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OLED Panels Transform Consumer Electronics and Televisions, Driving Market Expansion

October 31, 2023 Audrey

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Global OLED Panel Market

Dublin, Oct. 25, 2023 (GLOBE NEWSWIRE) — The “OLED Panel Market: Global Industry Trends, Share, Size, Growth, Opportunity and Forecast 2023-2028” report has been added to ResearchAndMarkets.com’s offering.

The global OLED panel market has demonstrated impressive growth, reaching a significant US$ 35.8 Billion in 2022. Projections from industry experts indicate continued expansion, with the market poised to reach a substantial US$ 71.0 Billion by 2028, exhibiting a remarkable compound annual growth rate (CAGR) of 12.2% during the period from 2023 to 2028.

Revolutionizing Displays with OLED Panels:

Organic Light-Emitting Diode (OLED) panels are constructed from organic materials that emit light when an electric current is applied. These panels consist of a substrate, backplane, frontplane, and encapsulation layer to prevent oxygen and moisture infiltration. OLED panels offer efficiency, thinness, and flexibility due to the absence of backlights and filters, in contrast to Liquid-Crystal Display (LCD) panels. They provide superior viewing angles, rapid response times, and compact form factors while delivering enhanced image quality, vibrant colors, smooth motion, and high contrast. OLED panels are widely adopted in televisions (TVs), smartphones, handheld game consoles, computer monitors, and personal digital assistants (PDAs).

Market Trends and Drivers:

Surging Demand for OLED Televisions: OLED TVs are gaining popularity due to advantages in viewing angles and black levels, contributing significantly to market growth.
Rise of Foldable Smartphones: OLED panels are essential for manufacturing enhanced and foldable smartphones, further boosting the market.
Investment in R&D: Leading market players are heavily investing in research and development (R&D) efforts to incorporate transparent OLED display panels and active-matrix organic light-emitting diode (AMOLED) panels, enhancing market prospects.
Consumer Electronics Demand: Growing demand for consumer electronics, including computers, laptops, smartphones, tablets, gaming consoles, wearables, digital cameras, virtual reality (VR), and augmented reality (AR) devices, fuels market growth.
Awareness of OLED Benefits: Increased awareness of the advantages of OLED displays, such as energy efficiency, sunlight readability, and easier recycling compared to LCD panels, creates lucrative opportunities for industry investors.

Key Market Segmentation:

The report presents comprehensive market segmentation:

Type: Flexible, Rigid, Transparent
Technology: PMOLED Display, AMOLED Display
Size: Small-sized OLED Panel, Medium-sized OLED Panel, Large-sized OLED Panel
End User: Mobile and Tablet, Television, Automotive, Wearable, Others
Region: North America, Asia-Pacific, Europe, Latin America, Middle East and Africa

Competitive Landscape:

Key players in the OLED panel market include BOE Technology Group Co. Ltd., Innolux Corporation, Koninklijke Philips N.V., LG Display (LG Electronics Inc.), OSRAM OLED GmbH (OSRAM GmbH), Raystar Optronics Inc., RITEK Corporation, Samsung Display Co. Ltd. (Samsung Electronics Co., Ltd.), Sony Group Corporation, Universal Display Corporation, Visionox Co. Ltd, Winstar Display Co. Ltd., and WiseChip Semiconductor Inc.

Key Questions Addressed in the Report:

What was the global OLED panel market size in 2022?
What is the projected CAGR for the market during 2023-2028?
What are the primary factors fueling market growth?
How has COVID-19 impacted the OLED panel market?
What is the market breakdown by type, technology, size, and end user?
Which

Local weather transform: Most techniques to seize and reuse carbon really enhance emissions

February 23, 2022 Audrey

Carbon capture and utilisation systems, which intention to pull carbon dioxide from the air and use it for emissions-decreasing procedures, emit much more carbon than they take away

