Apple is expected to use TSMC's base 2-nanometer N2 process rather than the newer N2P variant for its upcoming A20 and M6 chips, according to the China Times.


Apple is rumored to launch the A20 chip with new iPhone models in the fall, and the M6 family of Apple silicon chips in redesigned MacBook Pro models featuring OLED displays later this year. The latest report claims that the company will not move to TSMC's most advanced 2-nanometer manufacturing variant for these chip generations.

TSMC's 2-nanometer family marks the company's transition from FinFET transistors to gate-all-around technology, which is intended to improve power efficiency and performance scaling as chip densities increase. TSMC previously said that its base N2 process will enter mass production in 2026, followed by enhanced variants including N2P and A16 in the second half of the year.

N2P is positioned as a higher-performance version of N2, while A16 is designed for high-power and high-complexity chips, particularly for AI applications and data centers. The performance difference between N2 and N2P is expected to be modest. N2P offers roughly a 5% performance gain at the same power level, but comes at a higher manufacturing cost, which helps explain why Apple is expected to remain on N2 for its A- and M-series chips this year.

Competitors including Qualcomm and MediaTek are expected to adopt N2P for their flagship mobile chips in order to reach higher peak clock speeds. TSMC apparently expects the 2-nanometer generation to have a long lifecycle and potentially scale beyond its 3-nanometer family. Companies including AMD, Google, and Amazon are expected to adopt 2-nanometer processes for future CPUs, GPUs, and AI chips.

Supply availability is also thought to be a factor. Demand for 2-nanometer manufacturing has apparently exceeded expectations, with much of the initial N2 capacity already reserved by leading customers such as Apple. This early capacity allocation reduces the need for Apple to move to N2P simply to secure production volume for future A-series and M-series chips.

Crucially, since N2P only begins mass production in the second half of the year, it likely does not leave enough time for Apple to introduce chips made with the newer technology to its devices. N2 chips are already in production.
This article, "Apple Seemingly Avoiding Latest Chip Tech for New iPhones and Macs" first appeared on MacRumors.com

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.
This article, "Report: OLED MacBook Pro to Launch This Year" first appeared on MacRumors.com

Discuss this article in our forums

Apple's first foldable iPhone will feature relocated volume buttons, an all-black camera plateau, a smaller Dynamic Island, and more, according to design leaks from a known Weibo leaker.


The user known as "Instant Digital" today claimed to share several key details about the design of the foldable ‌iPhone‌:

• The volume buttons will be located on the top edge of the device, aligned to the right, similar to the iPad mini.


• The Touch ID power button and Camera Control continue to be located on the right edge of the device, just like other recent iPhones.


• The left side of the device is smooth and does not have any buttons.


• The front-facing cameras feature a single punch-hole design, resulting in a smaller ‌Dynamic Island‌.


• The back left of the device features an ‌iPhone‌ Air-style camera plateau, containing two horizontally arranged cameras, the microphone, and the flash. Unlike the iPhone Air, the camera plateau appears to be completely black and not match the color of the device's body.


• The only "confirmed" color option is said to be white, but a single additional color is expected to be available upon launch, giving customers just two choices.

The motherboard is apparently located on the right side of the device. As to not run cables across the screen to the left side for the volume buttons (where they are located on all other ‌iPhone‌ models), Apple is said to have decided to run them directly upwards, which maximizes internal space.

The internal structure purportedly features an innovative stacked design, with the space being almost entirely dedicated to the display and battery. It is also said to feature the biggest battery ever used in an ‌iPhone‌.

Instant Digital has a good track record for Apple rumors and has provided some strikingly accurate information, such as the imminent launch of 2023's Yellow iPhone 14, the frosted back glass of the ‌iPhone‌ 15 and ‌iPhone‌ 15 Plus, the Apple Watch Series 9 as a minor refresh, spatial video capture on the ‌iPhone‌ 15 Pro, the iPad Air and iPad Pro's move to a landscape front-facing camera, the M4 ‌iPad Pro‌'s nano-texture display option, the iPhone 16 Pro's battery capacities, and continued Apple Watch band compatibility through the Apple Watch Series 10.

For the iPhone 17 Pro alone, the leaker reported the device's 256GB base storage configuration and its improved telephoto camera, as well as its improved battery life, thermal design, and display brightness. As a result, their reports are worth taking seriously.

Other rumors suggest that Apple's first foldable ‌iPhone‌ will feature a 7.8-inch crease-free inner display, a 5.5-inch cover display, ‌Touch ID‌, two rear cameras, the A20 chip, and the "C2" modem. It is expected to launch alongside the iPhone 18 Pro and ‌iPhone 18‌ Pro Max later this year.
This article, "First Foldable iPhone Design Details Revealed" first appeared on MacRumors.com

Discuss this article in our forums

Apple's original Vision Pro spatial computing headset launched two years ago today.


