Large-Format LED Soft Light Panel

A client project demonstrating large-format LED optics, embedded lighting control, and modular production-ready hardware architecture.

This project showcases the engineering of a high-output professional LED soft light platform developed for demanding film, television, and studio environments.

We developed this lighting system as a client project requiring high-output soft illumination, accurate full-spectrum color rendering, advanced control workflows, and robust on-set mechanical integration. The resulting platform combines a large-format six-channel LED engine, embedded control electronics, network-ready communications, and modular rigging architecture into a deployable lighting system for professional production. The design supports tunable white light, wide-gamut color generation, gel emulation, source matching, effects, and flicker-free performance for high-speed image capture. It also demonstrates our ability to engineer complete lighting products around optical performance, thermal constraints, multi-protocol control, manufacturable mechanical packaging, and scalable multi-unit deployment.

Engineering Highlights from This Project

• Large-Format Six-Emitter Spectral Architecture — Red, green, blue, lime, amber, and white channels were engineered to deliver strong output with accurate color rendering and flattering skin-tone reproduction.
• Wide Color Temperature Control — Engineered output range from 1700K to 10,000K for tungsten-to-daylight matching and mixed-scene flexibility.
• Advanced Color & Effects Modes — Implemented white, gel, HSI, XY, source-match, and effects workflows as part of a professional control stack.
• Two-Zone Control Capability — MAXI-specific profiles support dual-zone operation for more precise shaping and advanced large-source control.
• High-Speed Imaging Stability — Designed for flicker-free operation up to 4,000 FPS.
• 7550 lux — Output at 1 meter, 5600K
• 360 W — Maximum fixture power

What Prospective Clients Can Learn from This Build

• Large Soft Source Engineering — A 47 × 14 × 3.3 inch fixture demonstrates how we package a powerful soft light platform into a deployable production form factor.
• Portable Professional Hardware — At 8 kg, the platform balances large-area output with workable weight for studio and location use.
• Flexible Power Architecture — Supports mains input as well as 24–35 VDC battery workflows for field deployment.
• Modular Multi-Unit Expansion — The system was engineered to support linked assemblies using dedicated LINK, double-yoke, and triple-yoke accessories.
• Rigging & Mounting-Aware Design — Mechanical architecture includes secure locking, yoke options, and dedicated hanging guidance for production environments.
• A Model for Similar Client Programs — This is the kind of integrated high-output hardware platform we can develop for brands building next-generation lighting systems.
• 1700K–10,000K — Engineered color temperature range
• 2 zones — Independent MAXI control architecture

Capability Areas Proven by This Project

• Embedded Lighting Electronics — We engineered the high-output lamp architecture, power handling, communication stack, and control behavior as one complete system.
• Color Science & Spectral Control — The platform demonstrates multi-channel color mixing, white tuning, gel workflows, and coordinate-based color control in a large-format light source.
• Protocol & Network Interoperability — The project integrates Bluetooth app control, DMX512 with RDM, CRMX wireless, ArtNet over LAN, and Wi-Fi connectivity.
• Mechanical & Industrial Packaging — Aluminum construction, diffuser access, yoke options, and corner rigging considerations were incorporated into the production hardware design.
• Scalable Fixture Architecture — The design supports combining multiple units into larger sources through dedicated mechanical linking accessories.
• Compliance-Oriented Product Development — The system was developed within a professional product framework that included EMC, safety, and operating-environment considerations.
• Production-Ready Execution — This project reflects the level of integration, performance discipline, and productization expected for commercial hardware programs.
• 47 × 14 × 3.3 in — Fixture form factor
• 8 kg — Fixture weight

For Product Teams

This project demonstrates how we develop complex lighting systems that combine optical output, embedded electronics, mechanical integration, and professional control workflows into a unified commercial product architecture.

• Spectral LED Engine Development — Six-channel architecture supporting white, gel, HSI, XY, effects, and source-match workflows.
• Embedded Control System Design — Integrated Bluetooth app workflows, DMX512 with RDM, CRMX wireless, and ArtNet networking.
• Mechanical Packaging & Mounting Design — Large-format aluminum fixture architecture developed for studio deployment and secure rigging.
• Performance-Oriented Firmware — Implemented for stable dimming, responsive color control, multi-mode operation, and high-speed capture compatibility.
• Scalable System Architecture — Designed to support linked multi-unit assemblies using dedicated yoke and linking accessories.

For Lighting Manufacturers

For brands developing advanced luminaires, this project demonstrates our capability to build large-format, networked, feature-rich lighting systems with manufacturable structure and professional workflow interoperability.

• High Output Without Sacrificing Color Control — Engineered to deliver strong output with full-spectrum rendering and broad color flexibility.
• Wide Operating Range — 1700K to 10,000K output range with multiple color-control models and correction layers.
• Two-Zone Control Architecture — MAXI-specific DMX profiles enable independent zone-based control for more advanced lighting setups.
• High-Speed Capture Compatibility — Flicker-free operation up to 4,000 FPS for professional imaging and motion applications.
• Commercially Realistic Engineering — Designed around actual production constraints including power, weight, rigging, usability, and control compatibility.

Request Consultation

If you are developing a lighting product with embedded control, spectral tuning, modular rigging, or production-grade networking requirements, this project reflects the kind of engineering work we can deliver.

• Custom high-output lighting product development — From architecture definition to production-ready hardware and firmware integration.
• Embedded lighting control platforms — Including electronics, protocol integration, firmware, accessory ecosystems, and deployment-ready mechanical systems.