Compact LED Soft Light Panel Kit

A client project demonstrating embedded lighting electronics, spectral color control, and production-ready system integration.

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

We developed this lighting system as a client project requiring precise spectral output, advanced control modes, and production-ready mechanical and electronic integration. The result combines an ultra-thin aluminum lamp head, a six-channel LED engine, dedicated driver electronics, multi-protocol communications, and accessory-level system design into a deployable lighting platform. The architecture supports high-quality white light, wide-gamut color generation, gel emulation, source matching, and flicker-free operation for high-speed image capture. It also demonstrates our ability to engineer complete hardware systems around embedded firmware, DMX/RDM workflows, wireless control, thermal constraints, power architecture, and manufacturable industrial design.

Engineering Highlights from This Project

• Six-Emitter Spectral Architecture — Red, green, blue, lime, amber, and white channels were integrated to support accurate white light and broad color rendering.
• Wide Color Temperature Control — Engineered output range from 1700K to 10,000K for tungsten-to-daylight matching and mixed-scene work.
• Advanced Color Modes — Implemented control models covering white, gel, HSI, XY, effects, and source-match behaviors.
• Professional Communications Stack — Integrated Bluetooth app control, DMX512 with RDM, CRMX wireless, ArtNet over LAN, and Wi-Fi connectivity.
• High-Speed Imaging Stability — Designed for flicker-free operation up to 4,000 FPS.
• 2100 lux — Output at 1 meter, 3200K
• 100 W — Maximum fixture power

What Prospective Clients Can Learn from This Build

• Ultra-Thin Fixture Engineering — A 23.8 × 8 × 1.4 inch lamp head demonstrates compact packaging without sacrificing output or control depth.
• Portable Professional Hardware — Fixture mass of 5.6 lb supports mobile production use while maintaining robust aluminum construction.
• Flexible Power Architecture — Supports AC operation and battery-based workflows through a dedicated driver and external supply system.
• System-Level Accessory Design — The platform includes driver, AC power supply, goose-neck mount, 2 m lamp extension cable, and rigid bag configuration.
• Manufacturable Control Ecosystem — Control and connectivity were developed around established production protocols rather than isolated proprietary behavior.
• A Model for Similar Client Programs — This is the type of integrated hardware platform we can develop for brands building next-generation lighting products.
• 1700K–10,000K — Engineered color temperature range
• 4000 FPS — Flicker-free capture capability

Capability Areas Proven by This Project

• Embedded Lighting Electronics — We engineered the lamp head, driver relationship, power handling, and communication architecture as a complete system.
• Color Science & Spectral Control — The platform demonstrates implementation of multi-channel color mixing, white tuning, gel workflows, and coordinate-based color control.
• Protocol & Network Interoperability — The project integrates wired and wireless control methods required in professional lighting ecosystems.
• Mechanical & Industrial Packaging — Compact aluminum construction, accessory compatibility, and transport-oriented system design support real field deployment.
• Accessory Ecosystem Engineering — Driver, power supply, mount, extension cable, and rigid bag demonstrate full-platform development rather than isolated component delivery.
• Compliance-Oriented Product Development — The system was developed within a professional product framework that included EMC and low-voltage compliance considerations.
• Production-Ready Execution — This project reflects the level of integration, performance discipline, and documentation expected for commercial hardware programs.
• 23.8 × 8 × 1.4 in — Fixture form factor
• 2.56 kg — Fixture weight

For Product Teams

This project demonstrates how we develop integrated lighting systems that combine optical performance, embedded electronics, mechanical design, and control firmware into a unified product architecture.

• Spectral LED Engine Development — Six-channel architecture enabling white, gel, HSI, XY, effects, and source-match workflows.
• Embedded Control System Design — Driver-level control supporting Bluetooth app workflows, DMX/RDM, CRMX, and ArtNet.
• Mechanical Packaging & Thermal Integration — Ultra-thin aluminum fixture architecture designed for portability and professional set use.
• Performance-Oriented Firmware — Implemented for responsive dimming, color control, mode switching, and stable high-speed operation.
• System Accessory Integration — Engineered as a complete platform with driver, AC power supply, extension cable, mounting, and transport bag options.

For Lighting Manufacturers

For brands developing modern lighting hardware, this project shows our capability to build compact, networked, feature-rich luminaires with manufacturable system architecture and professional control interoperability.

• Multi-Protocol Control Integration — Supports wired and wireless workflows expected in studio, rental, and production environments.
• Wide Operating Range — 1700K to 10,000K output range with multiple color-control models.
• High-Speed Capture Compatibility — Flicker-free operation up to 4,000 FPS for professional imaging applications.
• Complete Product-System Thinking — Not just a light engine, but a full ecosystem including driver, power, accessories, and deployment packaging.
• Commercially Realistic Engineering — Designed around real production constraints including size, weight, power, usability, and control compatibility.

Request Consultation

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

• Custom spectral LED product development — From architecture definition to production-ready integration.
• Embedded lighting control systems — Including firmware, driver electronics, protocol integration, and accessory architecture.