LG Display has officially unveiled the world’s fastest OLED monitor panel at K-Display 2025 in Seoul. The company is showcasing a 27-inch QHD OLED panel that supports a refresh rate of 540Hz in standard mode and up to 720Hz in 720p resolution using its Dynamic Frequency and Resolution (DFR) technology. This marks the highest refresh rate ever achieved on an OLED display.

The new panel is part of LG Display’s fourth-generation OLED lineup, which uses Primary RGB Tandem technology. It stacks red, green, and blue sub-pixels as independent layers to improve brightness and efficiency. The 27-inch panel delivers 99.5% DCI-P3 color coverage and a peak brightness of 1500 nits, aiming at competitive gamers and professionals who need high-speed performance without compromising image quality.

LG Display is also showcasing a new 83-inch OLED panel with fourth-generation Tandem OLED technology. This display achieves a peak brightness of 4000 nits, which is currently the highest among consumer OLED panels. The company is using this display to demonstrate the improved picture quality and color depth compared to previous OLED generations.

In addition, LG Display has unveiled a 45-inch OLED panel with a resolution of 5120×2160 (5K2K), which currently holds the highest resolution in any OLED monitor panel.

LG Display is presenting new automotive displays as well. These include a 57-inch Pillar-to-Pillar LCD, a 32.6-inch slidable OLED, and a 14-inch Tandem ATO display that combines high brightness with low power consumption. The company is also displaying a 47.8-inch LTPS LCD with switchable privacy mode and a stretchable jog dial display for future vehicles.

An LG Display official stated that the company aims to maintain its lead in OLED innovation by improving existing technologies and strengthening its R&D for future solutions.

In related news, LG recently launched the 34BA75QE-B UltraWide Monitor in Japan, featuring a 34-inch curved display with USB-C, HDR10, and a built-in KVM switch. Additionally, the company has unveiled the UltraFine 40U990A-W, equipped with a 5K2K Nano IPS display, Thunderbolt 5 support, and KVM functionality.

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TCL CSOT is reportedly preparing to mass-produce its first standard OLED monitor panel, marking a significant step in its display technology roadmap. According to industry source VisionTalk, the panel will feature a 27-inch size, 4K UHD resolution (3840×2160), and support for 120Hz or 144Hz refresh rates. Unlike OLED gaming monitors, this model is targeted primarily at office and professional use.

VisionTalk reports that TCL CSOT has already finalized internal plans for OLED panel mass production. Based on the current timeline, production is expected to begin by the end of the third quarter of 2026. The company has also started discussions with multiple monitor brands to explore potential collaboration and integration.

The specifications closely resemble a prototype that TCL CSOT showcased at the SID 2025 exhibition. That model used inkjet printing (IJP) technology for OLED deposition and featured the same size and refresh rate configuration. It served as an early indicator of TCL CSOT’s intent to move beyond R&D and enter commercial production.

Although 120Hz and 144Hz refresh rates are typically associated with gaming monitors, TCL CSOT appears to be positioning this panel for general productivity and creative tasks. OLED displays offer deep contrast, true blacks, and wide viewing angles, which can enhance workflows for professionals working with visual content or multitasking across large screens.

The use of IJP OLED technology could allow TCL CSOT to keep production costs lower than those of traditional WOLED or QD-OLED panels. This approach may also support more scalable manufacturing, which is critical as the company looks to expand its presence in the OLED monitor segment.

TCL CSOT has not publicly confirmed the report, but VisionTalk suggests that early-stage talks with display brands are already underway. If the production schedule holds, the first commercial monitors based on this 27-inch 4K OLED panel could arrive in late 2026 or early 2027.

In related news, TCL recently launched its C72K QD-Mini LED TVs in India, featuring 4K 144Hz panels and Dolby Atmos support, while the Nxtpaper 11 Plus tablet has debuted in the US with a 120Hz paper-like display.

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TCL CSOT has started production of its first OLED display panel designed for monitors, marking a new step in the company’s broader display ambitions. According to industry insider VideoHall, several monitor brands have begun testing prototype units based on this new panel. This development signals an effort to break into a market that has long been dominated by Samsung Display and LG Display.

While China’s AMOLED industry has made progress in smartphone and laptop displays, large-size OLED panels for monitors and TVs have remained largely under the control of Korean manufacturers. TCL CSOT’s move into this segment comes amid growing demand for alternatives, especially from brands looking to diversify supply sources.

At SID 2025, TCL CSOT showcased a 27-inch 4K 120Hz printed OLED display sample. The commercial version, however, reportedly features a 144Hz refresh rate. Industry analysts view this as a potential issue, as the 144Hz spec sits in an uncomfortable position for the current monitor market. While it is not slow, it doesn’t fully meet the needs of creative professionals who prioritize 120Hz cinematic performance or gamers who often demand 240Hz and above.

As a result, most brands see this first-generation OLED panel as a transitional product. According to VideoHall, no company is expected to bring a monitor with TCL CSOT’s current OLED panel to market in the near term.

Despite this, the ongoing prototype testing signals growing interest in domestic OLED supply. If TCL CSOT can demonstrate consistent panel reliability, high color accuracy, and competitive longevity, it may eventually challenge the current OLED supply chain dominated by Korean firms. However, the path forward depends on resolving key issues such as burn-in resistance, refresh rate alignment, and production yield optimization.

In related news, TCL launches a massive 57-inch Dual 4K curved monitor with 120Hz refresh rate, 1ms response time, and USB-C docking. Meanwhile, Samsung has globally introduced its new M9, M8, and M7 Smart monitors, featuring 4K resolution, built-in Smart OS, and gaming support.

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TCL‘s display manufacturing arm, CSOT, has made significant strides in inkjet-printed OLED technology, achieving a 1.5x increase in light output efficiency and preparing for mass production by the end of 2024. This breakthrough technology promises to revolutionize the OLED display industry, offering numerous advantages over traditional production methods.

TCL’s Breakthrough in Display Technology

Inkjet printing, a technique that utilizes large, precise printers to deposit organic materials onto a glass substrate, offers several benefits. It reduces material waste, enhances material efficiency, and lowers production costs. Additionally, it enables the production of flexible and curved displays, expanding the design possibilities for OLED devices.

TCL’s advancements in inkjet-printed OLED technology have led to several key improvements. The company has achieved a 50% reduction in light loss due to internal reflection, resulting in a 1.5x increase in light output efficiency. This translates to brighter and more vibrant displays, enhancing the overall viewing experience.

Moreover, TCL has significantly improved the lifespan of its inkjet-printed OLED displays. The aperture ratio, the ratio of the light-emitting area to the total panel area, has been tripled, leading to higher brightness and efficiency. Additionally, the material lifespan has been increased tenfold, ensuring long-lasting performance.

The most significant advantage of inkjet-printed OLED technology is its potential to reduce production costs. TCL claims to have achieved a 20% reduction in total manufacturing costs, making OLED displays more affordable for consumers. Furthermore, the technology’s flexible production process can shorten the product development cycle by 30%, allowing for faster innovation and quicker time-to-market.

TCL’s commitment to inkjet-printed OLED technology is evident in its recent demonstrations of various prototype products. These include a 65-inch 8K OLED, a 31-inch 4K curved OLED, and a 14-inch 2.8K laptop OLED. These displays showcase the potential of inkjet-printed OLED technology to deliver high-quality, energy-efficient, and affordable OLED displays.

As TCL gears up for mass production of inkjet-printed OLED panels, the future of OLED technology looks promising. This innovative technology has the potential to transform the display industry, bringing stunning visuals, lower power consumption, and affordable prices to a wider range of devices.

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LG is stepping up its game with the new UltraGear 32GS95UE-B OLED monitor, designed for gamers who crave top performance and clear visuals. This monitor, which will set you back $1,399, isn’t just big at 31.5 inches; it’s smart and fast, with a 4K display. This screen is a real game-changer with a high contrast ratio that makes colors pop and blacks deeper, and a response time that’s almost instantaneous at 0.03ms. It’s also equipped with HDR 400, which means you get bright and lifelike colors on your screen.

The flagship monitor is priced at $1,399, shipping starts in April

With support for 10-Bit color, the UltraGear can show more than a billion colors, making everything from lush landscapes to action scenes look incredibly detailed. Plus, with FreeSync and G-Sync, players can enjoy smooth gaming without annoying image stutters or tears, no matter what kind of graphics card they use.