Natural environment

18 February 2022

By Alex Wilkins

A CO2 dense phase pump facility at the Hawiyah Natural Gas Liquids Recovery Plant, operated by Saudi Aramco, in Hawiyah, Saudi Arabia, on Monday, June 28, 2021. The Hawiyah Natural Gas Liquids Recovery Plant is designed to process 4.0 billion standard cubic feet per day of sweet gas as pilot project for Carbon Capture Technology (CCUS) to prove the possibility of capturing C02 and lowering emissions from such facilities. Photographer: Maya Siddiqui/Bloomberg via Getty Images — A carbon capture facility at the Hawiyah Organic Gas Liquids Restoration Plant in Saudi Arabia

Maya Siddiqui/Bloomberg through Getty Pictures

Most carbon capture and utilisation (CCU) systems, which pull carbon dioxide from the air and use it for other emissions-lowering procedures, emit much more carbon than they seize. This finding indicates that CCU tasks, which have captivated billions of bucks in investment decision, won’t do a great deal to achieve the Paris Agreement‘s emissions targets to reduce warming by much more than 1.5°C.

CCU systems just take carbon dioxide out of the atmosphere, either capturing it instantly from the air or absorbing it at polluting resources, and places it to use in procedures this sort of as producing fuel, plastics and concrete. In contrast to easy carbon capture know-how, CCU doesn’t store the CO2 for lengthy durations. CCU technologies either use vitality to change CO2 into fuels or use CO2 itself to push other industrial processes like oil extraction or growing plants.

Kiane de Kleijne at Radboud College in the Netherlands and her colleagues assessed the life cycles of far more than 40 CCU processes in opposition to 3 standards: could they permanently store CO2 does the CO2 they accumulate occur from atmospheric and organic resources and does the procedure have zero emissions.

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Kleijne and her group observed that the bulk of these technologies failed to fulfill these standards, with 32 of the 40 emitting a lot more carbon than they captured. Only 4 methods appeared to be completely ready for use whilst also emitting small quantities of carbon. These involve technologies that make use of CO2 in concrete production and for oil extraction.

“If you’re caught with these types of a know-how that does not have the opportunity to actually reduce emissions substantially, and ideally to net zero, then that could be a scenario that is unwanted,” says de Kleijne.

“Engaging in some of these utilisation pursuits in fact works by using far more carbon,” says Stuart Haszeldine at the College of Edinburgh in the Uk.

Many of the technologies also don’t seem completely ready for deployment on a massive scale, so they might not be valuable in hitting the Paris Agreement’s emission targets by 2030, suggests de Kleijne. “2030 is very shortly, and a large amount of these technologies are continue to below growth,” she states.

When the analysis utilized assumptions about long term energy mix that could improve – for case in point, energy was assumed to be wholly

ASML’s High-NA EUV lithography equipment is set to completely transform chipmaking

December 30, 2021 Audrey

China Information Services | China Information Company | Getty Pictures

Dutch agency ASML, a person of Europe’s hottest stocks, is performing on a new version of its extreme ultraviolet lithography machine, which is utilised to carve styles onto items of silicon that kind the most advanced chips in the environment.

Headquartered in Veldhoven, a tiny village near the Dutch city of Eindhoven, ASML is the only organization in the globe capable of creating these really complex EUV equipment — but it is really not halting there.

The firm’s present EUV equipment is applied by TSMC, Samsung and Intel to make chips that finish up in the newest crop of computer systems and smartphones. But there is a new model of the EUV equipment in the pipeline, dubbed Significant NA, that could enable chipmakers to develop even more complex chips to ability the up coming generation of digital gadgets. NA stands for numerical aperture.

ASML was born in 1984 when electronics big Philips and chip-equipment maker Highly developed Semiconductor Supplies Global resolved to develop a new corporation to develop lithography devices for the increasing semiconductor sector. Identified as ASM Lithography, the corporation started its function inauspiciously — in a get rid of upcoming to a Philips business in Eindhoven.

