I microdisplay sono la forma più semplice, un microdisplay è un display molto piccolo che misura da 0,75 a 1 pollice da un angolo all'altro. I microdisplay OLED possono essere prodotti in dimensioni estremamente ridotte utilizzando circuiti su un backplane in silicio per controllare i singoli pixel. Le TV a retroproiezione e i display montati sulla testa sono due degli usi più tipici dei microdisplay. A seconda di come la luce può attraversare l'unità display, i microdisplay possono essere riflettenti o trasmissivi. Un microdisplay è essenzialmente un piccolo display con una diagonale inferiore a un quarto di pollice. È comunemente utilizzato negli smartwatch, nelle smartband e negli occhiali intelligenti per consentire immagini di alta qualità e un elevato rapporto di contrasto. Ha una tecnologia configurabile dall'utente, alta risoluzione e alta densità di pixel. Inoltre, ha una risoluzione SEGA (super extended graphics array) per una migliore visualizzazione da tutte le angolazioni e una maggiore luminosità. Le tre tecnologie di microdisplay più diffuse sono LCD, DLP e LCoS. Per il monitoraggio in tempo reale e prestazioni più rapide, i microdisplay stanno attualmente trovando un'ampia gamma di applicazioni nell'industria militare e della difesa.
| ATTRIBUTO | DETTAGLI |
| Periodo di studio | 2022-2029 |
| Anno base | 2021 |
| Anno stimato | 2022 |
| Anno previsto | 2022-2029 |
| Periodo storico | 2018-2020 |
| Unità | Valore (miliardi di USD), Volume (migliaia di unità) |
| Segmentazione | Per tecnologia, tipo, applicazione e regione. |
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Il mercato dei microdisplay si sta espandendo a seguito della crescente domanda di tecnologia indossabile. Il mercato dei display minuscoli si espanderà a seguito del crescente utilizzo delle tecnologie di realtà aumentata e realtà virtuale. Inoltre, la qualità del display di un prodotto è fondamentale per creare un ambiente immersivo per l'utente e i sistemi di microdisplay hanno grandi potenzialità per farlo. Tra le altre tecnologie, il prodotto microdisplay può essere offerto utilizzando display a cristalli liquidi (LCD), diodi organici a emissione di luce (OLED) ed elaborazione digitale della luce. Grazie ai loro rapidi tempi di commutazione, i diodi organici a emissione di luce stanno diventando sempre più popolari. Ciò fornisce un display con un'elevata frequenza di aggiornamento, che riduce la cinetosi. La maggiore qualità del display probabilmente accelererà l'adozione dei microdisplay in settori quali giochi e intrattenimento, trasporti, assistenza sanitaria e istruzione, tra gli altri.
The global Microdisplay market was valued at 2.99 billion in 2022 and is projected to reach 12.5 billion by 2029, growing at a CAGR of 22.7% from 2022 to 2029
Based on technology, type, application, and region the microdisplay market reports divisions are broken down.
The global microdisplay market registered a CAGR of 22.7% from 2022 to 2029. The industry segment was the highest revenue contributor to the market.
Key players profiled in the report include eMagin Corporation, Universal Display Corporation, AU Optronics Corp, KopIn Corporation Inc, Micron Technology Inc, Himax Technology Inc, LG Display Co. Ltd., Microvision Inc, Sony Corporation, Syndiant Inc, and others
Asia Pacific is home to a sizable number of microdisplay producers, which has also lowered microdisplay pricing and increased the use of microdisplay-based devices in the region. Furthermore, China, Japan, and South Korea account for a sizable percentage of the microdisplay market in APAC.
