9 Display Technology Trends in 2023

Are you curious about which display technology trends & startups will soon impact your business? Explore our in-depth industry research on 1 469 display technology startups & scaleups and get data-driven insights into technology-based solutions in our Display Technology Innovation Map!

The explosive growth in online gaming and entertainment keeps audiences in front of televisions, tablets, and smartphones longer. As a result, they are demanding better visual experiences, which drives innovation in display technologies. LED technologies such as organic LED (OLED) and micro LED are replacing LCDs to improve display performance. Startups are also focusing on developing next-generation technologies such as quantum dot (QD) displays. This report provides an overview of the top 9 display technology trends and innovations in 2023. They range from flexible and immersive displays to projection technologies and laser-based displays. Read more to explore how they impact your business.

Innovation Map outlines the Top 9 Display Technology Trends & 18 Promising Startups

For this in-depth research on the Top Display Technology Trends & Startups, we analyzed a sample of 1 469 global startups & scaleups. The result of this research is data-driven innovation intelligence that improves strategic decision-making by giving you an overview of emerging technologies & startups in the display industry. These insights are derived by working with our Big Data & AI-powered StartUs Insights Discovery Platform, covering 2 500 000+ startups & scaleups globally. As the world’s largest resource for data on emerging companies, the SaaS platform enables you to identify relevant startups, emerging technologies & future industry trends quickly & exhaustively.

In the Innovation Map below, you get an overview of the Top 9 Display Technology Trends & Innovations that impact 1 469 companies worldwide. Moreover, the Display Technology Innovation Map reveals 18 hand-picked startups, all working on emerging technologies that advance their field.

Top 9 Display Technology Trends

  1. Flexible Displays
  2. Immersive Displays
  3. Digital Signage
  4. Micro LEDs
  5. LCDs
  6. Projection Technologies
  7. OLEDs
  8. Quantum Dots
  9. Laser-based Display Technology

 

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Tree Map reveals the Impact of the Top 9 Display Technology Trends

Based on the Display Technology Innovation Map, the TreeMap below illustrates the impact of the Top 9 Display Technology Trends in 2023. Currently, the largest consumer demand focuses on lighter and thinner flexible displays for foldable phones. The diverse use of immersive displays and projection technologies in the advertising, gaming, and entertainment industries drives innovations in that direction as well. The marketing sector is utilizing digital signage to reach more customers. At the same time, technologies like Micro LED, LCD, OLED, QD, and laser-based display technologies see a lot of activity. With them, manufacturers are able to develop high contrast, low reflection, and wider viewing angle displays.

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Interested to explore all 1 400+ display technology startups & scaleups?

 

Global Startup Heat Map covers 1 469 Display Technology Startups & Scaleups

The Global Startup Heat Map below highlights the global distribution of the 1 469 exemplary startups & scaleups that we analyzed for this research. Created through the StartUs Insights Discovery Platform, the Heat Map reveals that the UK & US see the most startup activity.

Below, you get to meet 18 out of these 1 469 promising startups & scaleups as well as the solutions they develop. These 18 startups are hand-picked based on criteria such as founding year, location, funding raised, & more. Depending on your specific needs, your top picks might look entirely different.

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Top 9 Display Technology Innovation Trends

1. Flexible Displays

The capability to enable thin, lightweight, and unique form factors makes flexible displays an exciting innovation. They also support low-cost roll-to-roll manufacturing, which is why flexible displays find use in wearables, automotive head-up displays (HUDs), and smartphones. Some of the technologies in building a rollable display include electronic ink, gyricon, organic LCD (OLCD), and OLED. Additionally, these displays are less prone to breakage, unlike rigid glass substrate-based displays. Major uses of flexible displays include electronic paper for dynamic posters and signages as well as foldable phones.

