Apple's upcoming OLED MacBook Pro – aka "MacBook Ultra" – is expected to be the primary driver of a hybrid OLED laptop display market worth $4 billion this year, according to a new Omdia research report ($).


The report corroborates rumors that Apple's first OLED MacBook will use a hybrid OLED architecture combining oxide TFT (thin-film transistor) and tandem OLED layers. The combination is already used in Apple's iPad Pro models, and offers higher brightness, improved power efficiency, and longer lifespan compared with conventional single-stack OLED panels.

Samsung Display is said to be making the panels, and the supplier has invested heavily in an 8.6-generation OLED production line in South Korea. The line recently reached a key milestone for mass production.

It will be the first time the combination has been used for a laptop in the 14-inch and 16-inch range, and Apple's adoption is expected to pull the rest of the OLED laptop industry in the same direction. Omdia estimates that hybrid OLED panels will account for 12.6% of all OLED laptop shipments in 2026, rising dramatically to 89.5% by 2033.

Omdia says manufacturers are already exploring new patterning methods for large OLED panels. In addition to the established Fine Metal Mask (FMM) process, it says technologies such as inkjet printing (IJP) and fine photolithography mask (FPM) are being developed to improve production efficiency for larger screens.


Apple's first OLED MacBook Pro will also feature a touchscreen display, according to analyst Ming-Chi Kuo. The claim has been corroborated by Bloomberg reporter Mark Gurman, who also says the laptops will have "thinner and lighter frames." Apple is apparently focusing on delivering the thinnest possible device without compromising on battery life or major new features. That might also mean a higher price point and a new "Ultra" tier for the laptop.

• MacBook Ultra: 5 Features That Could Justify the Name

The redesigned 14-inch and 16-inch MacBook Pro models are also expected to have a hole-punch camera at the top of the display, and it could potentially be housed in a pill-shaped cutout similar to the iPhone's Dynamic Island, rather than the notch MacBook Pro owners are accustomed to. Gurman says the machines will be powered by M6 chips and are being readied for a late 2026 or early 2027 launch. As things stand, the latter time frame is now looking more likely, owing to the global memory chip shortage.
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Apple is evaluating a new OLED display backplane technology that could make future Apple Watch models more power efficient, according to a new report from Korean publication The Elec.


LG Display is said to be developing high-mobility oxide, or HMO, thin-film transistor technology for its sixth-generation small and medium-sized OLED production lines. The technology is reportedly being considered by Apple as a next-generation successor to low-temperature polycrystalline oxide, or LTPO – the TFT backplane technology currently used to enable iPhone and Apple Watch features like always-on displays and variable refresh rates.

HMO is designed to improve on conventional oxide TFT displays by increasing electron mobility (i.e., how easily electrons move through the transistor material when an electric field is applied). Mobility is important for driving OLED panels while keeping power consumption low, and The Elec says current mass-produced oxide TFTs typically offer mobility below 10 cm²/Vs (square centimeters per volt-second), whereas the industry is targeting around 30 to 50 cm²/Vs for its next-generation OLED products.

LG Display is also reportedly using a "sputtering" process that could make the technology easier to integrate into existing production lines.

Meanwhile, OLED supplier Samsung Display is said to be pursuing a different approach that uses atomic layer deposition (ALD), which involves laying down extremely thin films one atomic layer at a time. ALD is a slower process, but it suggests Samsung may be trying to create a more carefully controlled oxide transistor layer than HMO allows for.

The report goes on to suggest that the first Apple product to use LG Display's HMO technology could be next year's Apple Watch. Apple has historically tested new display backplane technologies in the Apple Watch before expanding them to larger-volume products such as the iPhone, so this could also represent an initial step towards wider adoption.

The report notes that LG Display still needs to validate the HMO technology for mass production, and that involves verifying mobility, uniformity, reliability, process temperature, and yield. As such, commercial adoption is not yet guaranteed.

So far, rumors suggest this year's Apple Watch lineup won't include any major design changes, with a redesign said to be unlikely before 2028. However, those reports don't necessarily rule out the possibility of Apple adopting the new, more power-efficient OLED technology in 2027.
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Back at CES in January, LG unveiled its UltraGear evo GX9 (39GX950B) display, which it claims is the world's first 39-inch ultrawide 5K2K OLED gaming monitor, offering a large curved canvas in the increasingly popular 21:9 aspect ratio with the added benefit of OLED technology for enhanced contrast with true blacks, standard refresh rates of up to 165Hz, and more.


