specifications for digital audio outputs.
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