Right now, ASML is valued at $329 billion, and some tech traders anticipate it to be value $500 billion by the stop of 2022. It is the major tech enterprise in Europe by marketplace price and a single of the major in the entire world. It employs over 31,000 workforce across the Netherlands, the United States, South Korea, Taiwan and mainland China.

How EUV machines do the job

EUV equipment glow exceptionally narrow beams of gentle onto silicon wafers that have been taken care of with “photoresist” chemical compounds. Intricate designs are created on the wafer where the light arrives into get in touch with with the substances, which are meticulously laid out beforehand. This procedure, which sales opportunities to the development of the all-essential transistors, is recognized as lithography.

Transistors are just one of the essential creating blocks of modern electronics, and they allow an electrical existing to movement about a circuit. Commonly speaking, the extra transistors you can healthy on to a chip, the additional effective and successful that chip will be.

Not just about every lithography technique that ASML will make has EUV capabilities. EUV is the company’s newest technological innovation, which it introduced for high-quantity production a few yrs ago. DUV (deep ultraviolet) is continue to the workhorse of the marketplace.

Chris Miller, an assistant professor at the Fletcher University of Legislation and Diplomacy at Tufts College, told CNBC that chipmakers want to use the narrowest wavelength of light-weight probable in lithography so that they can fit extra transistors onto every piece of silicon. The TSMC chips in the latest Apple iPhones, which ended up developed with ASML’s EUV machines, have all-around 10 billion transistors on them.

Developing the new equipment

Higher NA is set to be even

Opinion | Apple’s New Microchip Could Transform Computing

November 12, 2021 Audrey

How Apple reached these gains is an attention-grabbing organization and technological tale. In 2008, about a calendar year after Apple released the initial Apple iphone, it bought a tiny semiconductor start-up to create specialised chips for its telephones. For many a long time, Intel’s chips were built generally for stationary equipment like servers and personalized personal computers. To strike their best speeds, Intel’s processors experienced to attract a great deal of electricity and made a good deal of heat. But Apple’s most significant products are cellular, run by batteries, so chugging a lot of electrical power wasn’t ideal. Its chip designers experienced to consider a starkly various approach. Instead than increase raw electricity, Apple aimed to build chips that had been optimized for power and effectiveness.

The complex techniques Apple has achieved this mix will audio like geeky gobbledygook to anyone unschooled in semiconductor principle. Broadly, nevertheless, Apple’s methods use a ton of specialised processing models and are optimized to run much more operations “out of buy,” a technological expression that essentially usually means they can execute more code at the same time.

The outcome is one thing like the change involving a muscle vehicle and a Tesla. The muscle mass car or truck achieves large speeds with a large motor that burns a whole lot of gasoline. The Tesla can hit even better speeds even though consuming significantly less energy simply because its electrical motor is inherently additional economical than a fuel engine. For yrs, Intel was earning muscle mass autos Apple’s large innovation was to develop the Tesla of computer system chips.

Apple also benefited from tremendous economies of scale. Since the Iphone is one of the most financially rewarding solutions at any time marketed, the business could afford to pay for to spend billions in a custom made chip operation — and then to repurpose its Apple iphone chips for the iPad, the Apple Television and now the Mac.

Apple’s investments have assisted spark a new race in the chip enterprise. Intel is investing $20 billion on new chip-producing crops, and other chip manufacturers — Samsung and TSMC, which manufactures processors for Apple — are collectively investing hundreds of billions of dollars to boost capability.

If I audio a minimal way too giddy about microchips, it is since there has not been substantially breakthrough technological innovation in the tech company for yrs. Fb is off ruining democracies, Google just retains sucking additional income out of ads and each and every new Iphone is just incrementally far better than the past.

Apple’s processors experience truly new. For greater and worse, they will drastically make improvements to the abilities of our equipment in the next several several years. Today’s swiftest phones are a lot more highly effective than desktops from just a couple of a long time in the past Andrei Frumusanu, who lined Apple’s new processors for the tech-news site Anandtech, told me that he expects Apple will be ready to preserve