On the basis of technology, microdisplays are subdivided into LCD, OLED, DLP, and LCoS. A type of flat panel display known as an LCD (Liquid Crystal Display) operates primarily using liquid crystals. Since they are frequently used in cellphones, televisions, computers, and instrument panels, LEDs offer a wide range of applications for consumers and enterprises. A flat-panel display or other electronically controlled optical device that makes use of polarizers and the light-modulating capabilities of liquid crystals is known as a liquid-crystal display (LCD). Liquid crystals don't directly emit light, instead creating color or monochromatic pictures with a backlight or reflector. There are LCDs that can show random images (like on a general-purpose computer display) or fixed displays with little information that can be seen or hidden. Examples of gadgets using these displays include preset words, figures, and seven-segment displays, such as those seen in digital clocks. They both make use of the same fundamental technology, although some displays have larger components, whereas others employ a grid of tiny pixels to create random images. There are many different applications for LCDs, such as LCD televisions, computer monitors, instrument panels, cockpit displays for airplanes, and interior and outdoor signs. LCD projectors and portable consumer electronics like digital cameras, watches, calculators, and mobile phones, including smartphones, frequently include small LCD panels. In almost all applications, LCD screens have taken the role of cathode-ray tube (CRT) displays, which were large, heavy, and less energy-efficient.
Thin films of organic light-emitting (OLED) materials are used in OLED technology to create thin, effective, and bright displays that generate light when power is applied to them. Many industry insiders predict that OLEDs will eventually replace current display ecosystem technologies. As a result, a sizable number of businesses have begun to invest more money in OLED-related research and development projects. OLED Microdisplays produce outstanding image quality while maintaining high resolution with a high contrast ratio, wide color gamut, and quick reaction by combining rich OLED technology with backplane technology for image sensors. A light-emitting diode (LED) with an organic compound film as the emissive electroluminescent layer generates light in response to an electric current and is referred to as an organic light-emitting diode (OLED), also known as an organic electroluminescent (organic EL) diode. This organic layer is sandwiched between two electrodes, usually with at least one transparent electrode. OLEDs are utilized to make digital displays in gadgets like televisions, computer monitors, and portable gaming systems like smartphones. While Liquid crystal on silicon (LCoS or LCOS) is a reflective active-matrix liquid crystal display or "microdisplay" that is scaled down. It uses a liquid crystal layer on top of a silicon backplane. It is also known as a modulator of spatial light. LCoS was primarily created for projector TVs, but it is currently utilized for structured lighting, near-eye displays, wavelength selective switching, and optical pulse shaping. Comparatively speaking, certain LCD projectors make use of transmissive LCD, which permits light to pass through the liquid crystal.
Near-To-Eye and Projection are the types of microdisplays market. Also, the microdisplay market is separated on the basis of applications in Consumer Electronics, Military & Defense, Medical Applications, Industrial Systems, and Automotive. Due to the high resolution and outstanding picture quality, low power consumption, and compact size of microdisplays, they are widely used in consumer electronics, consumer and military electronics, and medical and industrial applications. This rapid market expansion is due to these factors. Electronic (analog or digital) equipment designed for regular use, often in private homes, is referred to as consumer electronics or home electronics. Devices for entertainment, communication, and recreation are all considered to be consumer electronics.
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Microdisplays are in high demand, particularly for usage in goods like cameras/EVF, projectors, and HUD, throughout the Asia Pacific. The fast industrialization, the existence of several OEMs and customers in the area, and the growth of the microdisplay market in APAC are all factors. The major APAC industries that significantly contribute to the expansion of the microdisplay market are consumer, industrial & enterprise, automotive, military, defense & aerospace, and industrial & enterprise. APAC is home to a sizable number of microdisplay producers, which has also lowered microdisplay pricing and increased the use of microdisplay-based devices in the region. Furthermore, China, Japan, and South Korea account for a sizable percentage of the microdisplay market in APAC. The utilization of ICT in the educational sector in North America has made the region the market leader for microdisplays. Also due to the top manufacturer of hardware gadgets like head-mounted displays, smart glasses, and wearables, Asia Pacific is predicted to take off. Due to the existence of firms like LG Electronics, Samsung Electronics, and Sony Corporation, Japan and China are anticipated to grow.
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