What is Cree XP E2?
The XP-E2 platform offers an unbeatable combination of optical control, excellent light output and the ceramic high-power LED reliability that has made Cree LEDs famous.
What is Tri Cree?
Tri Cree LED Module utilizes three XPE-2 LEDs mounted to a copper MCPCB. LEDs are assembled in house allowing us to make any color we currently offer in our modules and full build sabers. Default Title. Error Quantity must be 1 or more.
What is the difference between LED and Cree Lights?
The heat levels are also different. Cree LEDs produce a fair amount of heat for a single chip but can disperse that heat easily. COB LEDs produce a similar amount of heat but as a harder time dispersing that heat. That means Cree LEDs may have a longer lifespan than COB LEDs depending on how much use they get.
What are the optics specified for Cree XLamp XP-E LEDs?
Carclo optics specified for Cree XLamp XP-E LEDs. The #10048 26.5mm diameter Carclo poly-carbonate lens controls the optical properties of high-power LEDs into a narrow spot pattern. The #10049 26.5mm diameter Carclo poly-carbonate lens controls the optical properties of high-power LEDs into a elliptical spot pattern.
What is XM-L RGBW led?
The RGBW, #CREEXML-RGBW, Cree XLamp® XM-L Color LED is a multi-color LED, providing high lumen output in a small package. Compared to individual Red, Green, Blue LEDs, the XLamp XM-L RGBW reduces the distance between LED die, creating a small optical source for excellent optical control and efficient color mixing.
What is the difference between XLamp XR and xp-e color LEDs?
New XLamp XP-E color LEDs provide up to 69% more flux than the existing XLamp XR color portfolio, with an an 80% smaller footprint. XLamp XP-E reduces the space between LED die by 75%, compared to XLamp XR color LEDs.
What are XLamp® XQ-E high intensity LEDs?
Available in white and color, the XLamp ® XQ-E High Intensity LEDs are the industry’s smallest high intensity LEDs optimized to deliver maximum candelas through secondary optics, enabling lighting manufacturers to radically reduce system size and power of high intensity color applications.