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  • PLCC8 Light Source Diode 4in1 4W 8W 10W 12W High Power RGBWW/RGBW LED Chip 8 Pin 5050rgbww Datasheet
  • PLCC8 Light Source Diode 4in1 4W 8W 10W 12W High Power RGBWW/RGBW LED Chip 8 Pin 5050rgbww Datasheet
  • PLCC8 Light Source Diode 4in1 4W 8W 10W 12W High Power RGBWW/RGBW LED Chip 8 Pin 5050rgbww Datasheet
  • PLCC8 Light Source Diode 4in1 4W 8W 10W 12W High Power RGBWW/RGBW LED Chip 8 Pin 5050rgbww Datasheet
  • PLCC8 Light Source Diode 4in1 4W 8W 10W 12W High Power RGBWW/RGBW LED Chip 8 Pin 5050rgbww Datasheet
  • PLCC8 Light Source Diode 4in1 4W 8W 10W 12W High Power RGBWW/RGBW LED Chip 8 Pin 5050rgbww Datasheet
PLCC8 Light Source Diode 4in1 4W 8W 10W 12W High Power RGBWW/RGBW LED Chip 8 Pin 5050rgbww Datasheet

PLCC8 Light Source Diode 4in1 4W 8W 10W 12W High Power RGBWW/RGBW LED Chip 8 Pin 5050rgbww Datasheet

$0.43-$3.00/ Piece|10 Piece/Pieces(Min. Order)

Customization:

Customized logo（Min.Order: 50000 pieces）
Customized packaging（Min.Order: 50000 pieces）
Graphic customization（Min.Order: 50000 pieces）
View product details

PLCC8 Light Source Diode 4in1 4W 8W 10W 12W High Power RGBWW/RGBW LED Chip 8 Pin 5050rgbww Datasheet

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Brightness Illumination: Delivers exceptional light output (4W–12W) with energy efficiency, leveraging InGaN chip technology for durability and longevity.
  • Versatile Color Control: Integrates RGBWW/RGBW capabilities, enabling precise color mixing (warm white, white, red, green, blue) for customizable lighting effects in diverse applications.

Key features

  • 1. Material Technology

    • With InGaN semiconductor material and a metal substrate for efficient heat dissipation, achieve long-lasting performance in high-power applications. ~20% cooler operation than models without metal substrates*

  • 2. Interactive Design

    • With RGBWW/RGBW color mixing capability, customize lighting effects with warm white, white, and dynamic color blending. Offers 4x more color options than standard RGB LEDs*

  • 3. Performance Parameters

    • With power options up to 12W, deliver up to 1200 lumens for high-brightness applications. ~30% brighter than 8W models*

  • 4. Scenario Solutions

    • With warm white and white color temperatures (2700K-6500K), adapt seamlessly to residential ambiance and commercial illumination needs. Suitable for both energy-efficient home lighting and high-demand signage*

  • 5. Certification Standards

    • With a 2-year warranty and InGaN-based construction, ensure reliability and longevity in demanding environments. Outperforms standard LEDs with shorter warranty periods*

Product details

PLCC8 Light Source Diode 4in1 4W 8W 10W 12W High Power RGBWW/RGBW LED Chip 8 Pin 5050rgbww Datasheet

The PLCC8 Light Source Diode is a high-power RGBWW/RGBW LED chip designed for versatile illumination applications. Featuring a 4-in-1 configuration with power options from 4W to 12W, this LED chip combines InGaN technology with a modular design to deliver customizable brightness, color temperature, and thermal efficiency. Its aluminum substrate and transparent encapsulant ensure optimal heat dissipation and durability, while its 8-pin PLCC8 package (5050rgbww) offers standard compatibility for easy integration into lighting fixtures, signage, and industrial systems.

Technical specifications

FeatureSpecificationBenefit
Chip MaterialInGaN on aluminum substrateHigh efficiency, long lifespan
Power Options4W, 8W, 10W, 12WVersatile power selection for diverse use
Color TemperatureWarm White (CCT)Adaptable lighting for ambient settings
Emitting ColorsWarm White, White, RGBW/RGBWWCustomizable color mixing for dynamic effects
Package TypePLCC8 8-pin 5050rgbwwStandardized compatibility
Warranty2 yearsReliability assurance under normal use

Customization guide

Adjustable parameters include color mix ratios, power output, and heat management solutions (e.g., integrated heat sinks). This allows customization to meet specific needs such as energy-efficient signage, industrial lighting, or specialized emergency systems.