While LG began taking pre-orders for the UltraGear evo GX9 last month and a few early orders have already trickled out through various channels, LG says that the official kickoff of order shipments starts next week.

LG touts the gaming prowess of the UltraGear evo GX9, but its specs mean it can deliver a premium experience across a variety of use cases, from productivity to media consumption and more.

OLED technology delivers a contrast ratio of 1,850,000:1 across the ultrawide display's 5,120 x 2,160 resolution. At a large 39-inch display size with a 1500R curve, this translates to a density of 143 pixels per inch, which is solid but not enough for true retina-level quality. Still, the large, curved display means many users will often be sitting further from the display than usual to be able to take in the full scope of content on the display, and that should prove plenty sharp in most situations.

The Tandem OLED panel in the UltraGear evo GX9 supports up to 335 nits of typical brightness, which is likely sufficient for most uses but does lag behind some other displays including ones in Apple products. The OLED contrast, color fidelity at up to 98.5% of the DCI-P3 spectrum, and HDR support that can push brightness to 1,500 nits at 1.5% APL and 600 nits at 10% APL should, however, all help to offer a quality viewing experience.


For those who do want to game on this display, the UltraGear evo GX9 features AMD FreeSync Premium Pro and NVIDIA G-SYNC support, as well as 0.03ms response times to keep up with fast-moving content.

On the connectivity side, the UltraGear evo GX9 offers a USB-C port with 90-watt power delivery to a connected computer, as well as DisplayPort 2.1 and HDMI 2.1.

We'll be looking to go hands-on with the LG UltraGear evo GX9 as soon as we can, and we'll report back on how well it works for Mac users, but for now LG is taking orders on its own site priced at $1,799.99, and it's also available at Amazon for the same price with delivery quotes starting around June 8.

MacRumors is an affiliate partner with LG and Amazon. When you click a link and make a purchase, we may receive a small payment, which helps us keep the site running.
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According to the latest rumors, Apple is close to launching its next-generation iPad mini. So what should we expect from the successor to the iPad mini 7 that Apple released over a year ago? Read on to find out.

Processor and Performance

Apple is working on a next-generation version of the iPad mini (codename J510/J511) that features the A19 Pro chip, according to information found in code that Apple mistakenly shared in August.

Apple's A19 Pro chip since debuted in the iPhone Air and iPhone 17 Pro models. The iPhone 17 Pro models include the higher-end version of Apple's A19 Pro chip with a 6-core CPU and a 6-core GPU, while the iPhone Air uses a mid-tier A19 Pro chip with one fewer GPU core than the A19 Pro chip used in the iPhone 17 Pro and Pro Max.

If the code leak is accurate for the iPad mini 8, Apple is likely to use the mid-tier A19 Pro chip found in the iPhone Air. This is based on the fact that the A17 Pro chip used in the iPad mini 7 has a 6-core CPU with two high-performance cores and four efficiency cores, along with a 5-core GPU, compared to the 6-core GPU found on the A17 Pro used in the iPhone 15 Pro.

Apple built the A19 Pro chip on an upgraded third-generation 3-nanometer N3P process for modest speed and efficiency improvements. The chip includes a 16-core Neural Engine, next-generation dynamic caching, and unified image compression.

The GPU in the A19 Pro has an upgraded architecture with a larger cache, more memory, and Neural Accelerators that are built into each core. Apple says that this change provides 3× the peak GPU compute over the prior-generation chip. There's also an upgraded 16-core Neural Engine for AI tasks.

There is an outside chance that Apple opts for the A20 Pro chip for the new iPad mini. The claim has been made by a MacRumors tipster who analyzed a macOS kernel debug kit containing internal Apple codenames. However, the iPad mini has not always received Apple's newest A-series chip at the time it was updated, so the A19 Pro cannot be ruled out at this time. iPhone 18 Pro models are also expected to use the A20 Pro chip, which will reportedly be fabricated with TSMC's advanced 2nm process.