Apple's work on a head-mounted device was the subject of rumors for many years before the Vision Pro's announcement. By the early 2020s, those reports had converged around the idea that Apple was preparing a high-end mixed-reality headset positioned as a new form of general-purpose computer.

Apple finally revealed the Apple Vision Pro in June 2023 during its annual Worldwide Developers Conference (WWDC), marking the company's first major new hardware platform announcement since the Apple Watch. In its initial announcement, Apple described Vision Pro as its first "spatial computer," introducing visionOS, a new operating system designed around three-dimensional app windows controlled by eye tracking, hand gestures, and voice input. The device combined dual micro-OLED displays with a total of roughly 23 million pixels, advanced sensor arrays, and custom silicon, including the M2 chip and a dedicated R1 chip for real-time sensor processing. Apple also announced a starting price of $3,499 in the United States and said the product would launch in early 2024.

The Vision Pro launched in the United States on February 2, 2024. Initial reviews broadly praised the visual quality, eye- and hand-tracking accuracy, and technical ambition of the product, while also noting its high price, physical weight, limited battery life, and a comparatively small library of software designed specifically for spatial computing. Following the launch, Apple gradually expanded Vision Pro availability to additional countries and continued to update visionOS with new features in 2024 and 2025.

The headset was never expected to be mass-market from day one, according to Apple. Even so, enthusiasm reportedly cooled far faster than anticipated. The latest report on the matter was published earlier this month by the Financial Times, claiming that the Vision Pro is still failing to catch on.

Roughly a year and a half after the initial release, Apple introduced an updated Vision Pro model featuring the M5 chip, representing the first hardware revision of the device. The M5 chip enabled 10% more rendered pixels, a refresh rate of up to 120Hz, better responsiveness, and up to an extra hour of battery life. Apple also introduced a counterweighted Dual Knit Band designed to improve comfort.

Reports suggest that there are now no Apple Vision headsets in active development, with the company's focus pivoting decisively to smart glasses. Soon after launch, Apple was believed to have shifted focus to a lower-cost "Vision Air," designed to bring spatial computing to a wider audience through a lighter and cheaper headset, while also planning a redesigned Vision Pro 2 for later in the decade.

By mid-2024, that plan appeared to change and the company's once-ambitious multi-year roadmap for the Vision Pro is said to have unraveled. A report from The Information said Apple had suspended development of the redesigned Vision Pro, redirecting resources toward the cheaper model, which itself later slipped amid cost and design challenges.

Supply-chain reports suggested Apple was winding down production of the first-generation Vision Pro due to weak demand and excess inventory, with the company pivoting to a chip refresh to use up stockpiled components. A year later, Bloomberg reported that Apple also paused work on the lower-cost headset, shifting its focus toward smart glasses, potentially leaving no next-generation headset hardware in active development.
This article, "Apple Vision Pro Launched Two Years Ago Today" first appeared on MacRumors.com

Discuss this article in our forums

Apple's rumored plan to enter the smart glasses market by late 2026 is already reshaping the global AR optics supply chain, according to DigiTimes.


According to the paywalled report, demand for smart glasses from the likes of Meta is rising steadily, but the industry now expects Apple's equivalent product to act as the primary catalyst for large-scale commercialization. Multiple suppliers across Taiwan's optical sector have apparently increased capital expenditure to expand capacity and shift research priorities toward AR technologies, citing Apple's expected requirements.

For example, Kinko Optical has positioned itself as a key supplier by opening a new AR, VR, and MR research center, backed by an investment of about $5.6 million. Kinko is currently the only Taiwanese company developing both nanoimprint optical waveguides and optical engines at the same time, technologies that are essential to modern AR glasses designs. Joint development projects with clients are expected to begin in 2026, aligning with the rumored launch timelines of major new products from brands like Apple.

Other Taiwanese suppliers are moving in the same direction. Asia Optical is accelerating development of AR, VR, and metalens products and has partnered with Singapore-based MetaOptics to co-develop metalens technology. JMO Corp. has already entered AR glasses supply chains, while Aiimax Innovation has completed metalens samples now undergoing brand certification.

Samsung has already announced plans to launch AR glasses in 2026, while Apple is expected to introduce its first smart glasses by the end of the year. Apple's entry is expected to increase volumes, stabilize supply chains, and lower component costs, prompting Taiwanese suppliers to position themselves more aggressively as the market for smart glasses expands.
This article, "Apple's Smart Glasses Plans Already Triggering Industry Changes" first appeared on MacRumors.com

Discuss this article in our forums