Cree is LED Lighting
At Cree, we’ve revolutionized the lighting industry with high-quality, energy-efficient LED lighting.
From retail and hospitality to commercial and industrial, Cree LED lighting is saving energy and creating beautifully-lit spaces around the world.
Cree is leading the LED Revolution.
Cree Is Driving LED Lighting
Cree leads the industry in brightness and reliability for power LEDs with its XLamp LED family. Through XLamp LEDs, Cree is enabling the lighting industry with efficient, environmentally friendly LED light.
Cree LED Modules provide a simple solution for lighting designers and manufacturers to adopt best-in-class LED lighting.
Cree’s advantage is in the materials we use. Cree has unparalleled expertise working with two high-performance materials, silicon carbide (SiC) and gallium nitride (GaN). Find out more about our highly-efficient chips and materials.
Revolutionizing the Power Electronics Industry
Cree's SiC devices deliver the best possible system efficiencies while simplifying thermal design. Find out how you can use Cree power devices to re-invent and revolutionize the power industry.
Cree RF Devices Are Driving High-Power Communications
Cree is a leading supplier of silicon carbide (SiC) and gallium nitride (GaN) wafers and devices for RF communications. When you need best-in-class performance, look to Cree’s GaN HEMTs and MMICs.
HEMTs, MMICs, packaged devices, bare die. Cree is a leading supplier of silicon-carbide (SiC) and gallium-nitride (GaN) wafers and devices for RF communications.
Radar, satellites, telecom and more.
Find a distributor to assist you with Cree RF products.
Request a sample and more.
GaN-based HEMT MMICs
Cree RF products use GaN on silicon-carbide substrates, which provides many inherent advantages over silicon substrates — advantages that can significantly benefit Cree customers.
June 13, 2012
Breakthrough Technology Delivers Twice the Efficiency over Conventional Solutions
October 18, 2012
February 20, 2013
Collaboration Establishes New Industry Standard with Significant Energy and Carbon-Footprint Reductions
June 14, 2012
Higher Power GaN-on-SiC Processes Allow Telecom System Operators and Military System Providers to Leverage GaN Efficiency for Operational Cost Savings
June 3, 2013
June 19, 2012
New Models Drive Faster Time to Market and Provide Rapid Simulation of Complex Waveforms such as W-CDMA and OFDMA
October 13, 2013 - October 16, 2013
Locations: Monterey, California Speaking
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