When it comes to plugging in, LG’s got you covered. The monitor comes with two HDMI 2.1 ports, one USB-B, and two USB-A ports, plus a handy 3.5mm audio jack for your headphones or speakers.

LG didn’t just focus on the screen; they also built in a “Pixel Sound” speaker for sound that matches the quality of the visuals. And the stand? It’s all about comfort. You can turn it, tilt it, and adjust the height to make sure you’re as comfortable as can be during those long gaming marathons.

Shipping starts in April, and with its blend of top-notch OLED technology and features made just for gamers, the UltraGear 32GS95UE-B is ready to make its mark as a go-to monitor for serious players. Interested users can order the new OLED monitor here.

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Samsung continues to expand its product lineup, catering to every budget with a range of phones. While the company is gearing up for the Galaxy S24 series, it also introduces affordable models like the Galaxy A05. Now, a new addition to these models is the Galaxy A15 5G, featuring a notable characteristic that we usually associate with “high-end” phones. Here are the details…

Samsung’s Galaxy A15 5G Shines with OLED, Priced at Just $139

Although Samsung is the world’s largest smartphone manufacturer, the company is more than just that; it has a complex structure with various departments. One such department is Samsung Display, responsible for producing screens for both Samsung and competitors like Apple, giving the company a unique position in the tech world.

It seems that Samsung Display has managed to reduce costs so significantly that even entry-level phones will soon come with OLED displays. The first example of this is the Galaxy A15 5G. The company had already surprised everyone by using OLED displays in the Galaxy A1X and A2X models earlier this year. However, there has been silence on this front since those models.

Now, a market chain in the United States that sells technological products, Walmart, has revealed the features of the Galaxy A15 5G, including its OLED display, in a listing. According to the information, the phone’s launch price will be $139, approximately 4,000 TL. Despite this low price, it will feature a 6.5-inch FHD+ AMOLED display.

On the processor side, the phone will be equipped with a MediaTek chipset, likely the Dimensity 6100 Plus, although it’s not confirmed. It will also have 4 GB RAM and expandable 128 GB internal storage via a MicroSD card.

The Galaxy A15 5G, expected to attract attention with its camera performance, comes with a triple setup: a 50-megapixel main camera, a 5-megapixel wide-angle lens, and a 2-megapixel macro camera. On the front, there’s a 13-megapixel selfie camera. The potential battery size is 5,000mAh, and it supports 25W fast charging. The exact release date is unknown, but it is expected to hit shelves shortly after Samsung’s announcement in the coming days.

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According to reports from Korean media source The Elec, Samsung Display is making significant progress in OLED technology, specifically in the development of blue phosphorescent OLED (PHOLED) components.

Samsung May Shift to Blue PHOLED for Future Foldables

Currently, red and green OLED components in displays utilize phosphorescent materials with a 100% internal luminous efficiency, while blue OLEDs use less efficient fluorescent materials with only 25% efficiency. Samsung’s goal is to replace these less efficient blue fluorescent materials with more effective blue light-emitting materials, which could potentially lead to a reduction in overall OLED power consumption.

Market research firm UBI Research reports that this new material set, expected to be part of Samsung Display’s flexible OLED material set M15, targets a launch in the second half of 2025. Initially, expectations were set for the introduction of blue PHOLED materials in mid-2024. However, the timeline has been pushed to the second half of 2025 due to developmental challenges.

The new blue PHOLED materials are projected to achieve a luminous efficiency of at least 55% and a brightness efficiency of over 65% compared to the materials used in previous sets like M11 and M13.

There is speculation, as reported by Sammobile, that Samsung’s Galaxy Z Fold 7 and Flip 7 might be the first devices to adopt the new blue PHOLED technology in 2025. However, this information is still unconfirmed, and concerns about durability may impact its use in mainstream devices. The blue PHOLED materials under development have a lifespan that is only 55% of that of blue fluorescent materials.

While the transition to blue PHOLED has the potential to significantly reduce power consumption, the longevity of these materials remains a concern. Despite these challenges, Samsung‘s advancement in blue PHOLED technology is seen as a major achievement in the OLED industry.

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Acer introduced the Predator X45 monitor in August, initially launching it in the US and European markets. Now, this gaming monitor is available for purchase in China, priced at 9599 yuan ($1,312).

Acer Predator X45 Key Features:

The Predator X45 boasts a 45-inch curved OLED display with a 21:9 aspect ratio, delivering ultra-wide QHD+ visuals at a resolution of 3440×1440. It sets itself apart with its remarkable 240Hz refresh rate and a lightning-fast response time of 0.01ms to 0.03ms, ensuring an incredibly smooth gaming experience with minimal motion blur and ghosting. The monitor is designed for deep immersion, thanks to its 800R curvature, which aligns with the natural curvature of the human eye.

For gamers who crave lifelike colors and high dynamic range, the Predator X45 covers 99% of the DCI-P3 color gamut and supports HDR10, resulting in vibrant and dynamic visuals. OLED technology ensures rich blacks and high contrast, with each pixel independently lit. Additionally, it features eye protection technology certified by TÜV EyeSafe from Germany, aimed at reducing eye strain during extended gaming sessions.

In terms of compatibility, the monitor is NVIDIA G-SYNC Compatible, supporting a variable refresh rate ranging from 48 to 240Hz. It also includes AMD FreeSync Premium for a tear-free gaming experience on compatible devices. The built-in 5W speakers provide immersive audio, complementing the visual excellence of the display.

The Predator X45 offers versatile connectivity options, including HDMI, DisplayPort 1.4, and a 90W full-function USB-C port, making it a suitable hub for various gaming setups and even serving as a TV replacement. The ergonomic stand allows for height, tilt, and rotation adjustments, ensuring user comfort during prolonged use.

Acer backs the Predator X45 with a three-year warranty that includes on-site service, providing customers with peace of mind regarding hardware issues. This gaming monitor caters to both PC and console gamers seeking a premium and immersive gaming experience.

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As we know, LG Display is a prominent player in the global display technology industry. They specialize in developing, manufacturing, and selling display technologies, with a strong focus on OLED and LCD technologies. LG Display supplies displays for a wide range of applications, including smartphones, tablets, TVs, and automotive displays.

Now according to a recent report from the Korean Herald, LG Display and LG Chem, two major companies, have together created a key material called p-type dopants for OLED screens. Before this, they had to buy it from other countries. This is a big step for LG Display as they are trying to make more OLED parts in their own country. Last year, they increased the amount of materials they got from local suppliers from 58% to 64%.

LG Paves the Way with In-House OLED Material Development

Dopants change how OLEDs work. P-type dopants, one kind of these materials, help OLEDs shine evenly, use less power, and last longer. However, some p-type dopants can be easily damaged by air.

This new achievement is the result of 10 years of teamwork between LG Display and LG Chem. LG Display worked on designing the material, while LG Chem made it. Their new material works as well as the one they used to buy.

Yoon Soo-young, an executive at LG Display, said they’ve been working on making their own core materials since they launched their first big OLED TV in 2013. This new material is even more important for a new kind of OLED that is brighter and lasts longer.

By making their own p-type dopants, LG Display hopes to have a better supply chain, protect their ideas, and stay ahead in the OLED market. As of early 2023, LG had the biggest share in the global OLED TV market, more than Sony and Samsung.

LG Display will use this new material in different sizes of OLED panels in the future. Lee Hyun-woo, another executive at LG Display, said that making and buying materials locally makes them stand out in the OLED market.

This move towards self-reliance and technological advancement in OLED technology is a significant development, especially considering LG’s potential collaboration with Apple. There are reports suggesting that Apple is working with Samsung Display and LG Display to create bezel-less OLED displays for future iPhones.

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LG’s highly rated 4K UHD OLED TV 48-inches will soon be available at an incredible discount during the Amazon Great Indian festival sale. This is undoubtedly one of the best OLED TV deals of the season at just Rs. 59,999, offering customers a chance to upgrade their home entertainment experience at a much lower price than the usual Rs. 75,999. Remember, the deal for Prime members starts a day early on October 7.

