Breakout hit comedy show "Small Prophets" has been renewed for a second season, according to Deadline, a little over a week after Apple TV acquired the worldwide rights to the show's first season. This was the first time the company has acquired the streaming rights to an existing show.

"Small Prophets" is set to stream on ‌Apple TV‌ worldwide starting on October 7, with creator Mackenzie Crook returning to write and direct season two.
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TrinamiX, a subsidiary of the German chemical giant BASF, is suing Apple in the U.S. District Court for the Western District of Texas, accusing the company of infringing seven patents related to face authentication technology used in Face ID.


In its complaint, first reported by Reuters, trinamiX said it spent years developing technology to stop people from fooling face unlock systems with a photo, a fake mask, or a silicone copy of someone's face.

The complaint says Apple's original version of ‌Face ID‌, introduced with the iPhone X in 2017, did not use trinamiX's technology, but that newer iPhones and iPads do. TrinamiX's system is designed to tell real skin apart from things like photos or masks, essentially adding a check that catches fakes conventional optical face scanning methods would miss.

The complaint alleges that "Apple knew or should have known of the high probability that updating its iPhones and iPads to incorporate ‌Face ID‌ using material and skin detection" infringed seven trinamiX patents, causing "substantial damages and irreparable injury." The seven patents cover two areas: detecting skin during face unlock and identifying what material something is made of.

TrinamiX names a broad swath of Apple devices as accused products, including the iPhone 15, iPhone 15 Plus, iPhone 15 Pro, iPhone 15 Pro Max, iPhone 16, iPhone 16e, ‌iPhone 16‌ Plus, ‌iPhone 16‌ Pro, ‌iPhone 16‌ Pro Max, iPhone 17, iPhone 17e, iPhone 17 Pro, ‌iPhone 17 Pro‌ Max, iPhone Air, 11-inch iPad Pro (4th generation), 12.9-inch ‌iPad Pro‌ (6th generation), and the 11- and 13-inch ‌iPad Pro‌ models with the M4 and M5 chips.

TrinamiX is asking the court to find that Apple infringed its patents, to block Apple from making, using, selling, offering for sale, or importing the accused products, and to award damages and attorneys' fees. The company has requested a jury trial. The full complaint is available via IP Fray.
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Apple today announced a new series of games coming to Apple Arcade in October, headlined by "Pusheen's Place."



The new games heading to ‌Apple Arcade‌ next month are as follows:

• Pusheen's Place: The first officially licensed game starring Pusheen the Cat, letting players build a cozy paradise and collect more than 100 kitties while playing, crafting, and decorating rooms for characters like Pusheenicorn and Pancake Pusheen, alongside mini games such as Snack Stack, Parfait Pop, and Batch Match.


• River City Survivors: An explosive survivors-like action game from the long running River City series, throwing players into waves of zombies with more than 20 playable characters, including franchise mainstays Kunio and Riki, and support for up to two companions.


• Terraria+: A sandbox action adventure game where players fight, explore, and build through an ever expanding world, including the "Bigger & Boulder" 1.4.5 update, which adds a "Dead Cells" crossover and Pals from "Palworld," with support for up to seven players via Game Center or local Wi-Fi.


• Touchgrind BMX 2+: A physics-based BMX stunt game with two finger controls designed to make every trick feel real.


• 4 Pics 1 Word+: The Arcade edition of the puzzle game that has stumped and delighted more than 400 million players worldwide.

All of the new games will be available on October 1, 2026. Pusheen's Place joins Arcade's existing lineup of "cozy" titles, including "Hello Kitty Island Adventure," "Tamagotchi Adventure Kingdom," and "Cozy Caravan."

‌Apple Arcade‌ is a subscription service that provides access to more than 200 games across the iPhone, iPad, Mac, Apple TV, and Apple Vision Pro, all free of ads and in-app purchases. In the U.S., ‌Apple Arcade‌ costs $6.99 per month with a one-month free trial, and customers who purchase a new iPhone, ‌iPad‌, Mac, or ‌Apple TV‌ get three months of the service for free. ‌Apple Arcade‌ is also included in Apple One's Individual ($21.95), Family ($27.95), and Premier ($39.95) plans in the U.S., each with a one-month free trial. ‌Apple Arcade‌ can be accessed through the App Store and the Apple Games app.
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Former Apple CEO Tim Cook played a major role in the development of the foldable iPhone, which could reach around $3,000 with storage upgrades, according to new details shared by Bloomberg's Mark Gurman.


Early in the development of the foldable iPhone, the company reportedly targeted a starting retail price of $1,999, hoping to come under the "potentially controversial $2,000 barrier." The idea was to replicate the debut of the iPhone X in 2017, which started at $999.

Amid the impact of the global memory shortage, Apple is said to have recently discussed pricing the foldable at $2,199. Some storage configurations could approach $3,000. While the company anticipates some "sticker shock" for consumers, the willingness of customers to spend around $2,000 on iPhone models with upgraded storage convinced the company that an "upscale foldable device was worth bringing to market."

Gurman also revealed details about the history of the foldable iPhone inside Apple. Around 2020, Cook apparently returned from a visit to Asia "unusually energized" about foldable phones. During the trip, he saw growing numbers of consumers using foldable devices from the likes of Samsung and Huawei. He came to believe that Apple needed an equivalent offering in the market and pushed the company to accelerate its development efforts.

Apple's hardware engineering team had been studying foldable phones, displays, and related components for years, dating back to well before the launch of the first Galaxy Fold device in 2019. Before Cook's guidance, the project was mired by debates over the form that an Apple foldable should take, with one early concept being an iPad mini that could unfold into a larger tablet. Cook wanted the final device to be more mainstream in the form of a foldable iPhone, and his level of involvement in the project was unusual.

The project was conceived under Dan Riccio, who preceded John Ternus as head of hardware engineering. The company apparently prioritized resolving four main challenges: reducing the visibility of the display crease, improving hinge reliability, creating a new flexible cover glass for the inner display, and developing under-display camera technology.

The company eventually settled on a hinge system made using titanium and aluminum and custom cover glass developed with Corning. Despite being less durable than other existing iPhone models, Apple is said to believe that the construction quality of the foldable iPhone is industry-leading for the foldable market, and thinks it has an advantage over Android devices in terms of software.

Gurman restated several of the device's rumored specifications, including a 7.8-inch inner display, a 5.5-inch outer display, and a wide form-factor design. During development, Apple designers apparently compared the folded proportions of the device to a passport and the unfolded proportions to a Magic Trackpad. The short-and-wide design was chosen to provide a point of differentiation with rival foldable and generate consumer interest.

He reiterated that the foldable iPhone may be less durable than a conventional iPhone, with an inferior camera system and less battery life. Despite these drawbacks, Apple employees are said to believe "the company will sell every foldable phone it can produce."

Gurman also noted that the foldable iPhone's engineering complexity "makes it an ideal showcase" for new CEO John Ternus, following his career as Apple's hardware chief. Ternus was apparently a major champion of the device and played a major role to "push it over the finish line," alongside Cook.

Apple's foldable iPhone is expected to be announced tomorrow at its "Surprise and shine" event. See the full Bloomberg report for more information.
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Last month, Apple announced a new Mac mini built around the all-new M6 chip and the M5 Pro, replacing the M4 and M4 Pro models that had been on sale since October 2024. Pre-orders are open now, with the machines arriving to customers and in stores on September 22.


The M6 model starts at $899 and the M5 Pro model at $1,699, each $100 above what its predecessor was selling for by the end of its run and $300 above what their predecessors launched at. The ‌Mac mini‌ rose from $599 to $799 in May, and the M4 Pro configuration went from $1,399 to $1,599 in June, both as a consequence of the memory shortage driven by AI demand. Education pricing brings the new models down to $799 and $1,599 respectively.