SuperUs Systems offers Electronic Paper Devices

SuperUs Systems is an Indian startup that provides electronic paper devices. These e-ink devices use tiny capsules containing microscopic particles of multiple colors and electrical charges. The electrodes make the e-paper surface reflect a certain color. Since they consume power only when the content on display changes, they are energy efficient. The retail and advertising industry utilizes it for electronic shelf labels, seat tag displays, and more.

BeTerrific Tech manufactures Modular LED Panels

US-based startup BeTerrific Tech designs modular LED panels. The startup’s product, Agility Quadricep, follows a flexible cabinet design that allows panels to fit in any combination of flat or curved surfaces without gaps. They are ideal for displays on ceilings, posters, corners, etc. Marketing companies leverage these weather-resistant and durable panels to advertise their products.

2. Immersive Displays

The applications of immersive display technologies vary from industry to industry. For example, virtual reality (VR) interactive environments provide enhanced perception to increase engagement and learning in virtual meeting rooms. Display technology startups and scaleups also develop tiny screens and lenses that simulate large screens. This encompasses most of a user’s field of view (FOV), thereby offering panoramic virtual screens. At the same time, such displays provide interactive augmented realities (AR) for viewers through head-mounted displays (HMDs). This enables augmented shopping and improves decision-making through real-time situational awareness. Immersive displays thus enable convenient, personalized experiences.

Swave Photonics designs Holographic Microchips

Swave Photonics is a Belgian startup that manufactures holographic microchips. They enable holographic extended reality (HXR) gigapixels using a diffractive photonics technology. As a result, it powers ultra-high resolution, lifelike 3D displays. Businesses use this technology to engage in immersive video conferences while working remotely.

BRELYON provides Virtual Display Monitors

US-based startup BRELYON offers virtual display monitors. They provide a panoramic virtual image with true optical depths across the viewer’s FOV. Thus, it relaxes the ciliary muscles of the eye and reduces vergence stress, enabling comfortable extended use. With BRELYON’s virtual monitors, companies are able to replace their multi-monitor setups and improve productivity.

3. Digital Signage

Digital signage uses display technologies such as LCD, LED, projection, and e-paper. The rapid drop in the price of LCD screens also increases their integration into digital signage. Startups and scaleups develop digital signages with interactive displays with touchscreens, QR codes, or Bluetooth. They increase user engagement by allowing customers to participate in various activities such as polls, games, etc. Additionally, companies use content management systems (CMS) and digital media distribution systems to run and modify these digital signage displays. They are especially useful to provide public information and share product information for brands.

VideowindoW develops Transparent Solar Screens

VideowindoW is a Dutch startup that makes transparent solar screens. The startup utilizes multiple modules consisting of light sensors to make these screens. It also uses advanced algorithms to incorporate real-time data from exterior luminescence and temperature for glare control and thermal insulation. Marketing companies and designers use these screens as digital signages or media display systems in establishments such as airports.

PanoScape Holdings offers an Interactive Digital Canvas

US-based startup PanoScape Holdings provides an interactive digital canvas. It couples a cloud-based CMS with real-time analytics. The canvas switches to an interactive mode when the viewers engage with the screen. Restaurants and malls leverage this technology to provide ultra-high-resolution content to customers.

4. Micro LEDs

Micro LED displays consist of numerous microscopic LEDs that self-illuminate per display pixel. Unlike OLED displays, micro LEDs use inorganic materials. As a result, they feature ultra-low black levels with higher peak brightness. Moreover, the contrast ratio is much higher than in OLEDs. Micro LED displays are also modular by design as they make use of multiple smaller displays to form a large screen, increasing customizability. The main advantages of micro LED displays are longer lifespan and lower power consumption, improving sustainability.

Porotech makes Full Color Micro LEDs

Porotech is a UK-based startup that creates full-colored micro LEDs. The startup’s technology, DynamicPixelTuning (DPT), allows manufacturers to replace red green blue (RGB) sub-pixels with a single pixel to create any color in the visible spectrum. As a result, semiconductor companies leverage this technology to better engineer porous GaN materials for displays.