Display

Apple's plan to transition the ‌‌iPad mini‌‌ from an LCD to an OLED display is widely rumored. According to Bloomberg's Mark Gurman, the small form-factor tablet is likely to be the next Apple device to adopt OLED. According to a Chinese leaker with sources in Apple's supply chain, Apple has evaluated a Samsung-made OLED display for its next iPad mini model.

It remains unclear whether the iPad mini 8 will feature a higher refresh rate than the 60Hz LCD display used in the existing iPad mini 7, but since the new base iPhone 17 now uses a 120Hz ProMotion panel, it would be reasonable to expect the same on the first OLED iPad mini. A separate report has suggested the ‌‌‌iPad mini 8‌‌‌'s screen could increase in size from 8.3 inches to 8.7 inches with the adoption of OLED.

OLED panels can individually control each pixel, resulting in more precise color reproduction and deeper blacks compared to other common display technologies. They also provide superior contrast, faster response times, better viewing angles, and greater design flexibility. All of Apple's flagship iPhones use OLED panels, and in May 2024 the company brought the display technology to the iPad Pro for the first time.

Unlike Apple's ‌iPad Pro‌ models, which feature two-stack low-temperature polycrystalline oxide (LTPO) OLED panels‌, the ‌iPad mini‌ may have a single-stack low-temperature polycrystalline silicon (LTPS) panel, which would make it dimmer.

Chassis Design

Apple is reportedly working to give the iPad mini 8 a more water-resistant design, according to Bloomberg's Mark Gurman. The updated casing would bring protection levels closer to those of the iPhone, making the tablet safer for use in damp environments.

To achieve this, Apple is said to have designed a new vibration-based speaker system that eliminates the need for traditional speaker holes. By using sound-emitting surfaces instead of open grilles, the company can reduce potential entry points for water and dust, resulting in a more sealed, durable enclosure.

On the iPhone, Apple relies on adhesives and gaskets to shield speakers and other openings from moisture. The iPad mini's approach appears to go further, doing away with the holes altogether. Current iPad mini models lack any official IP rating, but the upcoming version could mark the first in the lineup to feature a certified level of water protection.

Apple patents could offer further clues to the new design direction. For example, a 2014 patent outlines a "mechanically actuated panel acoustic system" that vibrates flat surfaces to generate sound, effectively turning parts of a device's chassis into a speaker diaphragm. This could potentially allow Apple to produce audio without visible speaker holes. The patent suggest Apple has been building towards a sealed, vibration-based acoustic system for several years.

Release Date

According to research firm Omdia, the ‌‌iPad mini‌‌ is expected to adopt an OLED display in 2027. However, Korea's ET News and ZDNET Korea have both suggested that the iPad mini will be updated with an OLED display in 2026. Bloomberg has also said the update could come as soon as this year.

The most recent word on the subject comes from Weibo-based leaker Instant Digital, who claims the OLED iPad mini will be launched in the second half of 2026 at the earliest.

In May 2024, it was reported that Samsung Display had started developing sample OLED panels for a future ‌iPad mini‌, with plans to initiate mass production at its facility in Cheonan in the second half of 2025. The same report claimed that Apple will bring an OLED panel to the iPad Air alongside the ‌iPad mini‌ in 2026, though Apple only refreshed the iPad Air in March, and more recent reporting suggests an OLED iPad Air will arrive in early 2027.

The latter outlook aligns with a December report by analyst firm Display Supply Chain Consultants (DSCC) that said an 8.5-inch OLED iPad mini is planned for a 2026 launch, while 11-inch and 13-inch OLED iPad Air models are expected to follow in 2027.

Ultimately, there are no rumors suggesting exactly when the next ‌iPad mini‌ will be released, but a launch later in 2026 has a high probability.

Pricing

Apple's ‌iPad mini‌ with OLED display technology and improved water resistance is expected to be more expensive, and Apple could charge up to $100 more for the device, according to Bloomberg's Gurman. The ‌iPad mini‌ is currently priced starting at $499. Gurman has previously argued that Apple should consider a lower-end version of the mini, or at least a change to its current $499 starting price, given that it's up against rival products that cost a lot less.