What Changed Across Both Models

A number of upgrades apply equally to the standard and Pro configurations, regardless of which chip you choose:

‌Mac mini‌ (2024)	‌Mac mini‌ (2026)
	Neural Accelerators in each GPU core
	Variable refresh rate and HDR support
Wi-Fi 6E connectivity	Wi-Fi 7 connectivity
	Apple N1 wireless networking chip
Bluetooth 5.3	Bluetooth 6
	Thread networking technology
Gigabit Ethernet or 10Gb Ethernet	2.5Gb Ethernet or 10Gb Ethernet
	Genlock support over USB-C

Mac Mini With M4 vs. M6

Here is everything else that differs between the M4 and M6 versions of the ‌Mac mini‌:

‌Mac mini‌ (M4)	‌Mac mini‌ (M6)
M4 chip	M6 chip
10-core CPU with four performance cores and six efficiency cores	12-core CPU with two super cores, four performance cores, and six efficiency cores
10-core GPU	12-core GPU
16-core Neural Engine	Dual 16-core Neural Engine
120GB/s memory bandwidth	153GB/s memory bandwidth, rising to 170GB/s with 24GB or 32GB of unified memory
Two displays up to 6K at 60Hz, plus a third up to 5K at 60Hz	Two displays up to 6K at 60Hz or 4K at 165Hz, plus a third up to 5K at 60Hz
	Up to two external displays over a single Thunderbolt port
Now discontinued	From $899

Mac Mini With M4 Pro vs. M5 Pro

The comparison below outlines the remaining differences between the two Pro configurations:

‌Mac mini‌ (M4 Pro)	‌Mac mini‌ (M5 Pro)
M4 Pro chip	M5 Pro chip
Base: 12-core CPU with eight performance cores and four efficiency cores Configurable to: 14-core CPU	Base: 15-core CPU with five super cores and 10 performance cores Configurable to: 18-core CPU
	Enhanced shader core and third-generation ray tracing
273GB/s memory bandwidth	307GB/s memory bandwidth
Three displays up to 6K at 60Hz	Three displays up to 6K at 60Hz or 4K at 165Hz
Two displays: one up to 8K at 60Hz or 4K at 240Hz, plus a second up to 6K at 60Hz	Two displays: one up to 8K at 60Hz, 5K at 120Hz, or 4K at 240Hz, plus a second up to 5K at 120Hz or 4K at 200Hz
	Up to three external displays over a single Thunderbolt port
Now discontinued	From $1,699

How Much Faster Is It, Really?

The latest refresh is minor for ordinary work and significant for AI workflows. Against the M4, Apple claims 40% faster CPU performance and 2x faster graphics, which is a normal generational step, alongside unusually large gains of up to 4x faster AI performance and up to 4.8x faster prompt processing in LM Studio. Almost all of the engineering appears to have gone into AI optimization, in the form of Neural Accelerators built into every GPU core for the first time on the ‌Mac mini‌ and a Neural Engine doubled to two 16-core units. The M5 Pro follows the same pattern, at up to 4x faster than the M4 Pro for prompt processing but only 1.4x faster for ray-traced rendering in Blender.

Display support is the one significant change beyond the chips. Both models add 4K at 165Hz and variable refresh rate, which the 2024 machines never supported, and the M5 Pro can drive a second display at 5K at 120Hz where the M4 Pro capped it at 6K at 60Hz. If you own a high refresh rate monitor, this is perhaps the most noticeable difference in the entire update.

It is worth noting that Apple's figure of up to 170GB/s for the M6 only applies to the 24GB and 32GB configurations. The 16GB models run at 153GB/s, so the gain over the M4's 120GB/s is around 28% for many buyers rather than the 42% implied. Bandwidth governs how fast a model's weights move out of memory, which makes the 32GB configuration a faster machine.

The memory ceilings are also not the increases they appear to be. The M4 shipped with a 32GB option and the M4 Pro with 64GB when they launched in October 2024, and Apple removed both in May as memory prices climbed. The new models restore those ceilings rather than raising them, so a 32GB M4 or 64GB M4 Pro already has the same ceiling as its 2026 equivalent.

Which to Choose?

If you own a 2024 ‌Mac mini‌ and do not run AI models on it, skip this generation. A 40% CPU improvement is not something you will notice in daily use, and nothing else meaningful about the machine has changed. The exception is display support: if you have a high refresh rate monitor stuck at 60Hz, that is a real problem the new models solve and the old ones never will.

If you do run models locally, the upgrade is easy to justify from an M4, but more difficult from an M4 Pro. Roughly 4x faster prompt processing changes what you can attempt. From an M4 Pro you get unchanged GPU core counts, a 12% bandwidth increase, and a $300 rise over what you paid, so wait for the next year's revision unless you specifically need to upgrade to a 64GB model.

For new buyers, the gap between the two 2026 models is wider than the $800 price difference suggests: the M5 Pro has 80% more memory bandwidth, double the memory ceiling, and 50% more CPU cores at the top. Since tools like LM Studio and Ollama run on the GPU rather than the Neural Engine, capacity and bandwidth are what matter. Memory capacity decides which models you can load at all, while bandwidth determines how fast they run. If your models fit in 32GB, buy the M6 at $899. If they do not, the M5 Pro is your only option here.

The 2024 models remain worth considering even though Apple has stopped selling them new, with availability via third parties, Apple's refurbished store, or second-hand.

Do not expect prices to collapse in the usual way, whichever route you take. The memory shortage pushed Apple's prices up, twice during the M4's final year, so a modest discount off $799 is unremarkable. The M4 model is worth buying nearer the $599 it launched at, and much above that, the stretch to buy a new M6 is difficult to argue against.

The 32GB M4 and 64GB M4 Pro were only sold between October 2024 and May 2026, so they exist on the used market but were unavailable new for the machine's final months. A 64GB M4 Pro matches the memory ceiling of a $1,699 M5 Pro at 273GB/s against 307GB/s, for considerably less. For running larger models on a budget, that may be the most cost-effective configuration.

The new ‌Mac mini‌ is available to pre-order now, with deliveries and in-store availability beginning on Tuesday, September 22.
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Apple may be considering scrapping the standard iPhone 18 entirely and rebranding the iPhone Air 2 as its new $999 entry point when the more affordable iPhone models launch in spring 2027, a sketchy rumor claims.


The claim comes from the X account "Early Apple," who said Apple is "exploring the idea" of having the Air 2 simply take over the ‌iPhone 18‌ name and price point rather than launching as a separate device.

This would be a major break from how the two devices have been described up to now. Over a year's worth of rumors have consistently portrayed the standard ‌iPhone 18‌, the iPhone 18e, and the Air 2 as three separate devices set to launch together next spring, following the iPhone 18 Pro models and Apple's first foldable iPhone arriving later this month. Given how firmly that three way split has held up in the rumor cycle so far, a rebrand this drastic looks unlikely for 2027.

We have covered leaks from the account before, including an alleged ‌iPhone 18 Pro‌ prototype photo back in April, but as we noted at the time, Early Apple is a relatively new account of unknown origin with no established track record, so the claim is best treated as an informed guess. The rumor has gained some traction online, so we have covered it for the sake of completeness.

The broader idea isn't entirely new, though. Other observers such as leaker Jon Prosser raised a similar possibility months ago, suggesting Apple's ultra-thin design could eventually become the template for the standard iPhone rather than remaining a separate niche model, framing it as a longer term shift rather than something arriving as soon as next spring.

There is a reasonable case for some convergence over time, even if next year is too soon. Apple has a history of debuting design features on pricier models before trickling down to the standard iPhone in later years, and with the ‌iPhone Air‌ 2 expected to close the gap by adding a second rear camera, one of the biggest practical differences between the Air and the standard iPhone would disappear. That makes it plausible that a future standard iPhone could eventually resemble the Air, even if an outright merger during the upcoming product cycle remains a stretch.

Apple is expected to announce the ‌iPhone 18 Pro‌, ‌iPhone 18 Pro‌ Max, and its first foldable iPhone tomorrow, with the standard ‌iPhone 18‌, iPhone 18e, and Air 2 following in spring 2027.
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Apple is working on a broader set of Camera app improvements in iOS 27 it has announced, according to a new deep dive from MacRumors forum member "pdfu."


‌iOS 27‌ beta code apparently points to five features that could arrive alongside new iPhone models this week or in a future software update:

• Exposure scopes: The Camera app can display a waveform or histogram to help judge exposure while shooting. A histogram shows how much of the image is too dark, too bright, or in between, while a waveform shows similar information but keeps it lined up with where those areas are in the frame.