The LG 4K UHD OLED TV comes with a stunning resolution of 3840×2160, delivering sharp and vibrant visuals that bring movies, TV shows, and gaming to life like never before. With AI 4K Upscaler, even lower resolution content can be upscaled to near 4K quality, ensuring a consistently impressive viewing experience.

In terms of connectivity, this TV offers built-in Wi-Fi, allowing users to easily connect to their favorite streaming services and access a wide range of content. It also includes 3 HDMI ports and 2 USB ports, enabling seamless connectivity to set-top boxes, gaming consoles, and other external devices.

The TV’s audio capabilities are equally impressive, with a 20-watt output, 2.0 Ch Speaker configuration, and Dolby Atmos sound. The AI Sound Pro with Virtual 5.1.2 up-mix takes the audio experience to a whole new level, immersing viewers in a rich and immersive soundstage.

Moreover, this Smart TV is equipped with AI ThinQ and WebOS 22 with user profiles, making it a breeze to navigate and access your favorite apps and content. Built-in Google Assistant and Alexa provide voice control capabilities, while Apple Airplay 2 and Homekit ensure seamless integration with other Apple devices.

If you’re looking to enhance your gaming experience, the LG 4K UHD OLED TV features Game Optimizer and Dashboard, allowing you to optimize settings and keep track of your gaming activities. With its α7 Gen5 AI Processor 4K, ALLM, and 0.1 ms response time, this TV delivers smooth and lag-free gaming.

Don’t miss out on this fantastic deal! Head over to Amazon on October 7 midnight and take advantage of the special offer on the LG 4K UHD OLED TV 48-inches.

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OLED panels are often found in high-end products because of their superior image quality and other advantages. Especially in today’s world, this technology is very common in flagship phones. However, OLED also has some disadvantages, such as its high cost and fragility. Fortunately, technology is here to help us. There is now a laser machine that can fix green lines on OLED displays without the need for replacement parts. Here are the details…

Laser Machine Repairs Green Lines on OLED Displays

Green lines are probably one of the most common OLED malfunctions. These lines on OLED screens can be caused by broken or uneven traces within the panel, damage from water or falls, or a loose or damaged display connection. If you see green lines on your OLED screen, you can try restarting your phone. However, you may need to take it to a repair shop to have the screen diagnosed and repaired. This repair usually results in a screen replacement and a significant cost. But this is changing.

The YouTube channel Stranger Parts recently introduced us to a very interesting machine. The laser machine works by repairing the broken internal traces of the OLED panel. These traces carry electrical signals across the display. When they are broken, users often notice visible lines on the screen. The laser machine recreates the broken traces within an OLED panel in the same way they were initially made in the factory. The repair process takes just a few seconds, and the green line disappears instantly.

The best part is that the screen does not need to be taken apart or even turned off during the repair process. Of course, this does not mean that the repair is easy. An expert still needs to find the location of the fault that causes the green line on the OLED and then correct it with the laser from the machine. However, this is much easier and more cost-effective than replacing the panel as before. It is expected that the first generation of this product will become much more common and developed in the near future.

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Merck Group, a prominent supplier to industry giants Samsung and LG, has made a significant strategic decision regarding its focus on display materials. The company has decided to discontinue the development of LCD panels and instead redirect its research efforts towards exploring innovative materials such as MicroLED and OLED.

Understanding Merck Group’s Decision to Discontinue LCD Development

The shift in Merck Group’s priorities comes in response to the recent announcements made by Samsung and LG, two major players in the display industry, regarding their exit from LCD screen production. As Korean companies, both Samsung and LG have established their dominance in the OLED panel market. Samsung excels in the production of small and medium-sized OLED panels for smartphones and tablets, while LG leads in large-sized OLED panels for OLED TVs.

Given this market landscape, it is not surprising that Merck Group has chosen to align its research and development investments with the emerging trends in the display industry. By ceasing the development of LCD panel materials, the company can now concentrate its resources on self-emitting screen materials like MicroLED and OLED, as well as explore advancements in backlight technologies, including Mini-LED.

Merck Group’s decision reflects the industry’s collective recognition of the growing demand and potential for next-generation display technologies. With OLED displays gaining popularity in various consumer electronics, the suppliers collaborating with Samsung and LG are actively prioritizing the research and development of OLED and other advanced screen materials.

In related news, Chinese display manufacturers, including BOE, CSOT, Tianma, and Visionox, have teamed up to challenge a patent owned by Samsung Display in the United States. This move is in response to Samsung’s previous attempts to block imports of third-party displays that it believes infringe on its patented technologies.

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Several Chinese display manufacturers, including BOE, CSOT, Tianma, and Visionox, have joined forces to invalidate a patent owned by Samsung Display in the United States. The move comes as a response to Samsung Display’s previous attempts to halt imports of third-party displays that might infringe upon its patented technologies.

The Motive Behind the Challenge: Chinese Display Manufacturers’ Response to Samsung’s Patent Actions

The patent in question is U.S. Patent No. 7,414,599, which pertains to an “Organic Light Emitting Display (OLED) Device Pixel Circuit and Driving Method.” This particular patent was part of Samsung Display’s complaint filed with the US International Trade Commission late last year, seeking to prevent the importation of OLED panels that allegedly violated their patents and technologies.

Rather than confronting the Chinese manufacturers directly, Samsung Display opted to target importers. However, this approach seems to have provoked a retaliatory response from the Chinese display makers. By seeking to invalidate Samsung Display’s OLED patent, BOE, CSOT, Tianma, and Visionox may inadvertently imply their involvement in developing displays utilizing Samsung’s technologies without obtaining proper licenses.

This ongoing dispute began in early May when BOE initiated a series of patent infringement lawsuits against Samsung and its subsidiaries in China. Interestingly, these lawsuits targeted divisions unrelated to display technologies, such as Semiconductor, Investment, and Vision. Now, the Chinese display manufacturers are collectively aiming to invalidate one of Samsung Display’s OLED patents in the United States.

It’s worth noting that the trial for patent invalidation is yet to commence, as the Patent Trial and Appeal Board is currently evaluating whether to accept the claim. Further developments, in this case, will shed light on the potential ramifications for the involved parties and the wider display manufacturing industry.

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Apple’s mixed reality headset is making headlines again. Last time we talked about it, we discussed the possibility of the company not being able to use the Vision Pro name in China. Now, the mixed reality headset is making headlines because of its hardware and costs. The headset, which was announced at WWDC 2023, is expected to sell for $3,499. However, it is reportedly only costing Apple $1,519 to make. This is because the company relies on Sony for supplying high-cost micro-OLED panels for the headset, while LG Display provides regular OLED panels for the external display. Here are the details…

Apple Vision Pro to Feature Sony Internal Displays, LG Display External Displays

We all know that the Apple Vision Pro is expected to be expensive. Apple has announced a price of $3,499, but recent leaks have revealed that the actual production cost is less than half of that, at $1,519. Of course, this is just the production cost, and does not include other expenses such as research and development, marketing, and customer support. However, this doesn’t change the fact that even manufacturing this product is expensive. Apparently, one of the major reasons for the high cost is Sony’s latest technology micro-OLED panels.

According to the latest reports, Apple Vision Pro, will have two different types of displays. The internal display will use Sony’s micro-OLED panels, while the external display will use regular LG OLED panels. Micro-OLED panels are considered to be the best type of display for XR headsets, as they offer superior image quality and contrast. However, they are also more expensive than regular OLED panels. As a result, Apple is using Sony’s micro-OLED panels for the internal display.

Sony has been a pioneer in the development of micro-OLED panels. The company first developed micro-OLED panels for use in its PlayStation Vita handheld gaming console in 2011. In recent years, Sony has continued to develop micro-OLED panels for use in a variety of products, including its Xperia smartphones and its Aibo robotic dog.

On the other hand, LG Display is the world’s leading manufacturer of OLED panels. The company has been producing OLED panels for use in TVs, smartphones, and other products for over a decade. LG Display’s OLED panels are known for their high quality and their ability to offer deep blacks and vibrant colors.