LC SQUARE provides Laser-based Micro LEDs

South Korean startup LC SQUARE manufactures laser-based micro LEDs. The startup utilizes laser-induced forward transfer technology (LIFT) for mass transfer within these micro LEDs. As a result, it quickly detaches micro LEDs from sapphire wafers and arranges them on top of interposers. This eliminates intermediary processes and enables manufacturers to easily move micro LEDs on driver circuits.

5. LCDs

LCDs use light modulating nature of liquid crystals to display images. Many electronic devices such as televisions, computer monitors, digital cameras, and watches already utilize this display technology. In comparison with heavy CRT displays, LCDs offer compact and thin structures while requiring lower power. Due to the high costs of OLEDs and micro LEDs, companies are exploring low-cost applications of LCD in wearables such as fitness bands. Its competitiveness in the market also exists because of LCDs’ use in cost-efficient touchscreen devices for industrial applications. Further, companies are enhancing LCD picture quality using quantum dots. However, the production of environmentally hazardous e-waste due to LCDs will push companies to focus on solutions such as OLED in the future.

Seeing Display Technology creates Energy-Efficient LCDs

Seeing Display Technology is a Taiwanese startup that devises energy-efficient LCDs. The startup’s memory-type liquid crystal technology, MLC, controls and maintains the light transmission of liquid crystal films or glasses. It does this by switching the input power on and off, thereby reducing power consumption. Display manufacturing companies leverage MLC to reduce carbon emissions.

Nanolumi offers Color-enhanced LCD Films.

Singaporean startup Nanolumi produces color-enhanced LCDs. The startup’s product, Chameleon G, consists of perovskite nanocrystal-based film and cadmium-free narrow green emitter. They together offer a combination of energy-efficient LCDs with better color performance and brightness in comparison to OLEDs. Since they replace traditional LCDs using a simple drop-in solution, it is useful for companies developing low-cost, high-performance displays.

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6. Projection Technologies

Projection technologies are emerging as one of the major real-world and information tools in the advertising and architectural industries. They were previously limited to standard projectors that illuminated a screen or wall under low light. However, recent advances expand the scope of projection technologies with 3D image projection, including holograms and window signage applications. For example, some solar-absorbing window glasses turn into display panels during the daytime while others convert into transparent displays. In some cases, projection technologies overlap with immersive technologies as is seen in the case of AR and holographic projections. Marketing and product development companies rely on such technologies for offering close to real-life objects and portability.

Lux Labs provides Transparent Display Films

Lux Labs is a US-based startup that creates transparent display films. The startup’s film, ClearBright, transforms any window or clear surface into a display screen by utilizing specialized nanoparticles. It enables transparent and exceptionally bright displays that are portable and work with various projectors. Branding companies use this solution to visually enhance their clients’ restaurants, gyms, retail storefronts, etc.

Visual Feeder develops a Sensor-enabled Projection Display

US-based startup Visual Feeder creates a sensor-enabled projection display. The startup equips window-scape locations with real-time analytics sensors. They track live engagement by analyzing foot traffic, actual impressions, and dwell time. As a result, ad and marketing agencies leverage this solution for testing campaign concepts and metrics.

7. OLEDs

OLEDs consist of flexible sheets containing organic electroluminescent material that emit flat light. Thus, they do not require a backlight, as well as are thinner and more efficient than LCDs. Moreover, OLEDs provide improved image quality by enhancing contrast and brightness. They also allow fuller viewing angles, a wider color range, and much faster refresh rates. As a result, it is one of the most promising alternative display technologies for plasma and LCD displays. Smartphone and wearable manufacturers use OLED screens, including flexible OLEDs, in their products.

Noctiluca produces OLED Emitters

Polish startup Noctiluca creates OLED emitters. They use thermally activated delayed fluorescence (TADF) technology to emit light upon electricity application. Along with the rest of the organic materials, these emitters form sub-pixels, the basic building block of OLED displays. Display manufacturers use this innovation to obtain efficient blue emitters without the use of heavy metals that cause burn-in.