• Focus peaking and highlight warnings: New code overlays helpful information right on top of the camera preview. Focus peaking highlights the edges of whatever's in sharp focus using a colored outline, while a separate overlay warns when part of the image is getting overexposed, using a solid color, a pulsing color, diagonal stripes, or a checkerboard pattern.


• Repeated self-timer shots: Apple is adding the ability to take several timed photos in a row rather than just one. After each shot, the countdown starts again right away instead of waiting for the photo to finish saving, so the shots can be taken back to back.


• Manual focus: A control for manually setting and locking focus, rather than relying on autofocus, has also turned up in testing, similar to what's already available in Apple's Final Cut Camera app. A version of this existed in iOS 26 with a focus slider, but that slider was removed in ‌iOS 27‌ beta 1. The underlying focus-locking code is still there, but Apple has restricted it to devices that ship with ‌iOS 27‌ or later, so it won't work on any current iPhone.


• Aperture-based image correction: A change to how photos are processed could be tied to a future iPhone with a variable aperture, a lens opening that can widen or narrow rather than staying fixed. ‌iOS 27‌ can adjust lens corrections depending on the aperture setting, blending between up to four reference points to smooth out the results.

Although the hidden features could be made available to other iPhone models, the presence of aperture-based image correction when the iPhone 18 Pro is widely expected to offer a variable aperture main camera suggests that at least some of the capabilities could arrive with the new models.

None of the five features are accessible to users in the current betas, and Apple could still hold some or all of them back from the September release. The findings follow pdfu's recent code discoveries covering unreleased game controllers, a four-speaker HomePod surround system, and new Apple Watch details.
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Ahead of the announcement of the Apple Watch Series 12 and Ultra 4 later this week, code in the watchOS 27 and iOS 27 betas points to a series of new features for the product line.


The information comes from a new post from MacRumors forums member "pdfu." The findings include:

• New "Readiness" app: An all-new separate Watch app referred to in code as "Readiness," distinct from the existing Vitals app. The ‌watchOS 27‌ launcher apparently includes it in the default Home Screen layout immediately after the Workout app, and the Watch companion app on ‌iOS 27‌ references the same app in its logic for arranging apps on the ‌Home Screen‌. Its name and placement next to the Workout app suggest Apple is preparing a more substantial readiness or recovery experience for the Apple Watch.


• Richer strength workouts: Expanded health infrastructure to store individual sets, repetition counts, weight, equipment, body side, and duration.


• New optical-sensing system: A new sensor family called "Sunstone4p0" with lower noise coefficients, and wrist- and orientation-based channel selection. This could point to revised heart-sensing hardware on an upcoming Apple Watch, featuring improved readings when the reflected pulse signal is weak and specialized sensing according to the watch's placement.


• 128GB storage: A NAND storage profile tied to the T8320 chip for the Apple Watch Series 12 and Apple Watch Ultra 4 suggesting that they could offer 128GB of storage, up from 64GB on previous models.

Bloomberg's Mark Gurman previously reported that the Apple Watch Series 12 and Ultra 4 will tout new health and fitness features.

pdfu has emerged as an intriguing source of code discoveries in recent weeks. The forum member previously spotted references to two unreleased game controllers in the first macOS 26.7 release candidate, identified by the internal names T6502 and T1057, and separately found evidence in audioOS 27 beta 8 pointing to a four-speaker HomePod surround sound system and a new "Party Mode" feature.



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Xiaomi today officially announced the 18 Fold, its first wide-format foldable, at a product event in China, two days before Apple is expected to unveil its own first foldable iPhone.


The Xiaomi 18 Fold uses a similar wide-folding design to the Samsung Z Fold8 and Apple's upcoming foldable iPhone. It features a 5.38-inch outer display and a 7.58-inch inner display, both with 120Hz LTPO technology and 4000 nits of peak brightness. The display is protected by a new double-layer ultra-thin glass structure.

The phone folds around a redesigned hinge Xiaomi calls the "Dragon Bone" hinge, which the company says underwent 492 structural optimizations, facilitating a noticeably more rounded design than Samsung's Galaxy Z Fold8. It launches in four finishes, including a Nishino Red colorway and a limited Ceramic Special Edition capped at 1,500 units.

The 18 Fold is the first flagship to contain Xiaomi's in-house Xring O3 chip, built using a 3nm process with a 10-core CPU clocked to 4.35GHz and a 16-core GPU. Xiaomi says the chip delivers a 60% multi-core CPU gain and an 85% GPU performance gain over its predecessor, with power draw down 25% and 64% respectively, alongside a dedicated NPU rated at 200 TOPS.

The rear camera system was developed with Leica and is led by a 200-megapixel main sensor, alongside a 50-megapixel ultrawide and a 50-megapixel periscope telephoto lens with 3.5x optical zoom. Apple's first foldable iPhone is expected to feature two rear cameras only, with no dedicated telephoto camera.

The device ships with Xiaomi's HyperOS 4 software and a 6,000mAh battery supporting 67W wired and 50W wireless charging. Pricing starts at 10,999 yuan (approximately $1,638), for the base 12GB RAM and 256GB storage configuration, rising to 14,999 yuan (approximately $2,235) for the top 16GB/1TB model, with a limited Ceramic Special Edition at 15,999 yuan (approximately $2,384). Apple's foldable is widely expected to be priced above $2,000.

Xiaomi also introduced the Xiaomi Pad 9 Pro Max tablet at the event, which shares the Xring O3 chip, along with three electric vehicles under its Pengcheng brand. The company has not announced global availability for the 18 Fold; its earlier Mix Fold foldables have stayed exclusive to China.

Apple is set to hold its own event on September 9 at Apple Park, where the company is expected to unveil its first foldable iPhone alongside the iPhone 18 Pro and ‌iPhone 18 Pro‌ Max.
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Apple's September 9 iPhone announcement event could become a negative catalyst for the stock, KeyBanc Capital Markets warns.


In a research note seen by Investing.com, KeyBanc said the event could motivate investors to weigh pricing decisions against the impact of higher costs on demand and margins. KeyBanc added that Apple faces a choice to either raise prices broadly to offset gross margin pressure, which could hurt unit volumes and trigger "sticker shock," or raise prices more selectively.

This could invite greater scrutiny of margins and raise the prospect of further price increases later down the line. The firm maintained an "Underweight" rating on Apple and a $250 price target, against a share price of $324.96 at the time of publication.

KeyBanc models total iPhone 18 lineup builds at around 80 million units across the fourth quarter of fiscal 2026 and first quarter of fiscal 2027, down from roughly 91 million units a year earlier. The firm attributed most of the decline to the absence of a base ‌iPhone 18‌ model in this part of the product cycle, with higher pricing and a richer product mix expected to partially offset the lower volumes.

KeyBanc is also expecting a $150 price increase for the iPhone 18 Pro, raising it to $1,249, and a $200 increase for the ‌iPhone 18 Pro‌ Max, raising it to $1,399. The firm expects the foldable "iPhone Ultra" to start at $2,199.

KeyBanc also pointed to a historical pattern of Apple shares weakening around iPhone announcements, with the stock averaging a 0.72% decline on announcement day over the past five years and a 1.22% decline five trading days later. Apple's "Surprise and shine" event commences at 10 a.m. Pacific time on Wednesday, September 9.
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Apple announced the M6 chip last week, just ahead of its September iPhone event, providing the clearest indication yet of what the A20 will bring to the iPhone 18 lineup.


Apple silicon generations share much of their architecture across the A-series and the M-series, so a new A-series chip normally functions as a partial preview of the M-series chip that follows it. This year the order reversed; the M6 was revealed on August 25, ahead of the A20 Pro expected in the iPhone 18 Pro this month.

Recent reports place the A20 Pro at up to 18% faster and up to 30% more power efficient than the A19 Pro, which is broadly similar to the M6 over the M5.

Apple's First 2nm iPhone Chip

The M6 is Apple's first chip built on TSMC's 2nm (N2) process, with the second almost certain to be the A20. Being a smaller manufacturing process, N2 has higher transistor density, allowing Apple to pack more performance into a smaller area.

