Cree LED

XLamp® XQ-E High-Intensity LEDs

Cree LED offers higher maximum current and more color options for their small-size XLamp package LEDs

Image of Cree LED's XLamp XQ-E High-Intensity LEDsCree LED's XLamp® XQ-E LEDs are available in two versions: high density and high intensity. The XQ-E high-density LEDs enable lighting manufacturers to significantly reduce the size and total cost of their LED luminaires versus similar performance 3.5-mm footprint LEDs without sacrificing lumen output, efficacy, or reliability. The XQ-E high-intensity LEDs use an innovative primary optic design optimized to deliver maximum candela, especially through narrow-beam secondary optics. The XQ-E’s combination of optical symmetry, consistent design across all configurations, and tiny 1.6 mm X 1.6 mm footprint simplifies manufacturing and design while providing excellent color mixing.

Features
  • Available in high‑density and high‑intensity versions for design flexibility
  • XQ-E high-intensity LED is optimized to deliver maximum candela through secondary optics
  • Available in 70-, 80-, and 90-CRI white, royal blue, blue, PC blue, cyan, PC cyan, green, PC lime, PC amber, red-orange, red, and high-efficiency (HE) photo red
  • Smallest lighting class LED: 1.6 mm x 1.6 mm
  • Maximum drive current: 1.5 A
  • Reflow solderable (JEDEC J-STD‑020C compatible)
  • Unlimited floor life at ≤ +30°C/85% RH
  • RoHS and REACH compliant
  • UL recognized component (E349212)
Published: 2015-11-05

Related Product Highlight

XLamp® Horticulture Lighting Cree LEDs deliver the industry’s highest PPF, efficiency, and reliability to enable the replacement of MH and HPS at radically lower power.

Related Articles and Blogs

Want Fresh Food in Space? NASA Turns to LEDs Using LED lighting, NASA has figured out how to make space food more palatable.
Solid-State Lighting and the Growth of LEDs for Horticultural Applications Advancements in LED technology allow targeting horticultural applications.
Lighting Design for Optimum Luminosity Lighting design process considerations ensure the best trade-off between overall luminosity, efficacy (lm/W), complexity and cost for an LED-based product.