The development of practical blue LEDs required great perseverance by several Japanese scientists who had to learn how to fabricate high-quality films of GaN and effectively dope them to create ...

Plessey announced the availability of its range of MaGIC™ LED die, manufactured on the company’s patented GaN-on-Silicon technology. The blue die, sometimes referred to as blue pump for their ability ...

Blue LED Nobel Prize winner Hiroshi Amano was visiting Leti GaN-on-Si micro-wire LED firm Aledia when he heard about the award. Amano is a member of Aledia’s scientific advisory board. The firm is a ...

SARATOGA, Calif.--(BUSINESS WIRE)--Mojo Vision, the high-performance micro-LED company, today announced an important development and process milestone with the successful light-up of the first-ever ...

Traditionally Gallium Nitride (GaN) LED devices are produced on either sapphire or silicon carbide (SiC) substrates, due to the good crystal lattice matching between the materials and the GaN, with ...

Tyntek, a maker of LED chips and sensors, has initiated small-scale shipments of GaN power components and expects the business to enter its early stages in 2024. Friday 14 February 2014 GaN LED ...

LED developer Bridgelux is claiming breakthrough power efficiencies for gallium nitride on silicon (GaN-on-Si) devices. The company claims LED performance levels comparable to high-end sapphire-based ...

Plessey has announced the MaGIC LED dice range. Manufactured on the company's patented GaN on silicon technology, the so called 'blue dice' are said to be the latest innovation in high brightness LED ...

Figure 2: Surface morphology of a graphene/SiC substrate and GaN films grown on graphene. Figure 3: TEM and XRD analyses on single crystallinity of GaN films grown on epitaxial graphene. Figure 4: ...

A new chip-type blue SMD LED is both ultra thin and low cost. Employing a 0402 design (1.0 mm x 0.5 mm x 0.5 mm), the GaN blue LED chip is said to be a fraction of the cost of a traditional blue SMD ...