Apple has historically debuted new nodes on the A-series, since iPhone volume validates yields, so introducing N2 in an $899 Mac mini represents a change. As such, reports that the A20 and A20 Pro will move to N2 are now supported by a shipping product rather than analyst predictions. The consequence for the iPhone event is that the "Apple's first 2nm chip" claim is no longer available.

Dual Neural Engine?

The iPhone's Neural Engine has remained at 16 cores and approximately 35 trillion operations per second since the A17 Pro, spanning three generations. The M6 introduces a Dual 16-core Neural Engine, which Apple says system frameworks can address simultaneously for up to 2x the peak compute of previous generations.

The change corresponds with the reported move to WMCM packaging, which integrates memory onto the same wafer as the CPU, GPU, and Neural Engine to shorten the path between them. It is possible that die area and thermal constraints may limit a dual engine to the A20 Pro.

GPU AI Gains Are Now Incremental

Apple said the M5 delivered over 4x the peak GPU compute for AI compared to the M4, reflecting the introduction of Neural Accelerators within each GPU core. The M6 is rated at nearly 30% over the M5.

The A19 Pro recorded a comparable 4x improvement on the iPhone 17 Pro last September for the same architectural reason. Second-generation Neural Accelerators consequently appear to represent a refinement rather than another step change, suggesting the A20 Pro will not repeat the A19 Pro's headline figure.

Graphics Improvements Should Carry Across

The M6 adds 50% increased geometry rates, an updated shader core architecture, revised Dynamic Caching, and hardware-accelerated ray tracing. These are architectural changes and comparable graphics work has historically appeared across both the A-series and M-series within the same generation.

Memory Bandwidth Suggests a Modest A20 Gain

Memory bandwidth determines how quickly data moves between the memory and the processor, and it is the main constraint on running large language models on device. The M6 provides up to 170GB/s, which Apple describes as a 10% increase over the M5's 153.6GB/s.

That increase is small enough to indicate Apple is using a faster grade of the same LPDDR5X memory rather than moving to the newer LPDDR6 standard, which would have delivered a far larger jump. Reports indicate Apple is sourcing high-speed LPDDR5X from Samsung for the ‌iPhone 18‌ lineup, and the M6 is consistent with that.

The implication for the A20 is that memory bandwidth is unlikely to improve dramatically. The A19 Pro is rated at 76.8GB/s, and a similar 10% uplift would take the A20 Pro to roughly 85GB/s. Any meaningful gain in how quickly the ‌iPhone 18 Pro‌ loads and runs on-device models is therefore more likely to come from WMCM packaging shortening the distance data travels than from the memory itself.

AV1 Encode Remains Absent

The M6 Media Engine supports hardware-accelerated H.264, HEVC, ProRes, and ProRes RAW, with AV1 decode but no AV1 encode, matching the M5. The omission on a new process node in a desktop chip makes its inclusion in the A20 Pro highly unlikely.
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Apple's first foldable iPhone, dubbed the "iPhone Ultra," is expected to launch without at least four features that will be present on the iPhone 18 Pro models, despite a price tag of at least $2,000.



The iPhone Air lacks Ultra Wide and Telephoto rear cameras, a SIM card slot, and stereo speakers. With a super thin design, a titanium frame, and a glass back, the ‌iPhone Ultra‌ is expected to be very similar to the ‌iPhone Air‌ in terms of design, and it is possible that similar concessions will be present on the device. There are no indications that the ‌iPhone Ultra‌ will be missing stereo speakers, but it is not out of the question given the other compromises Apple has chosen to make. Based on over a year of reports and rumors, the ‌iPhone Ultra‌ could be missing the following features:

• Face ID/TrueDepth camera array


• Telephoto camera/third rear camera


• Action button


• Physical SIM card slot


• mmWave 5G

MagSafe was originally in question earlier in the rumor cycle.

Face ID

The ‌iPhone Ultra‌ is believed to be too thin to accommodate Apple's TrueDepth camera array, which is required for ‌Face ID‌ authentication, so Apple is expected to revert to a Touch ID side button instead.

There will still be a front-facing camera for both displays, with the inner one rumored to be a 24-megapixel under-display sensor, but biometric authentication will be handled by the fingerprint reader.

The last flagship iPhone with Touch ID was 2016's iPhone 7. The ‌iPhone 18 Pro‌ models are moving in the opposite direction, apparently relocating ‌Face ID‌'s flood illuminator beneath the screen to shrink the Dynamic Island.

Telephoto Camera

As visible on dummy models shared by Sonny Dickson, Vadim Yuryev, and others, the ‌iPhone Ultra‌ is expected to sport only two rear cameras. These are believed to be 48-megapixel Wide and Ultra Wide lenses, with no third Telephoto camera of the kind found on the Pro models.

Bloomberg's Mark Gurman said last month that the people who have used the device are impressed by it, but singled out the camera system as the most likely disappointment for buyers.

Action Button

Dummy models continue to point to the absence of the Action button. A power button and volume buttons are clearly visible, with the volume buttons located on the top edge of the device and aligned to the right, similar to the iPad mini, but the left edge appears to be entirely bare. That would make the ‌iPhone Ultra‌ the first iPhone with no Action button or silent switch, some three years after Apple introduced the Action button on the iPhone 15 Pro as a replacement for the switch.

The unusual button layout was first rumored by Weibo leaker "Instant Digital," who said that the motherboard sits on the right side of the device. Rather than run cables across the display to the left side, where the volume buttons are located on every other iPhone, Apple is said to have decided to run them directly upwards to maximize internal space.

SIM Card Slot

Rumors indicate that the ‌iPhone Ultra‌ will also lack a SIM card slot, just like the ‌iPhone Air‌, being compatible with eSIM only. Gurman and analyst Ming-Chi Kuo both expect the device to be eSIM only in every market where it launches.

mmWave 5G Connectivity

The device is likely to miss mmWave 5G if it features Apple's in-house C2 modem as rumored, since reports indicate the C2 may still lack mmWave capability. ‌iPhone 18 Pro‌ models sold in the United States are expected to retain Qualcomm hardware because they support the mmWave bands used by American carriers. Apple does not sell mmWave-capable iPhones outside the U.S.

The ‌iPhone Ultra‌'s C2-based configuration would therefore advance Apple's modem transition, just like the ‌iPhone Air‌, but could limit the device to sub-6GHz 5G.

MagSafe?

Bloomberg's ‌Mark Gurman‌ has now indicated that ‌MagSafe‌ will make it into the device after all. Speaking in an interview with Tom's Guide, Gurman said "all indications that I've heard is that ‌MagSafe‌ is in for this foldable phone," pointing to the fact that Apple managed to fit the magnet array into the ‌iPhone Air‌.

The uncertainty stemmed from the dummy models of the device that emerged earlier this year. Units shared by Dickson and Yuryev showed no indentations for the internal ‌MagSafe‌ magnets, while the mock ‌iPhone 18 Pro‌ and ‌iPhone 18 Pro‌ Max units shown alongside them clearly did. Leaked cases for the foldable, on the other hand, included a magnetic ring, leaving the question open until recently.

Price and Launch

The rumored starting price for the ‌iPhone Ultra‌ varies, but reports agree that it will not be below $1,999, with Kuo placing it somewhere between $2,000 and $2,500. The iPhone 17 Pro starts at $1,099 and has all of the above features, and while the ‌iPhone 18 Pro‌ is expected to see a price increase of $200 to $300, the ‌iPhone Ultra‌'s compromises could still prove controversial.

Apple will almost certainly unveil the device alongside the ‌iPhone 18 Pro‌ and ‌iPhone 18 Pro‌ Max at its "Surprise and Shine" event on Wednesday, September 9.
This article, "Foldable 'iPhone Ultra' Still Likely to Be Missing These Five Features" first appeared on MacRumors.com

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Ahead of Apple's "Surprise and shine" event on September 9, we talk through everything to expect on this week's episode of The MacRumors Show.


The event begins at 10:00 a.m. Pacific Time at the Apple Park campus in Cupertino, California, and will be streamed on Apple's website, on YouTube, and through the Apple TV app. It is the first keynote since John Ternus succeeded Tim Cook as chief executive on September 1. Rumors suggest at least six new products will arrive at the event.

