Apple’s rumored MacBook Ultra is shaping up to be one of the most significant Mac redesigns in years, and a fresh industry report suggests it could land sooner than anyone expected. Research firm Omdia has released a new study on OLED adoption in laptops, and buried inside it are some very specific details about Apple‘s next MacBook.

What screen sizes will the MacBook Ultra come in?

According to the report, Samsung Display will begin supplying OLED panels for Apple’s new MacBook series as early as July 2026, with the devices expected to launch in Q3 2026. That almost certainly means a September debut, likely alongside the iPhone 18 series and the foldable iPhone Ultra.

The Omdia report points to two screen sizes for the MacBook Ultra: 14.3 inches and 16.3 inches. The current MacBook Pro comes in 14.2-inch and 16.2-inch configurations, so the slight size bump likely comes from slimmer bezels and a redesigned chassis.

What makes the OLED display so different?

Apple is not using the same OLED technology found in most laptops or even its own iPhone displays. According to Omdia’s Jerry Kang, the MacBook Ultra will use a hybrid OLED architecture based on oxide TFT and RGB tandem OLED technology.

This combination has never been used in a laptop before, but it’s similar to the display technology already found in the iPad Pro. It is specifically designed to consume less power than both LTPO and single-layer RGB OLEDs. That matters because the MacBook Ultra is also rumored to be significantly thinner than the current MacBook Pro.

Apple would need a major efficiency jump to maintain the battery life its laptops are known for. This new display tech is reportedly how it plans to pull that off. The MacBook Ultra is also expected to be a new tier in Apple’s lineup, sitting above the current MacBook Pro rather than replacing it.

By the end of 2026, Apple could have its MacBook lineup running from the entry-level Neo all the way up to the Ultra, covering more ground than ever before.

Gaming monitors have spent years chasing one goal: higher refresh rates. Asus just pushed that race into new territory with what it calls the world’s first OLED monitor built specifically for esports players.

Unveiled under the ROG banner, the new Strix OLED XG259QWPG Ace combines a compact 24.5-inch panel with a staggering 540Hz refresh rate, bringing OLED’s rich visuals to a category that has traditionally favored speed over image quality. But that’s not the only unusual display Asus announced. The company also introduced a color ePaper monitor designed for productivity, reading, and low-fatigue viewing. It’s an odd pairing on paper, but both products show how display technology is moving beyond traditional LCD screens.

OLED finally enters the esports arena

For years, competitive gamers have relied on TN panels because they offered the fastest response times available. The trade-off was always image quality. The new XG259QWPG Ace appears to challenge that compromise. Its 1080p OLED panel delivers a 540Hz refresh rate and an ultra-fast response time while retaining the deep blacks and vibrant colors OLED technology is known for. Asus says the latest-generation panel also improves brightness, color volume, and longevity compared to earlier OLED implementations.

What’s particularly interesting is how much of the monitor’s design was reportedly shaped by feedback from professional players. Simple additions, such as measurement markers on the stand and quick-access display settings, may seem minor, but they’re exactly the kinds of details esports athletes obsess over when dialing in tournament setups. The result is a monitor that feels purpose-built for games like Counter-Strike 2, Valorant, and Overwatch 2, where every frame matters.

Asus wants to replace your second screen

The bigger surprise might be the ZenScreen Color ePaper MP13UC. Unlike a conventional portable monitor, this 13.3-inch display uses color ePaper technology, similar in spirit to what you’d find on premium e-readers. The difference is that Asus is positioning it as a secondary productivity display rather than a device solely for reading books. With a high-resolution panel, touchscreen support, and a smoother refresh rate than traditional ePaper screens, it could be an appealing option for reviewing documents, reading research material, or keeping reference notes visible throughout the day.

The absence of blue light and screen flicker is another notable advantage, especially for users who spend hours staring at displays. In an era when people regularly work across two or three monitors, a low-fatigue secondary screen starts to make surprising sense.

One product is built for split-second reactions. The other is designed to reduce screen fatigue. This shows Asus is experimenting with two very different visions for the future of displays — and both are far more interesting than yet another standard LCD monitor.