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DEPLOYMENT PIPELINE

Hardware Setup Roadmap

Follow this technical sequence to transform your Raspberry Pi 2 into a high-performance light show controller capable of driving complex DMX and smart light arrays.

+01 // SYS
CFG.RUN
STEP 01SD CARD FLASHING
System Image Deployment
Flash the optimized LUMINA kernel onto your Raspberry Pi 2. This lightweight build ensures minimal overhead, prioritizing real-time audio processing and low-latency network packet transmission.
ARMv7 optimized kernel ready
+02 // SYS
CFG.RUN
STEP 02NETWORK ROUTING
Protocol Bridge Setup
Configure your Ethernet or Wi-Fi interface to bridge the Pi with your WLED controllers. Our stack handles Art-Net and UDP broadcast packets with sub-millisecond precision for sync.
UDP broadcast latency < 12ms
+03 // SYS
CFG.RUN
STEP 03AUDIO INPUT
USB Soundcard Integration
Connect your USB audio interface to capture raw frequency data. The system performs real-time FFT decomposition, mapping sub-bass, mid, and treble bands to your light universe.
Real-time FFT frequency mapping
+04 // SYS
CFG.RUN
STEP 04CONTROLLER SYNC
DMX & Smart Light Pairing
Finalize the handshake with Govee, DMX, and WLED nodes. The AI engine automatically calibrates light intensity and color temperature to match your music's dynamic range.
Multi-protocol sync active

Ready to Start Your Show?

Access the full documentation and terminal commands to begin your light show integration. Our support team is ready to assist with your hardware setup.

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Hardware Specs

Hardware Compatibility

Verified controllers, adapters, and power requirements for your LUMINA light show setup.

Protocol Support
Controller Integration
Connect your existing smart lighting hardware to our high-performance engine.
WLED Controller Sync

Native support for ESP8266 and ESP32 WLED firmware with sub-millisecond latency.

DMX Art-Net Bridge

Direct output to professional DMX universes via Art-Net protocol integration.

Govee API Gateway

Real-time command injection for Govee smart lighting ecosystems and strips.

View Setup Guide
Latency: <12ms
Edge Hardware
Compute Requirements
Essential hardware components to run the LUMINA engine on your Raspberry Pi.
Raspberry Pi 2 Core

Optimized ARMv7 kernel builds for high-performance audio frequency analysis.

USB Audio Interface

Low-jitter input capture for precise beat-drop detection and light triggers.

Power Supply Specs

Verified 5V/3A power delivery requirements for stable hardware operation.

Explore Features
ARMv7 Compatible

High-performance photonic orchestration for edge silicon. Bridging audio frequency decomposition with real-time light show execution.

Low-latency UDP protocol architecture

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Capabilities

Technical Support

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