The Apple Watch Series 12 is expected to add a new chip, improved fitness tracking, better battery life, continuous heart-rate collection, and redesigned Health and Fitness experiences. A ceramic case option may return in white or dark gray, but no major redesign or Touch ID is now expected.

The Apple Watch Ultra 4 should receive the same new chip and health upgrades, again without a redesign. Apple may also expand its existing satellite connectivity features on the device with satellite Apple Maps and photo sharing in Messages.

AirPods 5 is expected to arrive in two versions, with and without active noise cancellation. Both may use an H3 chip for improved sound and lower latency, but are not expected to add the AirPods Pro 3's heart-rate sensor.

The iPhone 18 Pro should retain the iPhone 17 Pro's design while gaining an A20 Pro chip on TSMC's 2nm process, with RAM integrated on the same wafer. Other expected upgrades include a LTPO+ display, Samsung image sensor, simplified Camera Control without a capacitive layer, a narrower Dynamic Island, 12GB of RAM, 256GB base storage, and 5G satellite internet. It may use Apple's C2 modem outside the U.S., while U.S. models will likely retain Qualcomm hardware for mmWave connectivity.

The ‌iPhone 18 Pro‌ Max should share the smaller models's upgrades while adding a 5,391mAh battery in China and 5,567mAh battery in the U.S.. It may be thicker, heavier, and around 243 grams, with a variable-aperture main camera that could be exclusive to the larger device.

The foldable iPhone, likely called the "iPhone Ultra," is expected to be the biggest announcement, using a wide passport-style design with 5.5-inch outer and 7.8-inch inner displays, an iPad-like 4:3 aspect ratio, and a nearly invisible screen crease. It may feature a titanium-and-aluminum chassis, liquid-metal hinge, vapor-chamber cooling, A20 Pro chip, dual 5,400mAh to 5,800mAh batteries, ‌Touch ID‌ power button instead of Face ID, rear wide and ultra wide cameras, dual selfie cameras in hole-punch cutouts, and the Camera Control button, with 256GB, 512GB, and 1TB storage options. It is also expected to be more repairable than rival foldables.

The MacRumors Show has its own YouTube channel, so make sure you're subscribed to keep up with new episodes and clips.



You can also listen to ‌The MacRumors Show‌ on Apple Podcasts, Spotify, Overcast, or other podcast apps. You can also copy our RSS feed directly into your player.



If you haven't already listened to the previous episode of The MacRumors Show, catch up to hear our discussion about the new Mac mini and Mac Studio, the M6 and M5 Ultra chips, and invites to Apple's September event.

Subscribe to ‌The MacRumors Show‌ for new episodes every week, where we discuss some of the topical news breaking here on MacRumors, often joined by interesting guests such as Michael Fisher, Kayci Lacob, Kevin Nether, John Gruber, Mark Gurman, Jon Prosser, Luke Miani, Matthew Cassinelli, Brian Tong, Quinn Nelson, Jared Nelson, Eli Hodapp, Mike Bell, Sara Dietschy, iJustine, Jon Rettinger, Andru Edwards, Arnold Kim, Ben Sullins, Marcus Kane, Christopher Lawley, Frank McShan, David Lewis, Tyler Stalman, Sam Kohl, Federico Viticci, Thomas Frank, Jonathan Morrison, Ross Young, Ian Zelbo, and Rene Ritchie.

‌The MacRumors Show‌ is on X @MacRumorsShow, so be sure to give us a follow to keep up with the podcast. You can also email us at podcast@macrumors.com or head over to The MacRumors Show forum thread. Remember to rate and review the podcast, and let us know what subjects and guests you would like to see in the future.
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Apple last week announced two new Mac mini models, one with the all-new M6 chip and one with the M5 Pro chip that debuted in the MacBook Pro earlier this year.


Somewhat like the ‌MacBook Pro‌ last year, Apple has again placed its newest silicon in the entry-level machine and a previous-generation Pro chip in the high-end machine, so the more expensive ‌Mac mini‌ is not simply a faster version of the cheaper one. The M6 model starts at $899 with a 12-core CPU, 16GB of unified memory, and 256GB of storage. The M5 Pro model starts at $1,699 with a 15-core CPU, 24GB of memory, and 512GB of storage, and it can be configured with up to an 18-core CPU and a 20-core GPU.

Both are the highest starting prices Apple has ever set for the ‌Mac mini‌, which makes the $800 gap between the two models more consequential than in previous generations. Our guide helps to answer the question of how to decide which of these two ‌Mac mini‌ models is best for you.

Both models are available to pre-order now and launch on Tuesday, September 22. The two machines are physically identical and share the majority of their hardware. The shared features include:

• The same 5.0 by 5.0 inch aluminum enclosure in silver, unchanged since 2024


• Neural Accelerators in every GPU core, a first for the ‌Mac mini‌


• Wi-Fi 7 and Bluetooth 6 via the N1 chip, another first for the ‌Mac mini‌


• 2.5Gb Ethernet as standard, with a 10Gb Ethernet configuration option


• Two front USB-C ports and a headphone jack with high-impedance headphone support


• An HDMI port and native support for up to three external displays


• Genlock over USB-C for synchronizing a display with a camera such as the iPhone 17 Pro


• macOS 27 with Apple Intelligence and Siri AI

Everything that differs between the two models is set out below:

‌Mac mini‌ (M6)	‌Mac mini‌ (M5 Pro)
M6 chip	M5 Pro chip
Built with TSMC's 2nm (N2) process	Built with TSMC's 3nm (N3P) process
12-core CPU	15-core or 18-core CPU
Two super cores, four performance cores, and six efficiency cores	Up to six super cores and 12 performance cores
World's fastest single-threaded performance, according to Apple
12-core GPU	16-core or 20-core GPU
Updated shader core architecture, Dynamic Caching, and hardware-accelerated ray tracing, with 50% higher geometry rates	Enhanced shader core with third-generation ray tracing
Dual 16-core Neural Engine, with up to 2x the peak compute of previous generations	16-core Neural Engine
Up to 170GB/s memory bandwidth	307GB/s memory bandwidth
16GB, 24GB, or 32GB of unified memory	24GB, 48GB, or 64GB of unified memory
256GB, 512GB, 1TB, or 2TB of storage	512GB, 1TB, 2TB, 4TB, or 8TB of storage
Three Thunderbolt 4 ports	Three Thunderbolt 5 ports
	Clustering of multiple ‌Mac mini‌ systems over Thunderbolt 5
1.5 pounds (0.67 kg)	1.6 pounds (0.73 kg)
Starts at $899	Starts at $1,699

For the majority of buyers, the M6 model is the right choice, and not only because it is $800 cheaper. It is the newer chip, built on a 2nm process, and Apple says it contains the world's fastest CPU core. It is also the only ‌Mac mini‌ with the Dual 16-core Neural Engine, which Apple says delivers up to twice the peak compute of the single Neural Engine used in the M5 Pro. If your workload is dominated by everyday productivity, web work, photo editing, coding, or light on-device AI, the M6 should feel marginally faster in day-to-day use, especially for single-core tasks, and be more future-proof.

Buying the more expensive machine means accepting older silicon in exchange for a broader performance. What the M5 Pro provides is scale rather than speed per core: up to 18 CPU cores against 12, up to 20 GPU cores against 12, and 307GB/s of memory bandwidth against 170GB/s. Those advantages only really surface in sustained, heavily parallel work such as video rendering, 3D and VFX production, compilation of large codebases, and scientific simulation.

The memory ceiling is the clearest dividing line. The M6 model tops out at 32GB of unified memory, while the M5 Pro reaches 64GB. If you intend to run local large language models, work with complex 3D scenes, or keep sizeable datasets resident in memory, the M6 configuration simply cannot be specified high enough, no matter how much you spend on it. Storage works the same way, with the M6 limited to 2TB and the M5 Pro extending to 8TB.

Thunderbolt is the other hard limit. The M5 Pro model has three Thunderbolt 5 ports, double the bandwidth of the Thunderbolt 4 ports on the M6 model, and Thunderbolt 5 is what allows several ‌Mac mini‌ systems to be clustered together to run large AI models entirely on device. This is significant for users building a small local compute setup, or attaching high-speed external storage arrays for video work.

