Cómo las tecnologías GSM y GPS están revolucionando la gestión en tiempo real de la iluminación arquitectónica 🌟

Lectura de 2 Minutos

La iluminación arquitectónica y de calles moderna ha evolucionado mucho más allá de los simples sistemas basados en temporizadores. Hoy en día, gracias a las tecnologías GSM y GPS, es posible no solo controlar la iluminación de forma remota, sino también adaptarla en tiempo real a condiciones, escenarios y eventos específicos. En este artículo, exploraremos cómo funciona esto en la práctica, utilizando el ejemplo del sistema MONARQ de Sundrax. 💡

Autonomous DMX network controlling architectural lighting on a building facade


Color-changing lights on a modern office building

Dynamic lighting illuminating a bridge structure at night

Close-up of a GSM modem integrated into a lighting control unit

Close-up of the Splitter Selective Pro's front panel featuring dual master ports with 5-pin DMX connectors and status LEDs that indicate signal activity and RDM detection.

High-efficiency networked lighting control, and seamless integration for professional stage productions, making it ideal for searches related to ArtNet, stage lighting, and lighting technology advancements.

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Flowchart of scalable lighting control infrastructure for outdoor park environments


DMX over power line transmitter connected to architectural lighting system

DMX signal cables connected to lighting fixtures on a building


Incorrect DMX cable connection causing signal issues


DMX controller with multiple outputs for large lighting setups


Comparison chart of DMX, ArtNet, and sACN protocols for lighting

PowerGate Solid in a robust aluminum housing, designed for reliable DMX512 transmission over powerlines indoors

NORATEX demonstrates the MONARQ Mini’s dynamic lighting effects on a model chapel at BEYOND EXPO 2025, controlled via the QULON platform

Catálogos de Iluminación de Entretenimiento

Sundrax Entertainment Lighting Catalogs