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Research on panel technologies is ongoing, with manufacturers all striving to create the best display at the lowest cost. While Samsung, LG, and Boey are often seen as the innovators in this field, Canon has recently developed a new QD-OLED display material that uses lead instead of rare earth metals. Here are the details…

Canon Develops New QD-OLED Display Material

Canon has developed a new QD-OLED display material that uses lead in place of rare earth metals. This breakthrough could significantly reduce the cost of manufacturing QD-OLED displays and make them more widely available. QD-OLED displays are known for their high contrast ratios, wide viewing angles, and accurate color reproduction. However, they have been prohibitively expensive due to the use of rare earth metals in their production. Canon’s new material could change that.

Lead is a much more common and easily recyclable metal than rare earth metals, making it a more sustainable option. Canon’s new material is also said to be just as durable as those made with rare earth metals. This could make Canon a major player in the QD-OLED market, as it could offer a more affordable and sustainable alternative to Samsung’s products.

If commercialized successfully, Canon’s new QD-OLED display material could revolutionize the display industry. It could make high-quality OLED displays more affordable and accessible to consumers. It could also help to reduce the environmental impact of the display industry. Canon plans to commercialize its new QD-OLED display material in the mid-2020s.

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Samsung Display is set to showcase its cutting-edge OLED technologies at the 60th SID Display Week in Los Angeles. The event, organized by the Society for Information Display, is renowned as North America’s largest professional display event.

Samsung Introduced Rollable Flex, a screen that can expand 5x its original length

One of the highlights is the Rollable Flex, a groundbreaking display technology that revolutionizes the portability of tablet PCs and laptops. Unlike traditional foldable or slidable displays, the Rollable Flex can expand over five times its original length, offering unprecedented scalability. Users can roll and unroll the display on an O-shaped axis, making it easily portable.

The Sensor OLED display is another innovative product to be unveiled. It integrates fingerprint and blood pressure sensors directly into the panel, eliminating the need for separate modules. This unique feature enables seamless fingerprint recognition and cardiovascular health monitoring.

Flex In & Out introduces a new concept of foldable phones that can be folded both inward and outward, providing a full 360-degree folding capability. This design eliminates the need for an external panel, resulting in lighter and thinner devices.

Samsung Display will also showcase Flex Hybrid, combining foldable and slidable technologies, and Slidable Flex Solo, expanding from a 13-inch tablet to a 17-inch screen, offering versatile form factors.

QD-OLED, recognized for its exceptional colour accuracy and image quality, will be featured as well. This technology utilizes quantum dots to produce precise colours, setting new standards in display performance.

To enhance its presence in the small and medium-sized display market, Samsung Display is highlighting OLED Finder, a search site that allows users to find smartphones featuring Samsung OLED technology. It provides comprehensive information on OLED features and recommends the latest models.

Samsung Display’s participation in the SID/DSCC Business Conference will showcase the advancements of QD-OLED 2023, featuring IntelliSense AI technology and optimized algorithms, delivering increased brightness and energy efficiency.

By unveiling these groundbreaking technologies at SID Display Week 2023, Samsung Display is trying to reinforce its commitment to driving innovation in the OLED industry and shaping the future of display technology. The company has been a market leader in displays for a long time now, and it doesn’t seem like they are looking to give away that crown anytime soon, even after last week’s news where it was stated that TCL and Hisense are prevailing over Samsung in the LCD TV sector.

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OLED technology has been present in our lives for a while now. This advanced technology, which is far superior to traditional panel types, works wonders in terms of efficiency and image quality. However, due to its high cost, it was only found in premium products for a long time. But as technology has advanced, costs have come down, and OLED technology is finally on its way to becoming mainstream. It seems that one of the first companies to lead this transformation is Apple.

The tech giant has long been known to want to use OLED displays in its Mac and iPad models. According to recent information, the company is ready to implement this change starting next year, but panel suppliers are holding back key investment in next-gen OLED production lines due to rising concerns. Here are the details…

Falling Mac Sales Have Apple’s OLED Panel Suppliers Spooked

Apple plans to launch its first OLED iPads in 2024. Since the company doesn’t manufacture panels, it needs to source the necessary components from third-party manufacturers, just like it does with iPhones. Apple has not yet chosen a partner, but South Korean companies Samsung Display and LG Display are eager to become the main suppliers.

At present, these two companies have large production capacities and operate Gen 6 OLED production lines. However, they plan to set up more efficient Gen 8 production lines that produce a higher number of OLED panels per substrate. Recent information has revealed that the Korean manufacturers are hesitant. Allegedly, Samsung and LG have not yet ordered the necessary equipment to construct the Gen 8 lines, which require at least a year to complete. This situation indicates that the manufacturers’ reluctance to invest stems from concerns over profitability.

The main cause for concern is the decline in Apple’s sales. Despite the success of the M series processors, Apple disclosed a significant year-over-year decrease in Mac revenue, dropping from $10.4 billion to $7.2 billion. If this decline continues, investing in large production capacities could have negative consequences for LG Display and Samsung Display.

Additionally, it is unclear whether Apple will be willing to pay for the OLED panels, especially since there is no precedent for their inclusion in MacBooks. Another concern arises from Apple’s stance on the deal. OLED screens would increase the cost of the already expensive MacBooks. This could lead to Apple pressuring suppliers to lower their prices, which might result in the investments not paying off. Hopefully, these issues will be resolved soon, and OLED-equipped MacBook models will be available to consumers as soon as possible.

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Smartphones, computers, and televisions all share one common feature: they have a screen, and user interaction occurs through this display. Therefore, the panel technology used in your device is quite important. Undoubtedly, one of the best panel technologies available today is OLED. Thin, efficient, and highly advanced, this technology is typically used in top-of-the-line premium devices. However, it seems that this is not the only benefit of OLEDs. Scientists in Australia claim that the OLEDs in our phones and TVs could one day be used as portable quantum sensors to image magnetic fields. Here are the details…

Smartphone and TV Screens Become Magnetic Field Mappers with OLED Technology

I am sure that many of you have used OLED technology in one way or another at some point in your life. As these panel types become increasingly affordable and widespread, researchers have created a device structure that allows for measuring magnetic fields both electrically and optically without the need for lasers.

Rugang Geng, the lead author of the study, explains that incorporating a small piece of microwave electronics with OLEDs enables them to function not only as displays and light sources but also as quantum sensors and magnetic field imagers. Geng’s statement on the subject is as follows:

“If this technology is properly developed, people could simply use their smartphones to map the magnetic fields around them, for example, to spot defects in diamonds or jewelry. This also has applications in industry, such as finding defects in construction materials or as a biomedical sensor.”

This study showcases the potential of a small-scale OLED-based magnetic field sensor and a new approach to magnetic field mapping using a technology that is both commercially viable and easy to manufacture.

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TCL continues to expand its product family. Although many of us know the company for its smart TV models, it is one of the leading brands in panel technologies. The latest example was showcased at the China Appliance and Consumer Electronics Expo (AWE) 2023 event. The company first introduced the world’s first 57.1-inch Dual 4K Curved Gaming Display and now announced that it has successfully developed an advanced OLED wearable with an impressive 83% screen-to-body ratio and a 570% increase in mechanical strength. Here are the details…

TCL Revolutionizes Wearable Technology with Advanced OLED Display and Cutting-Edge Screen Innovations

TCL has announced the successful development of an advanced OLED wearable display. This innovation features an impressive 83% screen-to-body ratio and a 570% increase in mechanical strength, making it ideal for wearable devices. The display uses a low-temperature injection molding process to fill the Bending R area of the screen body and attach it to the surrounding middle frame. This reduces the screen’s black border area from 3.1mm to 1.65mm, achieving a screen-to-body ratio of up to 83%.

The low-temperature injection molding process not only helps minimize the screen’s black border but also boosts the screen body’s pendulum inertia by about 570%. This greatly reduces the risk of screen failure due to external impacts. Having completed mass production development, TCL Huaxing’s OLED wearable technology is poised to deliver a fresh user experience for wearable devices.

Other notable products included the world’s first 49″ LCD variable curvature display and the 17″ IGZO printed OLED folding display. The 17″ IGZO printed OLED folding display is compatible with foldable notebooks and pads, offering versatile applications, smart split-screen functionality, and multitasking capabilities. TCL Huaxing’s 49″ LCD variable curvature display, on the other hand, allows users to freely switch between curved and flat displays, providing an exciting sense of futuristic technology.

