Horticulture

Cree has the broadest portfolio of high-performing white and color LEDs optimized for horticulture lighting. Cree LEDs deliver the industry’s highest output and efficiency to enable the replacement of HPS while using less power. Cree’s white LEDs deliver the full spectrum of light to mimic natural sunlight, while its color LEDs deliver high PPF in the wavelengths suited for the different stages of plant growth. Built on Cree’s high-reliability ceramic package technology, the Cree’s LEDs deliver excellent R90/L90 lifetimes, even in extreme conditions.


Footprint 4000 K / 70 CRI 4000 K / 90 CRI 450 nm 660 nm 730 nm Advantages

5.00 mm

MHB-B WhiteMHB-B
White
MHB-B WhiteMHB-B
White

-Best value for high PPF/W, full spectrum light
-9V, 18V & 36V options
-Upgrade the thermal performance of COB designs
-Up to 14k hours of LM-80 test data available

3.45 mm

XP-G3 WhiteXP-G3
White
XP-G3 WhiteXP-G3
White
XP-G3 Royal BlueXP-G3
Royal Blue

-Industry-leading PPF & PPF/W in the 3.45 mm XP/XT footprint
-Up to 10k hours or LM-80 test data available

3.45 mm

XT-E HE WhiteXT-E High Efficacy
White
XT-E HE WhiteXT-E High Efficacy
White
XT-E Royal BlueXT-E
Royal Blue
XP-E High Efficiency Photo RedXP-E High Efficiency
Photo Red
XP-E High Efficiency Photo RedXP-E
Far Red

-Huge ecosystem of PCB & optics for 3.45 mm XP/XT footprint
-Highest output & efficiency 660 nm LED available
-LM-80 test data available for all colors

1.60 mm

XQ-E WhiteXQ-E
White
XQ-E Royal BlueXQ-E
Royal Blue
XQ-E High Efficiency Photo RedXQ-E High Efficiency
Photo Red

-Highest PPF density: up to 5 μmol/s from 1.6 x 1.6 mm package
-2x-3x PPf density of closest competitors
-Enables smallest & highest density luminaires

1.60 mm

XQ-A WhiteXQ-A
White
XQ-A Royal BlueXQ-A
Royal Blue

-Highest PPF density: up to 5 μmol/s from 1.6 x 1.6 mm package
-2x-3x PPf density of closest competitors
-Enables smallest & highest density luminaires

Related Documents

Product Guides Version Last Updated

2

10 Apr 2017

Reference Designs Version Last Updated

21 Jun 2016

06 Oct 2016