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European Photonics Industry Growing Close to Double Global GDP Rate | Business | Jun 2021

European Photonics Industry Growing Close to Double Global GDP Rate | Business | Jun 2021
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United statesBruxelles capitaleGiorgio ananiaEuropean unionNorth americaஒன்றுபட்டது மாநிலங்களில்ப்ரூக்ஸெல்ஸ் தலைநகரம்ஜார்ஜியோ அனானியாஐரோப்பிய தொழிற்சங்கம்வடக்கு அமெரிக்கா

The Technology and Science of Light- how Fast is the European Photonics Industry Growing?

Jun 09 2021 “With a global growth rate of CAGR 7 %, photonics is growing faster than many other high-tech industries, for example, the IT industry (4.5%), Medtech (4.9%), and Microelectronics (4%).” – Giorgio Anania The Photonics industry has proved to be one of Europe’s most resilient and fast-growing industries in recent years growing at more than double the rate of global GDP outperforming other market sectors segments according to the new ‘Market Research Study – Photonics 2020’ by deep technology research group Tematys. Covering the period from 2015-2019, the industry grew at a CAGR of 7% per year and was worth €103 billion. Job uptake significant An additional 30,000 jobs, taking the total employee level to over 390,000 employees during this time, represented an annual growth rate of 2.1% - twice as fast as European Manufacturing for the EU28 (around a 1% CAGR), the analyst said.

United statesUnited kingdomThierry robinGiorgio ananiaMarket research studyLighting energy industryEuropean manufacturingPresident giorgio ananiaNorth americaEnergy industryஒன்றுபட்டது மாநிலங்களில்ஒன்றுபட்டது கிஂக்டம்தியரி ராபின்ஜார்ஜியோ அனானியாசந்தை ஆராய்ச்சி படிப்புஐரோப்பிய உற்பத்தி

Photonics21: European photonics industry growing at more than double global GDP rate, new analysis finds

New research published today shows European photonics is growing at more than double the rate of global GDP – outperforming EU GDP and EU industrial production by three and five times, respectively. Present in many high-end, next-generation products, photonics technologies have proved to be long-term drivers of growth through their indispensable role in future markets.

United statesUnited kingdomThierry robinGiorgio ananiaLighting energy industryMarket research studyEnergy lightingSolving societal challengesEuropean manufacturingPresident giorgio ananiaNorth americaOptical instrumentationEnergy industryஒன்றுபட்டது மாநிலங்களில்ஒன்றுபட்டது கிஂக்டம்தியரி ராபின்

microLED ICs fabbed on 300mm wafers

microLED ICs fabbed on 300mm wafers Eight year-old Leti micro-LED spin-off Aledia has manufactured microLED ICs on 300mm (12”) silicon wafers. The company, which developed its technology on 200mm (8”) silicon wafers over the past eight years. “The larger size allows 60-100 smartphone displays to be made on a single 300mm wafer, versus approximately four-to-six using the present LED industry-standard, 4” sapphire substrate,” says Akedia CEO Giorgio Anania, “thanks to Aledia’s unique nanowire LED technology (3D LED), this can be done with commercially available processes and equipment, since it uses standard-thickness (780µm) silicon wafers.” Planar, “2D” microLEDs are produced by depositing flat layers of GaN crystal on sapphire wafers of 100-150mm diameter (4-6”), with the majority of production today being on 100mm (4”) wafers. Aledia’s microLED technology grows GaN nanowires (GaN crystals of sub-micron diameter) on top of large-area silicon deliver

Giorgio ananiaஜார்ஜியோ அனானியா

Aledia produces first nanowire chips on 300mm silicon wafers

Aledia produces first nanowire chips on 300mm silicon wafers Aledia, a French start-up developing a disruptive technology for microLED displays, has manufactured the worldâs first microLED chips produced on 300mm (12â) silicon wafers. The company, which developed its technology on 200mm (8â) silicon wafers over the past eight years, will produce the chips on both 200mm and 300mm wafers. The larger wafers provide better economic payoff and cost-effective integration with smaller-node electronics, which are only available on 300mm silicon wafers. Aledia was spun out of CEA-Leti, a French research institute pioneering micro- and nanotechnologies, in 2012, and the work on 300mm wafers has been performed by joint Aledia and CEA-Leti teams.

Emmanuel sabonnadiGiorgio ananiaஜார்ஜியோ அனானியா