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“Designed in California, Assembled in China.” This phrase is likely a familiar one to many of you, as it is often found on Apple products. Despite putting in significant effort to develop its products and not being fond of relying on outside companies, Apple does not have its own production facilities. For instance, it must collaborate with manufacturers such as TSMC. One of these collaborations appears on display technologies. Apple is reportedly planning to develop its own custom MicroLED displays for its devices, with the aim of having greater control over product design. Here are the details…

As Apple Embraces MicroLED Tech, Samsung and LG Retain Their Roles

Apple has long been collaborating with manufacturers like Samsung Display and LG for the screens used in their devices. According to recent reports, this collaboration is expected to strengthen even further. The company is reportedly planning to develop its own custom MicroLED displays for devices, aiming for greater control over product design. The tech giant is said to be transitioning its devices from OLED to MicroLED displays, starting with the Apple Watch in 2024 or 2025, followed by iPhones, iPads, and eventually MacBooks. So what is the difference between these two display technologies?

OLED and MicroLED are two types of screens. OLED screens use special materials that light up when electricity is used, making them thin and flexible. They show deep blacks and have fast response times. MicroLED screens use tiny LEDs that light up one by one. They also have deep blacks but can be brighter and last longer than OLEDs. However, MicroLEDs are newer and more expensive to make.

MicroLED display production remains challenging, and manufacturing costs are higher. As a result, Apple will likely continue to source components from Korean manufacturers to save on mass production costs.However, it’s worth noting that the tech giant doesn’t rush when it comes to change. For example, even though the first iPhone with an OLED screen was released in 2015, we continued to see IPS technology until the iPhone 12 series. And even today, MacBook models still haven’t completed this transition.

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Smartphone screen size has been increasing and it’s now almost impossible to find a flagship smartphone that is comparatively smaller in size. But now, amid rumors of a foldable smartphone from Google, it appears that the company is on track to launch a smaller phone.

As per the latest leak coming through Ross Young, the upcoming flagship smartphone from the Mountain View-based tech giant, the Google Pixel 8, will have a smaller display panel.

It is said that the Google Pixel 8 will feature a 6.16-inch display, which is smaller compared to the 6.7-inch display on the Pixel 8 Pro. With the 6.16-inch panel, we expect the company to market it and list it as a 6.2-inch panel.

Further, it is revealed that the display for the upcoming Pixel 8 lineup will be sourced from Samsung, which isn’t surprising given that company’s dominance in the market. It is said that the panel production could begin in the month of May, i.e. next month.

Google Pixel 8 and 8 Pro flagship smartphones are expected to go official in October, but ahead of the official launch, we expect the company to showcase the devices at the Google I/O if the company continues to do what it did last year.

At the Google I/O, apart from teasing the Pixel 8 lineup, the search engine giant is also set to launch a few hardware products, including the Pixel 7a, the much-anticipated Pixel Fold foldable smartphone, and the Pixel Tablet.

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Japan Display Inc. (JDI) has announced a strategic partnership with Chinese display manufacturer HKC to jointly develop next-generation OLED technology. The collaboration aims to combine JDI’s expertise in display technology with HKC’s manufacturing capabilities to create innovative OLED panels for various applications. Here are the details…

JDI and Chinese Company HKC Join Forces to Develop Next-Generation OLED Technology

JDI, primarily known for its LCD panels, has recently delved into the OLED market. This partnership signifies its commitment to advancing OLED technology and expanding its presence in this growing industry. The alliance will involve not only OLED technology but also semiconductor fabs, global innovation and industrialization centers, and high-end automotive display businesses.

The companies plan to jointly build a semiconductor fab using JDI’s eLEAP OLED technology, targeting mass production by 2025. This next-generation OLED technology employs mask-less deposition and photolithography, resulting in a doubled peak brightness and a threefold increase in lifespan compared to previous technologies.

The ambitious partnership aims to dominate various display panel sectors, including being the top global wearable device shipment and market share by 2027, the top global shipment and market share for VR, monitors, and automotive displays by 2028, and the third-largest global shipment and market share for notebook and tablet panels by 2028.

This collaboration between JDI and HKC showcases the potential for groundbreaking innovation and growth in the OLED market, as the two companies bring together their expertise and resources to create cutting-edge display technologies.

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A recent supply chain report from Korea reveals that Chinese BOE will establish a new display module factory in Vietnam, in response to Apple’s growing demand for small and medium-sized OLED and LCD displays. This news comes after Reuters initially reported on BOE’s plans for a factory in northern Vietnam earlier this year. Here are the details…

Apple Supplier BOE to Open New OLED Display Plant in Northern Vietnam by 2025

The display module factory in Bac Ninh will focus on the production of various small and medium-sized display modules, such as organic light-emitting diodes (OLEDs) and liquid crystal displays (LCDs). These modules will be supplied primarily to Apple, with the factory expected to be fully operational by 2025.

The module process, which involves combining individual parts to create a functional panel, is a key part of the display manufacturing process. Once the module process is completed on a panel half-finished product, a display module that can be combined with the finished product is created.

BOE’s decision to establish a display module factory in Bac Ninh is reportedly at the request of Apple. This move will facilitate Apple’s panel supplier factory audits, as the tech giant will no longer need to visit both Vietnam and China to verify the iPhone OLED post-processing module line. Moreover, suppliers of inspection equipment required for post-processing will be able to respond more quickly if BOE builds its factory in Bac Ninh.

In the short term, BOE will primarily supply OLED displays for the iPhone SE4, which is anticipated to implement OLED technology for the first time next year. The 6.1-inch OLED display for the iPhone SE4 is projected to be offered at a competitive price of around $40, providing BOE with an opportunity to increase panel production.

The establishment of BOE’s new factory in Bac Ninh will not only streamline Apple’s panel supplier factory audits but also strengthen the supply chain for Apple’s small and medium-sized display products. As a result, both companies stand to benefit from this collaboration, which will likely contribute to the growth and advancement of display technology in the years to come.

By expanding its presence in northern Vietnam, BOE will further solidify its position as a key supplier for Apple, while simultaneously boosting the region’s economy and technological capabilities. As the factory is set to begin operations in 2025, it marks a significant milestone in the ongoing partnership between BOE and Apple, as they continue to innovate and develop cutting-edge display technologies for consumers worldwide.

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Apple has been rumored to be working on OLED panels for the MacBook lineup, which has not materialized yet. However, if the new reports are to be believed, the wait could finally be over.

As per the reports, the new Apple MacBook Air could be the first MacBook device to feature an OLED display panel, and the launch of this new model could take place in early 2024.

The upcoming MacBook Air will reportedly use an OLED technology called “tandem stack,” which is a type of cutting-edge OLED technology that improves the display’s longevity, improves power efficiency, and increases brightness.

While the MacBook Air will be switched to using OLED panels, the MacBook Pro will continue to have mini-LED displays for some more time, and there’s no information available about when the Pro models will switch to OLEDs.

Meanwhile, the Cupertino-based technology giant is also working on new 13-inch and 15-inch MacBook Air powered by the yet unannounced Apple M3 chipset. Although the company has not revealed anything about this, the new laptops are expected to get launched sometime in June this year during WWDC 2024.

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Samsung has recently launched a dedicated webpage called “OLED Era” to help users identify whether their smartphones are equipped with OLED screens or not. This new feature is a useful resource for those interested in learning more about the display technology used in their Samsung devices. Here are the details…

Samsung’s OLED Era Page: A One-Stop Resource for Identifying OLED-equipped Smartphones

To access the OLED Era page, simply visit the Samsung Display website by clicking here. Once there, you can type in your smartphone’s brand and name to see if it has an OLED screen. Alternatively, you can browse a list of Samsung and other brands to find out which models have OLED displays.

Keep in mind that not every Samsung smartphone uses an OLED screen. Some budget-friendly models come with LCD screens, which are more affordable but also have some drawbacks compared to OLED screens. Samsung generally reserves OLED screens for its high-end smartphones, such as the Galaxy S and Galaxy Note series.

OLED, short for Organic Light Emitting Diode, is a display technology that uses organic compounds to create light. Unlike LCD screens that need a backlight, each pixel in an OLED screen emits its own light. This results in more accurate colors, deeper blacks, and higher contrast ratios. OLED screens are slimmer, lighter, and more energy-efficient than LCD screens. They also boast faster refresh rates, making them perfect for gaming and other fast-paced applications.

