PKNight Exhibition AV and Lighting System

GENERALOthersintermediate
PKNight Exhibition AV and Lighting System — GENERAL others diagram

About This Architecture

PKNight Exhibition AV and Lighting System integrates DMX-controlled moving head beams, LED par fixtures, and neon signage with centralized audio and power distribution. The PKNight DMX Recorder serves as the central controller, routing DMX signals to four Molly Beam moving heads, six Sparta HEX LED par fixtures, and six DMX-to-RGB decoders driving neon LED signs, while a Power Distribution Unit manages mains power and a Fosi Audio Amplifier handles the audio signal chain. This architecture demonstrates professional-grade event lighting coordination, enabling synchronized visual and audio effects across multiple fixture types and zones. Fork this diagram on Diagrams.so to customize fixture counts, add additional decoder channels, or adapt the control topology for your venue's specific layout and requirements. The modular decoder approach allows independent RGB control of neon signage while maintaining unified DMX timing across all moving and static lighting elements.

People also ask

How do you integrate moving head beams, LED par fixtures, and neon signs into a single DMX lighting control system?

The PKNight system uses a central DMX Recorder controller that broadcasts DMX signals to moving head beams, LED par fixtures, and DMX-to-RGB decoders driving neon signs. A Power Distribution Unit manages mains power while a Fosi Audio Amplifier handles synchronized audio, enabling unified control of all lighting and audio elements across the exhibition.

DMX lightingexhibition AVevent lighting designLED fixturesneon signageaudio visual integration
Domain:
Other
Audience:
AV technicians and lighting designers managing exhibition and event installations

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About This Architecture

PKNight Exhibition AV and Lighting System integrates DMX-controlled moving head beams, LED par fixtures, and neon signage with centralized audio and power distribution. The PKNight DMX Recorder serves as the central controller, routing DMX signals to four Molly Beam moving heads, six Sparta HEX LED par fixtures, and six DMX-to-RGB decoders driving neon LED signs, while a Power Distribution Unit manages mains power and a Fosi Audio Amplifier handles the audio signal chain. This architecture demonstrates professional-grade event lighting coordination, enabling synchronized visual and audio effects across multiple fixture types and zones. Fork this diagram on Diagrams.so to customize fixture counts, add additional decoder channels, or adapt the control topology for your venue's specific layout and requirements. The modular decoder approach allows independent RGB control of neon signage while maintaining unified DMX timing across all moving and static lighting elements.

People also ask

How do you integrate moving head beams, LED par fixtures, and neon signs into a single DMX lighting control system?

The PKNight system uses a central DMX Recorder controller that broadcasts DMX signals to moving head beams, LED par fixtures, and DMX-to-RGB decoders driving neon signs. A Power Distribution Unit manages mains power while a Fosi Audio Amplifier handles synchronized audio, enabling unified control of all lighting and audio elements across the exhibition.

PKNight Exhibition AV and Lighting System

AutointermediateDMX lightingexhibition AVevent lighting designLED fixturesneon signageaudio visual integration
Domain: OtherAudience: AV technicians and lighting designers managing exhibition and event installations
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Created by

April 16, 2026

Updated

April 16, 2026 at 2:12 PM

Type

others

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