Description
Digital Chasing COB Series: Seamless Linear Light Meets Intelligent Multi-Color Mastery
Standard addressable SMD strips create pixelated “dots” that ruin the sleek aesthetics of modern luxury interiors, gaming rooms, and commercial stages. Premium Addressable COB Series solves this elegantly. By utilizing a high-density matrix of diodes wrapped in a flexible, continuous phosphor casing, it diffuses light directly at the source. Combined with professional-grade SPI digital control protocols, you can program spectacular multi-color chases, fluid waterfall effects, and audio-reactive light shows while maintaining a perfectly uniform neon-bar profile.
Key Features:
True Spotless Dynamic Flow: Packing up to 840 chips per meter under a single silicon channel, this series completely eliminates pixelation. Transitions are flawless, making it look like a continuous solid beam of animated light.
Advanced SPI Intelligent IC Tracking: Powered by industry-leading control chips to meet diverse programming needs:
WS2811 SPI: Time-tested, reliable standard for rich, vibrant RGB animations.
WS2814 SPI: Upgraded to support 4-in-1 RGBW, adding a dedicated pure white channel for crisp daily ambient lighting.
JD36703A SPI: Flagship RGBCW layout with a jaw-dropping 840 chips/m density for ultimate color-mixing resolution and color tuning.
Heavy Duty Double-Layer Pure Copper PCB: Built with thick copper tracking up to 25/50 grade. Addressable logic circuits draw intense current patterns, and our premium double-layered copper handles electrical surges smoothly while dissipating heat instantly to protect the ICs.
Professional Green 3M Bonding Backing: Features authentic, thermally optimized Green 3M tape. It establishes a permanent, sag-proof connection inside drywall coves, aluminum profiles, or commercial media facades.
3-Year Project-Grade Warranty: Fully compliant with global trade standards (CE & RoHS), this smart series represents premium durability and is backed by a rock-solid 3-year factory warranty.
Technical Specifications:
| Color | RGB | RGBW | RGBCW |
| Chip Qty/M | 576D | 784D | 840D |
| PCB Width | 10mm | 10mm | mm |
| Power Consumption | 16W | 21W/M | 23W/M |
| PCB Double-layer Pure Copper | 18/35 | 18/25 | 25/50 |
| IC Type | WS2811 SPI | WS2814 SPI | JD36703A SPI |
| Voltage Options | DC24V | ||
| Adhesive Backing | Green 3M Tape | ||
| IP Rating | IP20 | ||
| Cutting Unit | 62.5mm | 71.43mm | 71.43mm |
| Package | 5M/roll | ||
| Certificate | CE RoHs | ||
| Warranty | 3Years | ||





Premium Addressable COB LED Strip Light RFQ:
Q1: Why is DC24V used exclusively across this entire addressable COB series?
A: Intelligent addressable strips draw high, pulsing currents to execute rapid dynamic effects. At 16W/m to 23W/m, a standard 5V or 12V system would suffer from severe voltage drop and color distortion after just 2 or 3 meters. Adopting a strict DC24V framework drastically lowers the current load (amperage), ensuring that colors remain absolutely uniform, crisp, and synchronous across the entire 5-meter standard roll with much safer operating temperatures.
Q2: What is the main operational advantage of choosing the RGBW or RGBCW models over standard RGB?
A: Standard RGB mixes Red, Green, and Blue to create a “white” light, which often looks unnatural and has a bluish tint. The RGBW model (WS2814) introduces a dedicated pure white diode, allowing the room to function as a warm/cool architectural light for daytime use and a chasing party light at night. The premium RGBCW model (JD36703A) features dual cool white and warm white tracks packed into a dense 840 chips/m layout, offering the ultimate resolution for dynamic color tuning and fluid pixel control.
Q3: Can this series be programmed with commercial dmx or smart home systems?
A: Yes. These are standard 3-wire/4-wire SPI protocols. They pair effortlessly with SPI-to-DMX decoders for pro-level concert staging, or consumer smart-home controllers (WiFi, Bluetooth, Zigbee) compatible with Alexa, Google Home, and advanced pixel-mapping software like WLED
