There are two primary types of OLED screens: PMOLED (Passive Matrix OLED) and AMOLED (Active Matrix OLED). PMOLED screens are more straightforward and cheaper, but they have limited resolution, making them suitable for small displays like smartwatches. AMOLED screens, on the other hand, are more advanced and costly but offer higher resolution and superior performance, which is ideal for larger displays like smartphones and TVs.

Samsung’s OLED Era page is a convenient tool for users looking to learn more about their smartphone’s display technology. By offering an easy way to find out if a Samsung smartphone features an OLED screen, Samsung provides valuable information for those interested in the benefits of OLED technology. As OLED screens continue to grow in popularity and become more common in electronic devices, resources like Samsung’s OLED Era page will be invaluable for consumers seeking the ultimate display experience.

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According to recent reports from The Elec, BOE, a trusted partner of Apple, is set to provide OLED displays for the upcoming fourth-generation iPhone SE. It has been suggested that this move is an attempt to make up for missed orders for OLED panels originally destined for this year’s iPhone 15 series.

Although BOE reportedly encountered production issues, it is now looking to produce OLED panels for the low-cost iPhone SE 4, with an estimated volume of around 20 million units in the coming year. It is worth noting that the iPhone SE 4 will not feature any new specifications but will instead use OLED inventory originally intended for 2021’s iPhone 13 or 2022’s iPhone 14. This strategy is seen as a smart move by Apple, as it will enable them to optimize their resources while still providing a high-quality product at an affordable price point.

Reputable Apple analyst Ming-Chi Kuo has also divulged information on the fourth-generation iPhone SE, stating that it will come with a 6.1-inch OLED display and an Apple-designed 5G chip. The new iPhone SE is said to be similar to the standard iPhone 14, which features a 6.1-inch OLED display with thinner bezels. This is a significant improvement from the current iPhone SE, which comes equipped with a 4.7-inch LCD display with thicker bezels. This collaboration between Apple and BOE demonstrates the tech giant’s willingness to partner with other companies in order to provide high-quality products to its customers.

In a nutshell, the upcoming iPhone SE 4 is expected to provide customers with a more affordable option for an OLED display-equipped smartphone without compromising on quality. With Apple’s focus on optimizing resources and BOE’s experience in producing OLED panels, it is safe to say that the iPhone SE 4 will be an anticipated release in the coming year.

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Back in January, Asus had shown off its latest premium gaming monitors at CES 2023, one of them is the Asus ROG Swift OLED PG27AQDM monitor. Two months after its initial reveal, the monitor is now finally available in China for 8299 RMB (1200 USD).

As per an official Asus product listing, the Asus ROG Swift OLED PG27AQDM is the brand’s first Republic of Gamers 1440p OLED flat gaming monitor with an ultra-fast 240 Hz refresh rate and 0.03 ms response time.

At 27 inches, the gaming monitor features an anti-glare micro-textured coating by Asus that reduces reflections for a better viewing experience in all lighting conditions and delivers up to 1000 nits of peak brightness. The monitor is also fitted with a custom heatsink and a new internal layout to improve cooling, with optimized internal airflow channels and larger top vents for more even heat distribution on the back of the monitor. Compared to other 27-inch OLED gaming monitors, the ROG Swift OLED PG27AQDM is 5% cooler on average, according to Asus.

Chinese tech news site, ITHome reports that the display supports smart voltage optimization, which ensures consistent brightness for each pixel by controlling the amount of voltage applied to each pixel. Asus worked closely with its display panel suppliers to determine the correlation between OLED brightness, voltage levels and operating temperature, to give gamers the best experience on their OLED monitors.

The monitor is also introduced with a new DisplayWidget Center by Asus ROG to allow users to easily change display functions and OLED settings using a mouse through an intuitive interface. Lastly, the gaming monitor is equipped with an HDMI 2.1 port, which can be connected to Xbox and PlayStation gaming consoles, compatibility with Nvidia’s G-SYNC synchronization technology, and support for HDR 10 for higher quality dynamic colour on your OLED display.

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Leaks about the iPhone 15 series, which will be introduced in September, have already begun to emerge. Like every year, it seems that the cheapest and most expensive models will be the ones that attract the most attention. Finally, new information has emerged about the series. It looks like the iPhone 15 lineup is rumored to feature more power-efficient OLED displays. Here are the details…

iPhone 15 Lineup Rumored to Feature More Power-Efficient OLED Displays

The iPhone 15 lineup is rumored to feature more power-efficient OLED displays, thanks to a new display driver chip manufactured using a 28nm process. The primary benefit of the 28nm chip is reduced power consumption, which could have a significant impact on battery life. This could be especially important for users who rely heavily on their phones throughout the day and need them to last longer between charges.

While no major display upgrades have been rumored for the iPhone 15, the Dynamic Island feature is expected to expand to the standard iPhone 15 and iPhone 15 Plus. This feature was first introduced on the iPhone 13 Pro models and allows for a small portion of the display to be lit up to display notifications and other information while the rest of the screen remains off, conserving battery life.

The use of OLED displays has been a staple of the iPhone lineup since the iPhone X, and it’s clear that Apple is constantly looking for ways to improve the technology. The switch to a more power-efficient display driver chip could be a significant step forward in this effort. Additionally, the bezels around the display are expected to be thinner on the 15 Pro models, which could give those devices a similar appearance to the Apple Watch Series 8.

This would give the 15 Pro models a sleeker, more modern look compared to previous generations. It’s worth noting that these are still just rumors at this point, and it’s always possible that plans could change between now and the release of the iPhone 15 lineup.

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Apple has been rumored to be working on new iPad and MacBook models featuring an OLED display, but it hasn’t materialized so far. But now, it seems that the Cupertino-based tech giant is finally inching closer to launching devices having OLED panels.

According to the latest report coming from ETNews, Samsung and LG, which supply display panels to Apple, have started preparing their factories for the mass production of the first iPads with OLED displays.

The report further adds that the screen will be a hybrid one as it uses a combination of flexible and rigid OLED technologies. Earlier, it was reported that iPad Pro models would have “two-stack” OLED displays with two red, green, and blue emission layers for increased brightness.

The screen is also expected to come with support for ProMotion for up to a 120Hz refresh rate. OLED panels have self-emitting pixels and do not require backlighting, allowing for a higher contrast ratio, greater color accuracy, and lower power consumption.

Currently, Apple is using OLED displays for the Apple Watch and the iPhone models, but the company is yet to adopt them for larger screen devices like tablets and laptops.

Some time back, Ross Young revealed that Apple is planning to launch 13-inch MacBook Air, 11.1-inch iPad Pro, and 13-inch iPad Pro with OLED panels in 2024. Meanwhile, there are rumors of the Apple iPhone Ultra featuring a microLED display when it goes official next year.

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Competition in technology continues in almost every field. From the phones and computers you use to companies that produce parts for these devices. When we look at the display market, we see competition between a few big players. Samsung and LG are undoubtedly the most notable of these. Interestingly, LG used a Samsung panel in its first laptop with an OLED screen, despite being a major panel supplier itself. Here are the details…

LG’s first OLED notebook to use panel from Samsung Display

Display technologies continue to evolve. This situation coming with the cheaper panel costs. For example, OLED technology, which was once used only in premium products, can now be seen in mid-range and even entry-level devices. One of the last areas where we see OLED technology is laptops. Lastly, has launched the new Gram Style Series with LG OLED display

LG Electronics has announced its first OLED notebook, the Gram Style series, which comes in 14-inch and 16-inch models. According to the latest reports, these models are being manufactured using Samsung Display’s rigid OLED panels. Rigid OLED panels use glass substrates, which are cheaper than OLED panels with flexible panels that use plastic. Samsung Display currently manufactures rigid panels at its A2 factory in South Korea, which are aimed at mid-tier smartphones and IT products such as notebooks.

As demand for these panels from smartphones decreases, Samsung Display is looking to expand into IT products and automobiles. On the other hand, LG Display currently only supplies flexible OLED panels for Apple’s iPhones and Apple Watches, as well as for premium automobiles. Sources say that LG Display could manufacture rigid OLED panels using its flexible OLED panel production facilities, but it would be more costly than at production lines originally designed to make rigid OLED panels.