Get inspired

With its RGBWW/RGBW capabilities and modular design, the PLCC8 LED chip enables creative lighting solutions—from warm ambient illumination to dynamic color displays. Its high-power efficiency and thermal stability make it ideal for demanding environments like commercial signage, automotive lighting, and smart home systems.

Choose your model

ParameterBase Model (4W)Advanced Model (8W)Pro Model (12W)
Max Power Output4W8W (+100% vs Base)12W (+50% vs Advanced)
Luminous Flux400 lm700 lm (+75%)1000 lm (+42.8%)
Color OptionsRGBWRGBWW (+Warm White)RGBWW + Custom Hue
Thermal Resistance15°C/W10°C/W (-33%)5°C/W (-66% vs Base)

Supplier's note

  1. Technical Breakthroughs:

    • InGaN Chip Technology: Delivers 20% higher luminous efficacy than traditional LEDs, reducing energy consumption.
    • Modular Color Mixing: Combines RGBW/RGBWW in a single package, enabling 30% faster prototyping for custom lighting.
    • Aluminum Substrate Design: Achieves 50% better heat dissipation than ceramic-based LEDs, extending lifespan by 2x in high-temperature environments.

  2. Version Selection Guide:

    • Base Model (4W): Ideal for residential or low-power applications (e.g., task lighting). Its compact size and standard RGBW output ensure cost-effective performance.
    • Advanced Model (8W): Suitable for commercial signage and retail displays. The added warm white channel and improved thermal performance enable 24/7 operation without color shift.
    • Pro Model (12W): Best for industrial or outdoor use (e.g., street lighting). Its 1000 lm output and ultra-low thermal resistance (-66% vs Base) ensure reliability in extreme conditions.

With the Pro version’s 5°C/W thermal resistance, you can deploy high-brightness fixtures in environments like factories or stadiums, where heat buildup is a critical concern. Pair its RGBWW capability with smart controls to create dynamic, energy-efficient lighting systems.

Frequently asked questions

  • Which PLCC8 LED chip power (4W, 8W, 10W, 12W) is best for commercial lighting applications?

  • How do I maintain the PLCC8 LED chip’s frothing nozzle equivalent (heat-dissipating substrate)?

  • What makes InGaN material better than SMD for high-power LED chips?

  • Can the PLCC8 RGBWW LED chip support custom color combinations for signage?

  • Is the PLCC8 LED chip’s material FDA-approved for foodservice lighting?

  • What’s the difference between warm white and white in the PLCC8 LED’s emitting colors?

  • How energy-efficient is the 10W PLCC8 LED compared to traditional bulbs?

  • What applications suit the PLCC8 LED’s RGBWW/RGBW capabilities?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Power OutputGeneral lighting, signageIndustry Standard: 5W (IEC 62717) ▲ Base: 8W ▲ Advanced: 12W (IEC 62717)Higher wattage enables brighter illumination (e.g., 12W = 1,500 lumens)Increased energy consumption compared to lower tiers (▲ indicates power increment)
Color TemperatureRetail, hospitalityIndustry: Fixed 3000K ▲ Base: 2700K–5000K ▲ Advanced: 2700K–6500K (CIE 1931)Adjustable CCT for ambiance (e.g., warm white for restaurants)Requires dimming/control systems for full range (▲ expands temperature range)
Chip MaterialIndustrial, high-stress appsIndustry: GaN ▲ Base: InGaN ▲ Advanced: Enhanced InGaN (ASME B89.7.3.1)Improved efficiency (▲ reduces energy loss by 15–20%)Higher material cost for advanced tiers (▲ indicates performance boost)
Thermal ManagementOutdoor, high-heat environmentsIndustry: Plastic ▲ Base: Aluminum ▲ Advanced: Aluminum + Heat Sink (ASTM E1461)Better heat dissipation (▲ reduces thermal runaway risk by 30%)Adds weight to fixtures (▲ correlates with heat tolerance)
WarrantyCommercial installationsIndustry: 1 year ▲ Base: 2 years ▲ Advanced: 3 years (IEC 61709)Longer lifespan assurance for critical applications (e.g., emergency lighting)Advanced tiers may require premium support contracts (▲ reflects durability claims)
EfficacyEnergy-efficient projectsIndustry: 80 lm/W ▲ Base: 100 lm/W ▲ Advanced: 120 lm/W (IES LM-79)Lower energy use (▲ reduces kWh costs by 20–30% for 12W models)Advanced tiers may have higher upfront costs (▲ indicates lumens per watt gain)

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