However, Apple users who are looking for a more affordable option should probably consider the 10th-generation iPad instead. Starting at $329, the iPad offers many iPad mini features, such as Touch ID and Center Stage, but at a lower price that balances functionality and affordability.
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According to the latest rumors, Apple is close to launching its next-generation iPad mini. So what should we expect from the successor to the iPad mini 7 that Apple released over a year ago? Read on to find out.

Processor and Performance

Apple is working on a next-generation version of the iPad mini (codename J510/J511) that features the A19 Pro chip, according to information found in code that Apple mistakenly shared in August.

Apple's A19 Pro chip since debuted in the iPhone Air and iPhone 17 Pro models. The iPhone 17 Pro models include the higher-end version of Apple's A19 Pro chip with a 6-core CPU and a 6-core GPU, while the iPhone Air uses a mid-tier A19 Pro chip with one fewer GPU core than the A19 Pro chip used in the iPhone 17 Pro and Pro Max.

If the code leak is accurate for the iPad mini 8, Apple is likely to use the mid-tier A19 Pro chip found in the iPhone Air. This is based on the fact that the A17 Pro chip used in the iPad mini 7 has a 6-core CPU with two high-performance cores and four efficiency cores, along with a 5-core GPU, compared to the 6-core GPU found on the A17 Pro used in the iPhone 15 Pro.

Apple built the A19 Pro chip on an upgraded third-generation 3-nanometer N3P process for modest speed and efficiency improvements. The chip includes a 16-core Neural Engine, next-generation dynamic caching, and unified image compression.

The GPU in the A19 Pro has an upgraded architecture with a larger cache, more memory, and Neural Accelerators that are built into each core. Apple says that this change provides 3× the peak GPU compute over the prior-generation chip. There's also an upgraded 16-core Neural Engine for AI tasks.

There is an outside chance that Apple opts for the A20 Pro chip for the new iPad mini. The claim has been made by a MacRumors tipster who analyzed a macOS kernel debug kit containing internal Apple codenames. However, the iPad mini has not always received Apple's newest A-series chip at the time it was updated, so the A19 Pro cannot be ruled out at this time. iPhone 18 Pro models are also expected to use the A20 Pro chip, which will reportedly be fabricated with TSMC's advanced 2nm process.

Display

Apple's plan to transition the ‌‌iPad mini‌‌ from an LCD to an OLED display is widely rumored. According to Bloomberg's Mark Gurman, the small form-factor tablet is likely to be the next Apple device to adopt OLED. According to a Chinese leaker with sources in Apple's supply chain, Apple has evaluated a Samsung-made OLED display for its next iPad mini model.

It remains unclear whether the iPad mini 8 will feature a higher refresh rate than the 60Hz LCD display used in the existing iPad mini 7, but since the new base iPhone 17 now uses a 120Hz ProMotion panel, it would be reasonable to expect the same on the first OLED iPad mini. A separate report has suggested the ‌‌‌iPad mini 8‌‌‌'s screen could increase in size from 8.3 inches to 8.7 inches with the adoption of OLED.

OLED panels can individually control each pixel, resulting in more precise color reproduction and deeper blacks compared to other common display technologies. They also provide superior contrast, faster response times, better viewing angles, and greater design flexibility. All of Apple's flagship iPhones use OLED panels, and in May 2024 the company brought the display technology to the iPad Pro for the first time.

Unlike Apple's ‌iPad Pro‌ models, which feature two-stack low-temperature polycrystalline oxide (LTPO) OLED panels‌, the ‌iPad mini‌ may have a single-stack low-temperature polycrystalline silicon (LTPS) panel, which would make it dimmer.

Chassis Design

Apple is reportedly working to give the iPad mini 8 a more water-resistant design, according to Bloomberg's Mark Gurman. The updated casing would bring protection levels closer to those of the iPhone, making the tablet safer for use in damp environments.

To achieve this, Apple is said to have designed a new vibration-based speaker system that eliminates the need for traditional speaker holes. By using sound-emitting surfaces instead of open grilles, the company can reduce potential entry points for water and dust, resulting in a more sealed, durable enclosure.