A note of caution applies to configuring the cheaper machine upward. Adding 32GB of memory and 2TB of storage to the M6 model pushes it well past its $899 starting price and narrows the gap to the M5 Pro considerably. At that point, the M5 Pro entry configuration becomes a more sensible purchase for anyone doing professional work, since the extra outlay buys substantially more CPU and GPU capacity, faster memory, and Thunderbolt 5 rather than just more of the same.

One final consideration is longevity. Apple reportedly has no plans for an M6 Pro chip, so the M5 Pro will remain the highest-end ‌Mac mini‌ option until the M7 family arrives in 2027. Buyers who want the newest Apple silicon in the smallest desktop Apple sells can only get it by choosing the $899 machine.
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Apple is facing a £2 billion ($2.7 billion) lawsuit in London accusing it of imposing stricter App Tracking Transparency rules on third party developers than on its own advertising services (via Reuters).

The case, filed at London's Competition Appeal Tribunal, follows a similar suit in which the tribunal ordered Apple to pay around £1.5 billion over App Store commissions last October, a ruling Apple is appealing. The new claim still needs to be certified before it can proceed.
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Apple has canceled plans for a foldable MacBook and a larger OLED MacBook Pro model, according to research firm Omdia.


In a new research note, Omdia said Apple has scrapped development of a large foldable MacBook that would have measured between 16.1 and 18 inches when unfolded. It was previously reported that this device had already slipped out of its original 2026 production window, with Omdia among the firms tracking it at the time, though under that earlier reporting it was generally described as a large-screened foldable iPad rather than a MacBook.

Apple has also apparently called off a separate, previously planned MacBook with an ‌OLED‌ display between 14.4 and 16.1 inches in size, which would have sat in its own tier between the standard ‌MacBook Pro‌ sizes and the canceled foldable. With both of those product lines scrapped, the 14.3 to 16.3 inch size range will seemingly remain exclusive to the ‌MacBook Pro‌ series going forward.

Omdia said Apple's broader strategy of bringing ‌OLED‌ displays to its entire ‌iPad‌ and MacBook lineup has not changed, but the company has reworked which products will get ‌OLED‌ and what specific ‌OLED‌ technology each one uses, a shift that lines up with the changes detailed in Apple's rumored 2026 and 2027 product roadmap.

As part of that same reshuffle, Apple is said to be adding a new 13.8 inch MacBook positioned between the LCD MacBook Air and the ‌OLED‌ ‌MacBook Pro‌, using a new generation of ‌OLED‌ technology that includes an LTPO+ backplane, under-panel camera, and color-filter-on-encapsulation technology, among other features. That new 13.8 inch model appears to fill the gap in Apple's lineup that the now canceled 14.4 to 16.1 inch MacBook ‌OLED‌ would have occupied, positioned below the Pro rather than above it.

The 14.3- and 16.3-inch ‌MacBook Pro‌ ‌OLED‌ models, also referred to as the "MacBook Ultra," are expected to be announced in the second half of 2026 or early 2027. Omdia added that Apple will not discontinue the existing mini-LED ‌MacBook Pro‌ models in those sizes when the high-end ‌OLED‌ versions arrive, and the two display types are expected to sell in parallel for several years, with the mini-LED version likely continuing until at least 2028.
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An alleged solder joint diagram for Apple's A20 Pro chip suggests the processor will deliver a number of significant upgrades, including a seven-core GPU, a wider memory interface, and a larger L2 cache for its efficiency cores.


The claims come from a Weibo user who says the layout was reconstructed by mapping the chip's solder ball positions and overlaying them with die level images to sketch out where each block of the processor sits. According to the post, the resulting outline points to a two and four core CPU configuration and a seven core GPU, with the top of the die housing the GPU and the CPU occupying the center.

Based on the layout, the leaker expects the A20 Pro's efficiency cores to share an 8MB L2 cache, up from 6MB on the A19 Pro, while the performance cores retain their existing 16MB L2 cache. The size of the shared system level cache is not yet known, but the leaker believes it is unlikely to shrink given the chip's new image signal processor and neural engine.

With regards to the GPU, the seven core configuration would mark an increase from the six cores on the A19 Pro, a jump of roughly 16%. The leak also points to a 96-bit memory interface for LPDDR5x RAM, up from the 64-bit interface on the A19 Pro, a 50% increase that would meaningfully boost memory bandwidth. Graphics performance tends to scale with memory bandwidth, so the wider bus could have an additional impact on top of the additional GPU core.

The A20 Pro is highly likely to debut the iPhone 18 Pro and ‌iPhone 18 Pro‌ Max next week. It could also be used in Apple's first foldable iPhone.
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Apple last week announced two new Mac Studio models, with one built around the M5 Max chip and one around the all-new M5 Ultra chip, replacing the M4 Max and M3 Ultra models that had been on sale since March 2025.


The gap between the two is unusually wide this time. ‌Mac Studio‌ with M5 Max starts at $2,499, holding the price Apple set when it raised Mac prices in June, while ‌Mac Studio‌ with M5 Ultra starts at $5,499, a further $200 increase on the post-June M3 Ultra price and $1,500 above what the M3 Ultra cost at launch.

That makes the premium $3,000 before any configure-to-order options, and memory and storage upgrades are more expensive than usual because of the memory chip shortage. Our guide helps to answer the question of how to decide which of these two ‌Mac Studio‌ models is best for you. The shared features include:

• An identical enclosure measuring 3.7 inches tall and 7.7 inches wide


• Neural Accelerators built into every GPU core, and hardware-accelerated ray tracing


• Hardware-accelerated H.264, HEVC, ProRes, and ProRes RAW, plus AV1 decode


• A next-generation SSD architecture that Apple says is up to twice as fast as before


• Thunderbolt 5 with up to 120Gb/s of bandwidth, and clustering of multiple systems using RDMA (remote direct memory access)


• 10Gb Ethernet, HDMI, and an SDXC card slot (UHS-II)


• Wi-Fi 7 and Bluetooth 6 via the N1 chip, both new to the ‌Mac Studio‌


• Genlock over USB-C for synchronization with professional camera capture


• A 3.5mm headphone jack with support for high-impedance headphones


• macOS 27, Apple Intelligence, and Siri AI

Here is everything that differs between the two models:

‌Mac Studio‌ (M5 Max)	‌Mac Studio‌ (M5 Ultra)
Starts at $2,499	Starts at $5,499
M5 Max chip	M5 Ultra chip
18-core CPU with 6 super cores and 12 performance cores	Up to 36-core CPU with 12 super cores and 24 performance cores, from 30 cores
Up to 40-core GPU, from 32 cores	Up to 80-core GPU, from 64 cores
16-core Neural Engine	32-core Neural Engine
Up to 614GB/s memory bandwidth	1.2TB/s memory bandwidth
36GB, 48GB, 64GB, or 128GB of unified memory	96GB, 256GB, or 512GB of unified memory
512GB, 1TB, 2TB, 4TB, or 8TB of storage	1TB, 2TB, 4TB, 8TB, or 16TB of storage
Up to 3.9x faster AI performance than M4 Max	Up to 4.3x the peak AI compute performance of M3 Ultra
Up to 50% faster graphics than M4 Max	Up to 1.8x faster graphics than M3 Ultra
One video decode engine and two video encode engines	Two video decode engines and four video encode engines
Two ProRes encode and decode engines	Four ProRes encode and decode engines
Four Thunderbolt 5 ports, two USB-C ports, and two USB-A ports	Six Thunderbolt 5 ports and two USB-A ports
Support for up to five 4K displays, four 6K displays, or two 8K displays	Support for up to eight 4K displays, eight 6K displays, or four 8K displays
6.0 pounds (2.7 kg)	8.0 pounds (3.6 kg)

For the overwhelming majority of buyers, including most professionals, the M5 Max is the more appropriate choice. An 18-core CPU, up to 40 GPU cores with Neural Accelerators, up to 128GB of unified memory, and up to 614GB/s of bandwidth cover workflows such as multi-stream 4K and 6K editing, large Logic sessions with real-time plugins, compiling substantial codebases, and most 3D and motion work.