This supply deal marks Samsung Display’s first for OLED panels to LG Electronics, highlighting a shift in the OLED market towards IT products and away from smartphones. The move also indicates Samsung’s intention to expand its OLED business in the IT market and LG’s attempt to catch up with its competitors in the notebook market by using OLED panels.

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Display technology continues to evolve and improve, resulting in lower panel costs. This opened the door for larger screens and high-resolution TV’s. Samsung in particular has released very successful models in recent years. However not all the company is experiencing the same success. According to recent reports, LG has decided to discontinue production of its 8K 97-inch large TV. Here are the details…

LG Electronics Delays 8K OLED TV Development

LG has decided to postpone the development of an OLED 8K 97-inch ultra-large TV. The company’s largest OLED product, the 97-inch model, will maintain its 4K resolution from last year, and no separate plans have been made to release an 8K model. In comparison to Samsung has released a 98-inch Neo QLED 8K TV as a flagship model this year, LG seems to be taking a wait-and-see approach in the competition for ultra-large TV resolution.

According to the latest reports, LG Electronics has internally decided not to release a 97-inch OLED 8K TV. In relation to this, an LG Electronics official stated at the CES 2023 held earlier this month that there are currently no plans for development or release of the product.

The official stated, “There are currently no plans to release a 97-inch OLED TV 8K product,” and added, “We will look at how customers are using the currently available 97-inch OLED TV 4K product and take steps to improve convenience.” Also, “Instead of meaningless resolution competition, we will focus on improving other convenience such as wireless technology.”

In the ultra-large TV resolution market, LG Electronics will likely adopt a “wait and see” approach, monitoring market trends and consumer preferences before committing to developing and releasing a 8K OLED 97-inch TV. This move also highlights LG’s focus on improving overall consumer convenience, rather than just resolution.

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Samsung recently filed to trademark a new display technology called Lifelike Pixels, which could offer better color reproduction and wider viewing angles than current OLED displays. Here are the details…

Samsung is working on Lifelike Pixels for OLED screens

Samsung has applied for trademark registration for a new display technology called Lifelike Pixels. The application, filed by Samsung Display department and probably the technology will be used in OLED screens and tablet. However, the technology also has the potential to be used in other devices, such as AR/VR display laptops and smart watches.

The trademark registration for Lifelike Pixels was filed on the same day that Samsung filed to trademark Flex Hybrid, a new type of display that folds and slides at the same time. The technology is designed for future laptops that can be folded into smaller sizes. Samsung also shows three additional display panels:

• Flex In
• Out Flex Slidable Duet
• Flex Slideable Solo.

It’s unclear exactly how the Lifelike Pixels technology works, but it could have something to do with improved color reproduction over OLED displays. This would be a major improvement over Samsung’s already excellent OLED technology, know for its high contrast ratio and wide viewing angles, and fast response times.

In conclusion, Samsung‘s application for the Lifelike Pixels trademark indicates that the company is working on a new display technology that will be used in future products. While we don’t yet know exactly what technology, it may improve the color reproduction of OLED displays. We Can expect to see this feature used in the upcoming Samsung devices, and it could also be supplied to other smartphone manufacturers in the future.

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Apple is reportedly finally taking steps to integrate OLED displays into its upcoming iPad and MacBook models. According to the latest reports, once implemented, the new panels will improve battery life, provide deeper blacks and better contrast compared to traditional LCD. Here are the details…

iPad Pro and MacBook Air could be first models with OLED display

Apple is continuing to develop OLED panels for new iPad Pro and MacBook Pro models to be released in 2024 and 2026. The report states that Apple and one of its South Korean display supplier (believed to be Samsung) have begun working on OLED panels for 11 inch and 12.9 inch iPad Pro and 14 inch and 16 inch MacBook Pro. The first iPad with an OLED display is rumored to launch in 2024.

OLED displays are known to require less power than traditional LCD, which ultimately improves battery life, provides deeper blacks, and improves contrast. This makes them ideal for mobile devices like iPads and MacBook Pros. According to display analyst Ross Young, the first iPad Pro with an OLED panel will feature larger 11.1 inch and 13 inch displays compared to current models.

Additionally, as the iPad transitions to OLED, the rumors suggest the first Mac with an OLED panel will arrive in the form of a 13 inch MacBook Air in 2024. Apple currently uses displays from display partners like Samsung and LG, but it is reportedly looking to reduce its reliance on those suppliers.

A Bloomberg report this month said Apple is developing custom-designed displays for use on iPhones and Apple Watches starting next year. This The first device to feature a custom Apple-designed microLED display will be the Apple Watch Ultra in late 2024. Apple will reportedly expand its custom-made microLED display to other products in the following years, including the iPhone, iPad, and Mac. However, time will tell if all this is true.

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At CES 2023, ASUS announced a range of upcoming laptops from the brand, and one of them is the ASUS Vivobook Pro 16X 3D OLED which allows users to view and work with content in 3D without the need to wear 3D glasses.

While there have been laptops and other displays before with similar technology, ASUS is touted to be the first one to incorporate this in a laptop with an OLED screen.

The laptop features a 16-inch OLED display with a screen resolution of 3200 x 2000 pixels and a 120Hz refresh rate. There’s a layer of optical resin on top, along with a glass panel and lenticular lens layer, which works with eye-tracking cameras to render real-time images for each eye and adjust the physical movements.

It also has a layer of 2D/3D liquid crystal switching layer with a glass front layer and an anti-reflective coating, which the company says makes it easy to switch from 2D to 3D and from 3D to 2D.

Under the hood, the device comes powered by the latest Intel Core i9-13980HX processor, coupled with NVIDIA Ada RTX 40 series GPU, along with Studio drivers. It comes packed with up to 64GB of DDR5-4800 RAM and up to 2TB PCIe Gen 4 SSD with a read speed of up to 6500 MB/s.

It comes with a Full HD IR webcam having a physical shutter, a port selection comprised of two Thunderbolt 4 ports, two USB 3.2 Gen 1 Type-A, HDMI 2.1-out, Gigabit Ethernet, a standard UHS-II SD card reader, and a combo audio jack.

The Asus VivoBook Pro 16X 3D OLED will be available for purchase in 3D and non-3D options in Black and Silver colors. Currently, the company has not revealed the pricing and availability information.

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Tech analyst Jeff Pu has predicted that Apple will release a new high-end Apple Watch in 2024 with a micro-LED display. This prediction was made in a research note for Hong Kong investment firm Haitong International Securities.

Apple Watch With Micro-LED Display and Lower-Priced AirPods Rumored for 2024

The new Apple Watch is rumored to feature a larger 2.1-inch micro-LED display, which is expected to provide increased brightness compared to current models with OLED displays. The micro-LED technology has been gaining traction in the industry due to its ability to offer high resolution and brightness while consuming less power. This model is likely to be a new version of the Apple Watch Ultra, which was released in September 2022.

In addition to the micro-LED display, the new Apple Watch is expected to offer other upgraded features and improved performance. It is unclear at this time what specific improvements will be included, but it is likely that the new watch will offer enhanced fitness tracking and possibly new health features.

Pu has also mentioned a rumored lower-priced version of the AirPods, referred to as “AirPods Lite,” but did not provide any further details. It is unclear what specific features the “AirPods Lite” will offer, but it is possible that they will have a stripped down version of the features found in the current AirPods models in order to lower the price point.

ItIt is also worth noting that Pu has a mixed record in predicting Apple‘s future plans. Apple’s plans for its 2024 products may change in the future. That being said, the possibility of an Apple Watch with a micro-LED display and lower-priced AirPods is certainly intriguing, and it will be interesting to see what Apple has in store for these products in the future.

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CES 2023 (Consumer Electronics Show) held in Las Vegas, has officially begun. This year’s event is expected to showcase a wide range of innovative technologies and products. Many industry experts and consumers alike are looking forward to seeing what new and exciting developments will be unveiled at CES 2023. As one of the premier events in the tech industry, CES has a reputation for being a platform for companies to showcase their most cutting-edge ideas and products, and this year’s event is expected to be no different. Here are the details…

Samsung unveils Flexible Hybrid OLED screen that can fold and slide

Samsung has unveiled its latest OLED technology, Flex Hybrid, at CES 2023 in Las Vegas. The Flex Hybrid OLED panel is designed for use in futuristic devices such as smartphones, tablets, and laptops, and boasts the ability to both fold and slide. This allows for the creation of advanced compact devices that can still pack large displays, providing users with a larger screen when needed.