On the iPhone, Apple relies on adhesives and gaskets to shield speakers and other openings from moisture. The iPad mini's approach appears to go further, doing away with the holes altogether. Current iPad mini models lack any official IP rating, but the upcoming version could mark the first in the lineup to feature a certified level of water protection.

Apple patents could offer further clues to the new design direction. For example, a 2014 patent outlines a "mechanically actuated panel acoustic system" that vibrates flat surfaces to generate sound, effectively turning parts of a device's chassis into a speaker diaphragm. This could potentially allow Apple to produce audio without visible speaker holes. The patent suggest Apple has been building towards a sealed, vibration-based acoustic system for several years.

Release Date

According to research firm Omdia, the ‌‌iPad mini‌‌ is expected to adopt an OLED display in 2027. However, Korea's ET News and ZDNET Korea have both suggested that the iPad mini will be updated with an OLED display in 2026. Bloomberg has also said the update could come as soon as this year.

The most recent word on the subject comes from Weibo-based leaker Instant Digital, who claims the OLED iPad mini will be launched in the second half of 2026 at the earliest.

In May 2024, it was reported that Samsung Display had started developing sample OLED panels for a future ‌iPad mini‌, with plans to initiate mass production at its facility in Cheonan in the second half of 2025. The same report claimed that Apple will bring an OLED panel to the iPad Air alongside the ‌iPad mini‌ in 2026, though Apple only refreshed the iPad Air in March, and more recent reporting suggests an OLED iPad Air will arrive in early 2027.

The latter outlook aligns with a December report by analyst firm Display Supply Chain Consultants (DSCC) that said an 8.5-inch OLED iPad mini is planned for a 2026 launch, while 11-inch and 13-inch OLED iPad Air models are expected to follow in 2027.

Ultimately, there are no rumors suggesting exactly when the next ‌iPad mini‌ will be released, but a launch later in 2026 has a high probability.

Pricing

Apple's ‌iPad mini‌ with OLED display technology and improved water resistance is expected to be more expensive, and Apple could charge up to $100 more for the device, according to Bloomberg's Gurman. The ‌iPad mini‌ is currently priced starting at $499. Gurman has previously argued that Apple should consider a lower-end version of the mini, or at least a change to its current $499 starting price, given that it's up against rival products that cost a lot less.

However, Apple users who are looking for a more affordable option should probably consider the 10th-generation iPad instead. Starting at $329, the iPad offers many iPad mini features, such as Touch ID and Center Stage, but at a lower price that balances functionality and affordability.
This article, "OLED iPad Mini: Release Date, Pricing, and What to Expect" first appeared on MacRumors.com

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Apple will bring OLED displays to its iPad Air models next year, according to a new report from Korea's ET News.


Citing industry sources, the outlet says Samsung Display will begin mass production of OLED panels around the end of 2026 or January next year, with a view to supplying panels for Apple's next iPad Air, expected to be released in early 2027. Apple last updated the iPad Air in March 2026 with an M4 chip.

Apple's iPad Pro models already have OLED displays, but the iPad Air models still use more affordable LCD displays that Apple calls Liquid Retina. The Liquid Retina displays do not support 120Hz ProMotion display technology, and are limited to 60Hz refresh rates.

OLED panels individually control each pixel, resulting in more precise color reproduction and deeper blacks compared to LCD. They also provide superior contrast, faster response times, better viewing angles, and greater design flexibility.

That said, unlike Apple's ‌iPad Pro‌ models, which feature two-stack low-temperature polycrystalline oxide (LTPO) OLED panels‌, the iPad Air‌ is expected to use single-stack low-temperature polycrystalline silicon (LTPS) panels, meaning that they may be dimmer and continue to lack ProMotion.

Apple's plan to transition the ‌‌iPad mini‌‌ from an LCD to an OLED display is already widely rumored, with reports suggesting the iPad mini 8 will adopt OLED later this year, albeit using the same cheaper single-stack LTPS panel.

Once the iPad mini and iPad Air receive the display upgrade, the entry-level iPad will be the only model in Apple's tablet lineup without an OLED panel.
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Apple will update the MacBook Air with an OLED display for its 2028 model, according to Bloomberg's Mark Gurman.


