Cree XLamp XP-G3 Deep Red LED 660nm High-Efficiency Emitter XPGDPR-L1-0000-00E01

Cree XLamp XP-G3 Deep Red LED 660nm High-Efficiency Emitter XPGDPR-L1-0000-00E01

Technical & Procurement Summary:
* Series: Original Cree XLamp® XP-G3 (S-Class Reliability)
* Peak Wavelength: 660 nm (Deep Red / Photo Red)
* Package Type: Industry-standard 3535 (3.45 x 3.45 mm)
* Radiant Flux: Optimized for high photosynthetic photon flux (PPF)
* Max Drive Current: 1500 mA (High-power performance)
* Thermal Path: Ceramic substrate for superior heat management
* Supply Status: Bulk trays and reels in stock; Full batch traceability for OEM/EMS.

Description

Product Details

 

 

Cree XLamp XP-G3 Deep Red LED 660nm High-Efficiency Emitter XPGDPR-L1-0000-00E01 is a high-performance, monochromatic LED engineered specifically for horticulture and medical applications that demand maximum radiant intensity and thermal stability. Operating at a peak wavelength of 660 nm, the XPGDPR-L1-0000-00E01 delivers the precise spectral output required to trigger photosynthesis and optimize plant biomass growth. Built on the proven XP-G3 ceramic platform, this emitter facilitates high current density operation, allowing fixture manufacturers to design high-intensity grow lights with a compact footprint.

 

For LED module manufacturers, the XP-G3 Deep Red offers a strategic upgrade path. By maintaining the industry-standard 3535 XP footprint, it allows for a direct "drop-in" efficacy boost in existing designs without the need for expensive PCB re-tooling or new secondary optics.

Critical Engineering Advantages for B2B Buyers

 

 

  • Optimized 660nm Spectral Purity: The 660nm wavelength is critical for Chlorophyll A absorption. This SKU is binned to ensure precise spectral consistency across multiple production lots, ensuring uniform crop growth in large-scale vertical farms.
  • Industry-Leading Thermal Management: Featuring a low junction-to-case thermal resistance of only 2.5 °C/W, the XPGDPR series ensures that heat is rapidly moved away from the chip. This minimizes wavelength shift and prevents the radiant flux degradation often seen in low-cost plastic-packaged LEDs.
  • Industrial-Grade Durability: Built on Cree's high-reliability platform, this LED is designed to withstand high-humidity environments typical of greenhouses and indoor grow rooms. It supports long-term L70/L90 lifespans, meeting the strict maintenance requirements of professional agricultural tenders.
  • High Current Handling: While standard 3535 emitters are limited, the XP-G3 can be driven safely up to 1500 mA. This allows fixture manufacturers to reduce the total number of LEDs required per module, effectively lowering the overall Bill of Materials (BOM).

 

Parameter Performance Specification
Footprint Dimensions 3.45 mm x 3.45 mm (XP Package)
Peak Wavelength 660 nm (Typical)
Typical Forward Voltage 2.1 V – 2.4 V
Maximum Forward Current 1500 mA
Typical Radiant Flux ~400 mW – 450 mW @ 350mA
Viewing Angle (FWHM) 125°
Operating Temperature -40 °C to +125 °C (Junction)
ESD Class Class 2 (HBM per Mil-Std-883D)

The XPGDPR-L1-0000-00E01 is a staple light engine for:

 

 

  • Professional Horticultural Lighting: The primary red component in high-PPF grow light arrays for flowering and biomass production.
  • Vertical Farming & Greenhouses: Compact, high-efficacy arrays designed for inter-lighting or top-lighting in controlled-environment agriculture (CEA).
  • Medical Phototherapy: Reliable 660nm source for wound healing and skin treatment devices requiring consistent radiant dosage.
  • Scientific Research: Precise monochromatic light sources for biological and chemical laboratory instruments.

Why Source through Gainer LED?

 

 

  • In the competitive electronic component distribution landscape, Gainer LED bridges the gap between factory lead times and your localized production needs.
  • Verified Authenticity: We guarantee 100% original stock in factory-sealed reels with original batch labeling.
  • Batch & Bin Integrity: We coordinate wholesale shipments from consistent binning groups to ensure your entire manufacturing run has uniform radiant intensity and wavelength.
  • Strategic Inventory: We maintain rolling stock of the XP-G3 Deep Red series to protect our B2B partners from semiconductor market fluctuations.
FAQ

Q: Is the XP-G3 Deep Red mechanically compatible with standard 3535 optics?

A: Yes. The XP-G3 uses the industry-standard XP footprint. Most TIR lenses and reflectors designed for the 3535 platform (like those for XP-G2 or XP-L) are directly compatible.

Q: Can I drive the XPGDPR-L1 at 1500mA continuously?

A: Yes, it is rated for 1.5A. However, thermal management is paramount. We recommend using a high-performance Copper MCPCB (DTP preferred) to ensure the 2.5 °C/W thermal resistance is fully utilized to protect the chip's lifespan.

Q: Why choose 660nm over 630nm for grow lights?

A: 660nm (Deep Red) is much more effective at stimulating the photosynthetic response in plants compared to 630nm (Standard Red). Most modern "Full Spectrum" or "Red/Blue" grow lights use 660nm as their primary red peak.

Q: Does Gainer LED provide samples for OEM evaluation?

A: Yes, we support LED module manufacturers with sample quantities for R&D evaluation and spectral calibration before transitioning to bulk wholesale orders.

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