The 10.5-inch Flex Hybrid OLED screen has a 4:3 aspect ratio, and it can be opened up to become a 12.4-inch screen with a 16:10 aspect ratio. This technology could be a game-changer for devices that require a larger display for certain tasks, such as watching movies or working on documents. The flexible nature of the OLED panel means that it can be easily folded away when not in use, allowing for a more compact device overall.

In addition to the Flex Hybrid OLED, Samsung Display will also showcase the Flex Slidable Solo and Flex Slidable Duet at CES 2023. Both of these OLED panels can be extended by sliding them open, with the Flex Slidable Solo expanding from a 14-inch screen to a 17.3-inch screen, and the Flex Slidable Duet extending from a 14-inch screen to a 17.3-inch screen on both sides. This technology could be particularly useful for devices such as laptops, providing users with a larger display without the need for a separate monitor.

Samsung has a long history of innovation in the OLED market, and the company’s latest Flex Hybrid technology is sure to turn heads at CES 2023. While it’s not yet clear when we can expect to see devices featuring these flexible OLED panels on the market, their debut at the influential tech event indicates that they could be a key part of the future of mobile device technology.

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Apple released the iPhone 14 series in last September, which with a lot of features. One of the standout features of these devices was the use of OLED displays manufactured by LG and Samsung Display. According to recent reports, Samsung used an additional inkjet printing process in the production of these displays in order to protect them from moisture and oxygen. Here are the details…

Samsung’s inkjet process protects iPhone 14 Pro’s display from moisture

This process involved the use of inkjet equipment after the thin film encapsulation (TFE) process, which is normally used to protect OLED screens from moisture and oxygen. The additional inkjet equipment was used to create a separation between the hole in the display and the rest of the OLED panel, as well as to flatten areas with uneven heights.

The use of inkjet equipment in this way is a departure from Samsung‘s previous production methods, which only involved the use of inkjet equipment during the TFE process. It is believed that Apple requested the use of the inkjet printing method in order to seal the edges of the Dynamic Island, a feature of the iPhone 14 Pro’s display. Samsung Display’s subsidiary, SEMES, supplied the inkjet equipment used in the process.

LG Display, which also produced OLED displays for the iPhone 14 Pro Max, is said to have applied the same method. It was reported that LG encountered some difficulties in meeting Apple’s requirements for the iPhone 14 Pro Max display, but these issues seem to have been resolved. The iPhone 14 Pro lineup consists of two models: the 6.1-inch Pro and the 6.7-inch Pro Max, with Samsung supplying OLED displays for both models and LG supplying the display for the 6.7-inch Pro Max model.

It is worth noting that Samsung Display has previously used inkjet equipment to apply a Micro Lens Array (MLA) to smartphone OLED displays, including the Galaxy S21 Ultra. However, it is believed that this equipment has not been used for MLA since then, and may have been repurposed for other purposes.

Overall, the use of inkjet equipment in the production of the OLED displays for the iPhone 14 Pro lineup represents a significant shift in Samsung’s manufacturing process. The addition of this equipment was reportedly necessary in order to meet Apple’s requirements for the Dynamic Island feature and to ensure the durability and lifespan of the displays. It will be interesting to see if this method is continued in future iPhone models or if it remains unique to the iPhone 14 Pro lineup.

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Samsung has been making waves in the world of LED technology with its recent installations of large, impressive screens. The company recently installed the largest indoor LED Cube in all of Europe in the Swiss Life Arena, and now it has installed Europe’s largest circular LED signage at the Futuroscope theme park in Poitiers, France.

Samsung equips France with Europe’s largest circular LED signage

The circular LED signage at the theme park’s “Chasseurs de Tornades” (Tornado Hunters) attraction provides a breathtaking audiovisual experience for visitors. Samsung collaborated with Futuroscope Management and Development (FMD) to create the 17 meter diameter, 8 meter tall screen, which has a total surface area of 420 square meters. This makes it the largest LED screen installed in an amusement park by Samsung anywhere in the world.

The screen is comprised of 800 LED cabinets from the Samsung Indoor IFR series and offers 21K resolution. It also features HDR LED technology, high contrast, lifelike images, a peak light output of 2,400 nits, and a static contrast ratio of 12,000:1, all of which contribute to its impressive picture quality.

The Chasseurs de Tornades attraction features a 120-seat dynamic motion theatre surrounded by a 360-degree LED screen, providing an immersive experience for visitors. Yannis Marchet, Development and Projects Director at FMD, noted that the screen’s technology is durable enough to last at least 15 years.

In addition to its impressive LED installations, Samsung is also reportedly working on developing special OLED panels for use in certain iPad models in 2024. Previously, the company had planned to develop full-cut OLED panels, but it has since shifted its focus to the development of two-stack tandem OLED panels, which use two layers of pixels instead of one and offer higher brightness and longer life than current-generation OLED panels.

These panels could also potentially be used in some Apple Macs. Full-cut OLED panels are reportedly more advanced than two-stack OLED panels, but Samsung has prioritized the development of panels with higher near-term demand.

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LG is one of the leading makers of OLED panels and the company has a new product with an OLED screen. LG has added a new product page on its website for 27-inch OLED Gaming Monitor which carries model name LG UltraGear 27GR95QE-B.

The highlight of this new monitor from the company is that it is the brand’s first OLED panel of this size and will offer a QHD or 1440p screen resolution. The company has listed the product but as of now, there’s no specific launch date known.

The display panel doesn’t offer 4K resolution but the 1440p resolution should be enough to product stunning image quality. There’s also anti-glare coating, which could provide a different look than the glossy TV screen. Listing of this product on the company’s website reveals that it offers a 110.8 pixels per inch display.

It has super fast 0.03 ms gray-to-gray response time and supports a high refresh rate of 240Hz. It also has Nvidia G-Sync Compatibility and AMD FreeSync Premium for fighting screen tears. The company is also claiming a 98.5 percent DCI-P3 coverage for the display.

The device features two HDMI ports, one DisplayPort, a 3.5mm headphone jack, digital optical audio port, and two USB 3.0 downstream ports. As of now, there’s no clarification on which version of the HDMI and DisplayPort are available on LG UltraGear 27GR95QE-B.

Although this LG monitor has a minimalist design, it still has some elements that are typical for a gaming device. It has an angular stand and features built-in RGB LEDs on the back.

LG UltraGear 27GR95QE-B 27-inch OLED Gaming Monitor is priced at $999.99 which may seem high but it’s a good price compared to the 4K OLED monitors from the company which are made for creators. We expect the company to make a formal announcement of this new monitor in the coming weeks.

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Samsung is one of the largest technology companies in the world. Even though most of us know Samsung with smartphones, the company actually consists of many different departments. One of these departments is Samsung Display, which is responsible for developing and producing panel technologies. The South Korean technology giant produces displays under this brand both for itself and for many of its competitors, including Apple. It seems that the company is so successful in its business that it produced the screens of 7 out of every 10 iPhones sold.

Samsung is dominating the Apple iPhone 14 OLED supply this year

Apple works with several suppliers for the OLED screens it uses in iPhones. The most important of these are BOE, LG Display, and Samsung Display. According to recent reports, Samsung is dominating the Apple iPhone 14 OLED supply this year. Apple is expected to use more than 120 million OLED panels for the iPhone 14. Almost 70% of these panels will be produced by its biggest competitor.

The company is expecting to ship mid-80 million units out of that total of 120 million. Its closest competitor is LG Display is expected to ship mid-20 million units while BOE is to ship up to 6 million units. Samsung Display supplies OLED panels for all four models; LG Display supplies LTPS for the regular 6.1-inch model and LTPO for the 6.7-inch Pro Max model. BOE only supplies LTPS for the 6.1-inch regular iPhone.

OLED displays are among the most expensive parts used in iPhones. Considering all this, it is concluded that Apple makes money for Samsung from every iPhone it sells. However, this does not change the fact that the US company has outstripped all its competitors in the premium smartphone market.

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