Apple's own figures support this, with up to 3x faster Magic Mask performance in Blackmagic Design DaVinci Resolve Studio and 1.4x faster scene rendering in Maxon Redshift compared to M4 Max, and graphics that are up to 50% faster than the previous generation. Since memory cannot be added later, the sensible approach is to spend more on unified memory at the point of purchase rather than on the higher chip tier.

You should only choose the M5 Ultra if you anticipate running into a performance ceiling the M5 Max cannot clear. The most obvious use-case is local AI inference, where the whole model needs to be resident in memory. 256GB and 512GB configurations paired with 1.2TB/s of bandwidth allow models with hundreds of billions of parameters to run on the machine itself, which keeps sensitive material on-device and eliminates the recurring cost of paying for cloud inference.

The other workflows that can take advantage of the M5 Ultra include studios finishing 8K material from several cameras at once, where the doubled Media Engine and its four encode engines earn their keep, research and simulation work that needs an enormous memory pool, and anyone who specifically needs six Thunderbolt 5 ports or more than five displays.

There is a notable catch in how the two memory ladders overlap. The M5 Ultra begins at 96GB, which is less than the 128GB you can configure on the M5 Max, so paying the premium at the entry configuration buys you more cores and more bandwidth, but less memory. The Ultra only separates itself at 256GB and above, and Apple limits the 512GB option to the 80-core GPU model, which means the configurations that justify the machine sit far above its starting price.

This is where the price proximity argument becomes noticeable. Configuring an M5 Max with memory and storage narrows the gap considerably, and at that point the Ultra becomes worth pricing alongside it, because it roughly doubles GPU cores, Neural Engine cores, memory bandwidth, and Media Engine capacity in one step. If your workload sits comfortably inside 128GB, though, that money is better spent on storage and displays than on the chip.

Both models support clustering over Thunderbolt 5 and RDMA, and Apple says four ‌Mac Studio‌ systems working together deliver up to 3x faster AI inference than a single machine, so scaling inference does not necessarily mean buying the most expensive configuration outright.

If the M5 Max still looks like more performance than you need, the new Mac mini with the M5 Pro chip starts at $1,699 with up to a 20-core GPU and 307GB/s of memory bandwidth, which is enough for a great deal of professional work.

Both new ‌Mac Studio‌ models are available to pre-order now, with availability beginning on September 22. The 512GB configuration arrives in late October, and its pricing is expected to start well above $10,000.
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iPhone 18 Pro colors could include Dark Cherry, Sky Blue, and Black, with a Silver option unlikely to make the final lineup, according to the leaker known as "Fixed Focus Digital."


In a new post on Weibo, the leaker "Fixed Focus Digital" said the ‌iPhone 18 Pro‌ has entered full mass production and predicted a slightly different color lineup from what previous rumors have suggested, featuring Dark Cherry (also referred to as Burgundy), Sky Blue, and Black.

The leaker said a Silver option will "most likely" not be offered, adding in a reply that they have not seen evidence of that color's existence in China. If accurate, the lineup would mean Apple is replacing all three iPhone 17 Pro colors with new options for ‌iPhone 18 Pro‌, rather than carrying Silver over as many earlier reports had suggested.

Bloomberg's Mark Gurman first described the ‌iPhone 18 Pro‌'s main new shade as "deep red." A Macworld report later called it "Dark Cherry," and said the other colors would be Light Blue, Dark Gray, and Silver.

Weibo leaker "Instant Digital" said Apple may skip black, then described Dark Cherry as a mix of burgundy, coffee, and deep purple. Dummy models from Sonny Dickson showed Dark Cherry, Light Blue, Black, and Silver, while SIM tray photos showed Dark Cherry with Light Blue and Dark Gray.

The rumors point to Dark Cherry replacing Cosmic Orange as the signature Pro color, with Light Blue or Sky Blue, Silver, and Black or Dark Gray also possible. Black remains uncertain, after Apple reportedly considered black and steel gray for the ‌iPhone 17 Pro‌ before dropping both.

Apple's ‌iPhone 18 Pro‌ and ‌iPhone 18 Pro‌ Max are expected to be unveiled at the company's September event next week, alongside the company's first foldable iPhone, dubbed the "iPhone Ultra."
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OpenAI yesterday denied Apple's allegations of trade secret theft, telling a federal court that Apple failed to show any confidential information was actually stolen by its former employees, according to Reuters.


In a new filing submitted to the U.S. District Court in San Jose, California, OpenAI argued that the dispute is "a mess of Apple's own making." The filing is a direct response to Apple's new forensic evidence submitted against former Apple employees Chang Liu and Tang Tan, whom Apple accuses of stealing trade secrets related to hardware design, manufacturing, and supply chain operations after filing the lawsuit in July.

OpenAI says the lawsuit is an attempt to slow a rival and deter more employee departures. In court filings, it notes that it has hired about 400 former Apple employees for its hardware projects. The company argues that California law allows workers to move freely between competitors, while shifting attention to Apple's internal practices instead of addressing the forensic evidence allegation by allegation.

OpenAI alleges that Apple encourages staff to use personal iCloud accounts for work, potentially blurring the boundary between personal and company data after an employee leaves. It also says Apple's practice of immediately escorting departing employees off site leaves too little time to return devices or internal files, portraying the allegations as the result of a flawed offboarding process rather than intentional theft.

The filing says Liu retained access to Apple documents only to help former colleagues find files or answer questions, and that Apple employees repeatedly contacted him for support. Tan said he returned his Apple prototypes before leaving and kept only non-confidential materials, including a standard departure checklist.

OpenAI characterized the dispute as employees choosing to leave a company it says has been slow to adopt AI for a faster-moving competitor. It argued that Apple should not use its own internal failures to portray those departures as unlawful. Judge Edward J. Davila is scheduled to hear arguments on October 1.
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Recent layoffs of Apple employees working on the Vision Pro were broader than previously thought, Bloomberg's Mark Gurman reports.


Last month, Gurman said that Apple cut around 100 jobs from the Vision Products Group, with those cuts centered on the headset's gaming and immersive video teams. Gurman now says the layoffs also reached Vision Pro staff across the rest of the company, including people working on device security, audio engineering, Siri integration, testing, and visionOS. The cuts follow the June departure of Paul Meade, the executive who ran Apple's Vision Pro and smart glasses division, who left Apple for OpenAI.

Gurman reports that people inside the Vision Pro group have spent months lobbying new CEO John Ternus to stay the course on the platform even as sales continue to underwhelm. Colleagues who have discussed the headset with Ternus say he was skeptical of it from the start, seeing it as too bulky and too costly to reach a mass audience.

Interestingly, since visionOS apparently runs on Apple's upcoming smart glasses, the wider layoffs impact software shared across both product lines rather than the headset alone. Ternus is still said to support Apple's smart glasses project, code named N50, which remain on track for launch next year, but Gurman says he would consider walking away from head worn devices as a category altogether if they never catch on with buyers. That willingness also could weigh on the overhauled Vision Pro successor, code named N224, which is not expected before the end of 2028.
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Apple's unusually timed announcement of new Mac mini and Mac Studio models this week was driven by unexpectedly strong enterprise appetite for AI hardware, according to The Information.


Apple normally releases new Mac models in the autumn, closer to October or November, making this week's announcement unusually early, falling just before the anticipated arrival of new iPhone models. The Information says that the AI-driven boom in ‌Mac Studio‌ and ‌Mac mini‌ sales is behind the early launch.

Apple noticeably promoted the ability to link multiple Mac Studios together into a single, more capable system for running large frontier AI models, a feature aimed at business and developer customers rather than everyday consumers.

Apple highlighted the ‌Mac mini‌ and ‌Mac Studio‌'s shift toward business buyers in June, with a "Business at the Park" event involving executives from major companies Ford, Disney, and Anthropic. The ‌Mac mini‌ was said to be the "darling" of the event.

Even so, enterprise's rush toward powerful desktop Macs more broadly took Apple by surprise. The company reportedly did not possess an engineering team dedicated to business customers or staff focused on developer relations, and lacked an enterprise AI strategy.