Mattrix Technologies offers Recycled OLEDs

Mattrix Technologies is a US-based startup that provides recycled OLEDs. The startups leverage recycled LCD-TFT array lines for active matrix OLED and AMOLED manufacturing. Further, the startup’s organic light emitting transistor (OLET) technology combines current control with light emission. This enables high brightness and contrast, which is why smartphone and automotive manufacturers use it for always-on, wrap-around, and rollable displays.

8. Quantum Dots

Quantum dot or quantum dot LED(QLED) displays utilize tiny phosphorescent crystals that react to light and electricity. Unlike conventional LEDs that use pure white backlights, these tiny nanoparticles are struck by blue light. As a result, they emit red or green light which enables highly saturated and accurate colors than an average LED. The benefits of QDs include better energy efficiency and longer lifespan. They also feature low burn-in and allow a greater range of panel sizes. Currently, the most common displays that use this technology are televisions. However, startups and scaleups are leveraging quantum dots to enhance gaming experiences through high-performance monitors.

QustomDot makes Display Nanoparticles

Belgian startup QustomDot develops display nanoparticles. The startup’s nanoparticles or quantum dots comprise InP QDs for color conversion and InAs QDs for infrared (IR) sensing or imaging. This technology allows direct use of these QDs on LED chips, enabling novel applications like micro LEDs. The color-tuning ability of the startup’s QDs also makes it apt for immersive displays.

NanoPattern Technologies commercializes Quantum Dot Inks

NanoPattern Technologies is a US-based startup that makes quantum dot inks. The startup’s patented ink formulation supports high-resolution QD downconverter layer patterning. It replaces high-performance monochrome displays to accommodate more colors and enables low-cost manufacturing of next-gen displays.

9. Laser-based Display Technology

Laser-based display systems find applications as a projection technology and as a video technology. In both these forms, displays use two or more modulated optical lasers as the light source. As a result, laser-based displays obtain high-fidelity images with high definition, a large color gamut, and better viewing comfort. This means that the images are always laser sharp even when projecting onto uneven or curved surfaces. Compact laser systems, such as edge-emitting diodes, vertical-cavity surface-emitting lasers, and optically pumped semiconductor lasers, are suitable candidates for laser-based displays. Pico projectors and laser televisions also utilize these laser systems. Many startups and scaleups are developing solutions to improve image quality by targeting issues such as laser speckle.

VITREALAB offers Integrated Photonic Devices

Austrian startup VITREALAB creates integrated photonic devices. They utilize a quantum light engine that contains millions of precisely fabricated low-loss optical waveguides. The waveguides interface with nanoimprinted micro-optics to create laser lights. Immersive reality companies leverage these laser lights for their high brightness and contrast color quality.

OQmented makes AR Smart Glasses

OQmented is a German startup that devises AR smart glasses. They use laser beam scanning with 2D micro-electromechanical systems (MEMS) mirrors. This setup ensures 3D depth sensing as well as high-performance brightness and contrast. Wearable companies leverage OQmented’s technology to obtain low-powered displays effective even in broad daylight without compromising eye safety.

Discover all Display Technology Trends & Startups

Consumer preferences see a shift from plasma and LCDs to OLEDs and micro LEDs for better picture quality and higher energy efficiency. The raised awareness against e-waste is also pushing companies to provide more environmentally friendly display technologies. Among others, quantum dots, high-performance sub-pixels, and energy-efficient display technologies will transform the sector as we know it today.

The Display Technology Trends & Startups outlined in this report only scratch the surface of trends that we identified during our data-driven innovation & startup scouting process. Identifying new opportunities & emerging technologies to implement into your business goes a long way in gaining a competitive advantage. Get in touch to easily & exhaustively scout startups, technologies & trends that matter to you!

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