LED Lighting - COBs, Engines, Modules, Strips

Image Part Number Description / PDF Quantity Rfq
SPHWW1HDNE23YHRN5J

SPHWW1HDNE23YHRN5J

Samsung Semiconductor

LED 3.5X3.5 5000K 70CRI LH351A

0

SI-B8R221B2CUS

SI-B8R221B2CUS

Samsung Semiconductor

LED MODULE LT-VB22A 5000K STRIP

176

SL-B8T2N70LAWW

SL-B8T2N70LAWW

Samsung Semiconductor

LED

54

SL-B8R4N90LAWW

SL-B8R4N90LAWW

Samsung Semiconductor

LED

93

SI-B8V201B20US

SI-B8V201B20US

Samsung Semiconductor

LED MODULE LT-QB22A 3000K STRIP

122

SI-B8T15156CWW

SI-B8T15156CWW

Samsung Semiconductor

LED MODULE LT-V562B 4000K STRIP

249

SPHWW1HDNE25YHW34J

SPHWW1HDNE25YHW34J

Samsung Semiconductor

LED 3.5X3.5 2700K 80CRI LH351A

0

SI-B8R113560WW

SI-B8R113560WW

Samsung Semiconductor

LED MODULE 5000K M562A_G2

0

SI-B8T07128LWW

SI-B8T07128LWW

Samsung Semiconductor

LED SLIM 4000K 1120LM FRONT WIRE

207

SI-B8R05128HUS

SI-B8R05128HUS

Samsung Semiconductor

LED MOD LTH282D COOL WHT STRIP

46

SI-B8V14256LWW

SI-B8V14256LWW

Samsung Semiconductor

LED SLIM 3000K 2180LM BACK WIRE

122

SI-B8T17256001

SI-B8T17256001

Samsung Semiconductor

LED MODULE LTM562CG3

277

SI-B8U221B2CUS

SI-B8U221B2CUS

Samsung Semiconductor

LED MODULE LT-VB22A 3500K STRIP

0

SI-B8TZ91B20WW

SI-B8TZ91B20WW

Samsung Semiconductor

LED MODULE 4000K

34

SI-B8U114280WW

SI-B8U114280WW

Samsung Semiconductor

LED MOD LTM282BG2 WARM WHT STRIP

124

SI-B8V07128LWW

SI-B8V07128LWW

Samsung Semiconductor

LED SLIM 3000K 1080LM FRONT WIRE

220

SI-B8RZ91B20WW

SI-B8RZ91B20WW

Samsung Semiconductor

LED MODULE 5000K

241

SPHWW1HDND25YHT33G

SPHWW1HDND25YHT33G

Samsung Semiconductor

LED COB LC033B 4000K SQUARE

0

SL-P7V2W52MBGL

SL-P7V2W52MBGL

Samsung Semiconductor

LED

0

SPHWW1HDNE25YHW24H

SPHWW1HDNE25YHW24H

Samsung Semiconductor

LED COB LC040B 2700K SQUARE

0

LED Lighting - COBs, Engines, Modules, Strips

1. Overview

LED lighting technologies, including Chip-on-Board (COB), LED Engines, Modules, and Strips, represent advanced solid-state lighting solutions. These components integrate semiconductor diodes to convert electrical energy into light, offering superior energy efficiency, longevity, and design flexibility compared to traditional lighting. Their importance spans industries such as architecture, automotive, consumer electronics, and industrial automation, driven by demands for sustainable and smart lighting systems.

2. Main Types and Functional Classification

TypeFunctional FeaturesApplication Examples
COBsHigh-density LED arrays mounted directly on substrates, providing uniform light distribution and simplified thermal management.Commercial downlights, high-bay warehouse lighting, film/photography lighting.
EnginesPre-assembled units combining LEDs, drivers, and optics for plug-and-play integration.Smart home lighting systems, retrofit lamps, horticultural grow lights.
ModulesStandardized units with LED arrays and integrated circuits for modular system design.Office panel lighting, tunnel illumination, outdoor streetlights.
StripsFlexible PCB-based linear arrays for customizable length and color control.Architectural accent lighting, vehicle underglow, signage backlighting.

3. Structure and Components

Typical structures include:

  • COBs: Ceramic/aluminum substrate + multiple LED chips + phosphor coating + silicone encapsulation.
  • Engines: LED chip(s) + constant-current driver IC + primary optics + thermal interface material.
  • Modules: PCB board + SMD LEDs + secondary optics + connector terminals.
  • Strips: Flexible FPCB + RGB/W LED diodes + current-limiting resistors + adhesive backing.

All variants utilize semiconductor materials like GaN-on-SiC for blue/white emission or AlInGaP for red/yellow wavelengths.

4. Key Technical Specifications

ParameterDescriptionImportance
Luminous Flux (lm)Measure of total visible light output.Determines brightness suitability for space.
Color Rendering Index (CRI)Ability to accurately render object colors (0-100 scale).Critical for retail, healthcare, and photography.
Correlated Color Temperature (CCT)Light appearance from warm (2700K) to cool (6500K).Affects ambiance and circadian rhythm regulation.
Lifespan (L70)Operating hours until 70% lumen maintenance.Reduces long-term maintenance costs.
Thermal Resistance ( C/W)Efficiency of heat dissipation.Impacts reliability and maximum drive current.

5. Application Fields

  • Architecture: Office lighting (Modules), hotel accenting (Strips), museum displays (COBs)
  • Automotive: Headlights (COBs), interior mood lighting (Strips), dashboard indicators (Modules)
  • Consumer Electronics: Smart bulb replacements (Engines), gaming PC lighting (Strips)
  • Industrial: Machine vision systems (COBs), warehouse safety lighting (Modules)

6. Leading Manufacturers

ManufacturerRepresentative ProductKey Features
Cree (now Wolfspeed)XLamp COB Arrays3000K-5700K CCT range, 80 CRI, 1500mA max current
OsramOSTAR LED EnginesIntegrated driver, DALI compatibility, automotive-grade reliability
Philips LightingCorePro ModulesIEC 62031 compliant, 50,000-hour lifespan
Samsung LEDLPD8 StripsAddressable RGB control, IP65 rating, 24V operation

7. Selection Recommendations

Key considerations:

  • Match L70 lifespan to maintenance schedules (e.g., 50,000+ hours for hard-to-reach installations)
  • Select CRI 90 for critical color applications vs. CRI 80 for general lighting
  • Verify IP rating compatibility (IP20 for indoor vs. IP67 for outdoor Strips)
  • Evaluate thermal management needs - COBs require heatsinks, Strips need ventilation
  • Check dimming compatibility (PWM vs. constant current reduction)

Case Study: Retail store lighting selected 4000K COBs with 95 CRI for product displays, achieving 40% energy savings over halogen systems while improving color accuracy.

8. Industry Trends

Emerging developments include:

  • Micro-LED integration for sub-100 m pixel densities in displays
  • HDR lighting systems using tunable white Modules
  • LiFi-enabled Engines for data transmission through light
  • UV-C disinfection modules for healthcare applications
  • Recyclable phosphor materials to meet EU RoHS standards

Market growth is projected at 12.3% CAGR (2023-2030), driven by smart city initiatives and automotive LED adoption.

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