Writing in his latest "Power On" newsletter, Gurman says that he expects the MacBook Air's transition from LCD to OLED to occur with the product's 2028 update, as part of a larger migration to OLED across the company's flagship iPad and MacBook models that includes the iPad mini, MacBook Pro, iPad Air, and MacBook Air – and likely in that order.

Apple already uses OLED displays in the iPad Pro. There are apparently no plans to add OLED to the low-cost iPad. The ‌MacBook Pro‌ will be updated with an OLED display when it is next redesigned, perhaps as soon as later this year, and it will include touch screen functionality, according to Gurman and Apple analyst Ming-Chi Kuo.

Apple is expected to update the MacBook Air with M5 chips imminently, but that model will continue to feature an LCD display. If Apple follows an annual upgrade cycle, the first OLED MacBook Air will likely feature M7 chips. Gurman previously reported that Apple has already started early work on an OLED ‌MacBook Air‌.

When the MacBook Air moves from LCD to OLED display technology, it will gain several advantages – brighter screens, deeper blacks with higher contrast, improved power efficiency that can extend battery life, and other enhancements.


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Apple's first MacBook Pro models with OLED displays will launch in the fourth quarter of 2026, according to Korea's The Elec.


Samsung Display will reportedly begin mass production of eighth-generation OLED displays for the device in May. Samsung is planing to ship two million of these displays to Apple by the end of the year. The panel will be sent to Foxconn from the third quarter of 2026 for assembly into the final machines.

Some components for the device are said to still be in development, since Apple has been changing the design of some parts to reduce manufacturing costs. China's BOE is also hoping to supply Apple with OLED displays for the ‌MacBook Pro‌, but only unit with Samsung displays will be available this'd s year.

The fourth quarter of 2026 runs from October to December. The OLED ‌MacBook Pro‌ is expected to feature 14- and 16-inch display size options, M6-series chips, and the first complete redesign of the device since 2021.
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Apple is working on a 24-inch iMac featuring an OLED display, with the aim of completing development as early as 2027, claims a new report out of Korea.


According to The Elec, Apple has sent requests for information to Samsung Display and LG Display regarding development of a 24-inch OLED panel for the iMac. Current 24-inch iMacs use a 4.5K Retina display, which is an LCD panel with LED backlighting.

The specs apparently being discussed include 600 nits of brightness and a pixel density of 218 PPI. If accurate, that would match the current 24-inch iMac's resolution but deliver a 20% brightness boost over the existing 4.5K Retina display's 500-nit maximum, making it equivalent to the brightness of Apple's Studio Display – though that also uses an inferior LCD panel.

OLED display technology benefits from several other advantages beyond brighter screens, such as deeper blacks with higher contrast, improved power efficiency, and other enhancements.

This is the first report we've seen suggesting Apple plans to bring OLED technology to its all-in-one desktop lineup. The company has already committed to OLED displays for future MacBook Pro models, with 14-inch and 16-inch versions expected to enter production next year using Samsung Display's 8th-generation IT OLED manufacturing line. OLED versions of its MacBook Air models are expected to follow.

For the iMac display, both Samsung and LG Display are expected to propose their respective large-format OLED technologies rather than the RGB OLED method Apple traditionally prefers. Samsung would likely pitch its quantum dot (QD-OLED) panels, while LG Display would offer its white (W-OLED) solution. QD-OLED produces color by passing blue light through a QD color conversion layer, while W-OLED produces color by passing white light through RGBW color filters. Both manufacturers are reportedly developing 5-stack configurations that add an extra green layer to improve brightness compared to current 4-stack designs.

The report suggests Apple prefers RGB OLED, where light and color generate at the subpixel level, but this technology apparently hasn't yet scaled reliably to the 20-30 inch range needed for desktop displays. Both panel makers are said to be exploring RGB OLED as a longer-term option.

Apple aims to complete iMac OLED panel development by 2027 or 2028, but the finished product could launch after that timeline. A recent but separate report has claimed Apple is developing a high-end iMac featuring the M5 Max chip, but there is currently no indication that OLED is destined for this rumored model. Apple could refresh the 24-inch iMac with an updated M5 chip at some point next year.
This article, "Report: Apple Developing 24-Inch OLED iMac With 600 Nits Brightness" first appeared on MacRumors.com

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