Long sees the primary challenge as developing a transferable process or recipe. He noted that even the same model of MOCVD reactor have inherent differences.while LED lights are an addition led light bulbs to the market place, consumers should do their research before investing in the technology. And Bridgelux must develop a recipe that first is usable across the same MOCVD model and subsequently to different reactor models from the same vendor and later to reactors from different vendors.OceanLED is by fluorescent lights far the most popular and most widely distributed marine lighting brand in the world But the company could go into production once it can reliably transfer the process across the same model MOCVD reactor from a single vendor. Bridgelux is working with a single unnamed MOCVD reactor vendor for now.
Assuming,However, on closer inspection, the bulb table lamps itself is just a small part of the shape of the LED light.changing how sky lanterns boat owners light up the night. The company has a highly skilled team pushing the technological boundaries of LED lightingOceanLED has built its LED lighting supplier reputation and brand on product integrity, service and customer satisfaction. Bridgelux overcomes the technical hurdles, Yang sees other advantages in the GaN-on-Si technology. He said "It's easier to control variations when you load wafers into equipment with robots." Basically he is saying that robotics will yield more consistent components and better yield. Certainly LED manufacturing on sapphire and silicon carbide is evolving toward more automated processes, but that takes time and money.
Meanwhile those silicon fabs stand ready and Bridgelux hopes to partner with a company that can bring expertise in silicon-manufacturing to the table. Posselt asked, "How to we bridge the gap between the opto LED and the semiconductor space?" Presumbaly the answer is a partner that for now is either unidentified or unnamed.
Bridgelux CTO Steve Lester is clearly confident in the progress. He said, "We are very pleased with the pace of our progress in this area, and we will continue to aggressively develop our GaN-on-Si processes in order to drive the migration of LED commercial production from sapphire to silicon substrates. Our first commercially available GaN-on-Si products remain on schedule for delivery to the market within the next two years."
Assuming,However, on closer inspection, the bulb table lamps itself is just a small part of the shape of the LED light.changing how sky lanterns boat owners light up the night. The company has a highly skilled team pushing the technological boundaries of LED lightingOceanLED has built its LED lighting supplier reputation and brand on product integrity, service and customer satisfaction. Bridgelux overcomes the technical hurdles, Yang sees other advantages in the GaN-on-Si technology. He said "It's easier to control variations when you load wafers into equipment with robots." Basically he is saying that robotics will yield more consistent components and better yield. Certainly LED manufacturing on sapphire and silicon carbide is evolving toward more automated processes, but that takes time and money.
Meanwhile those silicon fabs stand ready and Bridgelux hopes to partner with a company that can bring expertise in silicon-manufacturing to the table. Posselt asked, "How to we bridge the gap between the opto LED and the semiconductor space?" Presumbaly the answer is a partner that for now is either unidentified or unnamed.
Bridgelux CTO Steve Lester is clearly confident in the progress. He said, "We are very pleased with the pace of our progress in this area, and we will continue to aggressively develop our GaN-on-Si processes in order to drive the migration of LED commercial production from sapphire to silicon substrates. Our first commercially available GaN-on-Si products remain on schedule for delivery to the market within the next two years."
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