Businesses that approached Apple asking to buy access to the company's Private Cloud Compute infrastructure were reportedly turned down. Apple is instead leaning on partners such as WebAI and Mount Thor, which provide AI tools and execution environments built on Apple hardware.

A surge in demand for Mac hardware to run AI models has coincided with the global memory shortage, leaving many ‌Mac mini‌ and ‌Mac Studio‌ configurations out of stock for months. Some enterprise customers are reportedly turning to other hardware such as Nvidia's DGX Spark, a compact AI desktop launched late last year in a form factor similar to the ‌Mac mini‌'s, as Apple's own high end configurations remain difficult to get hold of.
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It's been an unusually big week for Apple announcements. On this week's episode of The MacRumors Show, we discuss the new Mac mini and Mac Studio, the M6 and M5 Ultra chips, and invites to Apple's September event.


Apple confirmed on Wednesday that its annual iPhone event will take place on Wednesday, September 9 at Apple Park, starting at 10:00 a.m. Pacific Time, with select members of the media invited to attend. The event's tagline is "Surprise and Shine." Apple is expected to introduce at least six new products, including the the Apple Watch Series 12, Apple Watch Ultra 4, iPhone 18 Pro, ‌iPhone 18 Pro‌ Max, and the first foldable iPhone. Pre-orders should follow shortly after, and along with release dates for iOS 27, iPadOS 27 and macOS 27 Golden Gate.

Apple announced the new Mac mini on Tuesday, offering M6 and M5 Pro chip options. The machine gains an N1 networking chip, bringing Wi-Fi 7 and Bluetooth 6, and moves to 2.5Gb Ethernet as standard, up from 1Gb, with a 10Gb option. Thunderbolt 5 is restricted to the M5 Pro model, which gets three Thunderbolt 5 ports while the M6 model keeps Thunderbolt 4. Genlock support over USB-C also helps to sync a display's refresh timing to a camera such as the iPhone 17 Pro. Pricing starts at $899 with 16GB and 256GB, rising to $1,699 for the M5 Pro at 24GB and 512GB. Pre-orders are now open, with launch on September 22.

The M6 is Apple's first 2nm chip. Its 12-core CPU is split into 2 super cores, 4 performance cores and 6 efficiency cores, making it the first Apple chip to combine all three core types in one design. Super cores are Apple's top tier, optimized for single-threaded speed. The 12-core GPU features a Neural Accelerator in each core for the first time in a ‌Mac mini‌. The GPU also adds an updated shader architecture, Dynamic Caching, and hardware-accelerated ray tracing, while an all-new Dual 16-core Neural Engine doubles peak compute over the previous generation, with system frameworks able to drive both engines at once. Memory starts at 16GB and tops out at 32GB, running at up to 170GB/s. M5 Pro scales further, to an 18-core CPU, a 20-core GPU and up to 64GB at 307GB/s.

The new Mac Studio arrived alongside the ‌Mac mini‌, with M5 Max and M5 Ultra chip options. The M5 Max offers an 18-core CPU with 6 super cores and 12 performance cores, an up-to-40-core GPU with Neural Accelerators in every core, and up to 128GB of memory at 614GB/s, with the GPU running up to 50% faster than the previous generation. Both configurations move to a next-generation SSD architecture on PCIe Gen 6 for up to twice the storage performance, and gain up to six Thunderbolt 5 ports at 120Gb/s, and the same genlock support as the ‌Mac mini‌. Apple's N1 chip also brings Wi-Fi 7 and Bluetooth 6 to the ‌Mac Studio‌. Pricing starts at $2,499 for the M5 Max at 36GB and 512GB, and $5,499 for the M5 Ultra at 96GB and 1TB, with the 512GB memory option not arriving until late October.

The M5 Ultra is Apple's first quad-die chip, using a next-generation version of UltraFusion to join two dual-die M5 Max chips into a single processor. The result is a CPU with up to 36 cores, 12 super and 24 performance, delivering 1.25x the single-threaded and 1.3x the multithreaded performance of the M3 Ultra. Its up-to-80-core GPU is the most powerful Apple silicon GPU ever made and the first on an Ultra chip to feature Neural Accelerators. Second-generation Dynamic Caching, hardware-accelerated mesh shading and third-generation ray tracing lift graphics up 40% over the M3 Ultra, and the chip features a 32-core Neural Engine. Memory reaches 512GB at 1.2TB/s, which is a 50% bandwidth increase.

Other announcements this week included a new, softer Apple Polishing Cloth at $9, down from $19, and refreshed U.S. Magic Keyboards for the Mac, now featuring glyphs instead of edge text. Apple Support's 1-800-APL-CARE line is also now answered by a generative AI assistant in the U.S. and Canada.

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Apple TV has bought the worldwide rights to "Small Prophets," breaking with how it normally operates in acquiring an existing English-language hit rather than commissioning a show of its own from the start.



‌Apple TV‌ has typically developed or, at the very least, commissioned shows in-house and given them their premiere on the service, regardless of where they may eventually end up. This was the model behind the BBC's "Trying," which ‌Apple TV‌+ produced first and later licensed to the BBC once its own run had finished.

Apple has also picked up individual foreign-language titles in the past, such as the French-Japanese drama "Drops of God." "Small Prophets" marks new ground since it is an English-language series and it had already become a broadcast hit elsewhere before Apple stepped in.

The acquisition, reported by Deadline, follows a run on BBC Two that produced the strongest 28-day launch numbers for a comedy on the channel since 2022, a 100% score on Rotten Tomatoes, and the International Panorama award at this year's Series Mania festival.

"Small Prophets" will stream on ‌Apple TV‌ worldwide starting on October 7, with the exception of the UK, where the show debuted on BBC iPlayer and BBC Two earlier this year. Viewers in the UK will be able to continue watching it on iPlayer before it eventually moves to ‌Apple TV‌.

The show is written, created, and directed by Mackenzie Crook, best known for appearing in "The Office" and "The Detectorists."

Small Prophets follows Quigley as the eccentric Michael Sleep, an ordinary man who, since his darling Clea disappeared seven years ago, has worked in a DIY store, while visiting his elderly dad Brian and hoping for Clea to return. One day, Brian shares an old recipe for a potion so a skeptical Michael can create homunculi – magical spirits that can predict the future – to learn if he will see Clea again.

Michael gets help from his young DIY store co-worker Kacey and their unlikely friendship blossoms through a dislike of store manager Gordon, while his nosy neighbors obsess about what Michael is doing in the garden shed.

The show, set in and around suburban Manchester and is seeped in Crook's trademark gentleness... includes animated elements to show the more magical elements of the story.

Deadline compared "Small Prophets" to "Ted Lasso," which recently began its fourth season as ‌Apple TV‌'s biggest premiere ever, favoring a gentler, more serialized storytelling style over a traditional sitcom.
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Pre-orders of Apple's iPhone 18 Pro may not open until Saturday, September 12, a day later than the company's usual schedule, according to a new report.


Apple is set to hold its annual iPhone event on Wednesday, September 9, where the ‌iPhone 18 Pro‌ models, its first-ever foldable iPhone, and the Apple Watch Series 12 and Ultra 4 are all expected to be announced.

Under Apple's typical launch plan, pre-orders begin the Friday immediately following the event, with devices shipping the following Friday. This year, that would place pre-orders on Friday, September 11, but Macworld reports that its German sister publication, Macwelt, has heard from a reliable source that Apple will instead push pre-orders back to Saturday, September 12.

There is precedent for this as the shift is reportedly tied to the date itself. September 11, 2026 marks the 25th anniversary of the September 11 attacks, and Apple has moved pre-orders away from that date before. In 2015, when the standard pre-order Friday also landed on September 11, Apple delayed iPhone 6S and 6S Plus pre-orders to Saturday, September 12.

The timing within the day is also said to be changing. Apple's pre-orders traditionally open at 5 a.m. PT, but the source says this year's window will instead start at midnight PT on Saturday.

The delayed pre-order date is expected to apply to the ‌iPhone 18 Pro‌, Apple Watch Series 12, and Apple Watch Ultra 4, alongside any other hardware Apple introduces at the event. Apple's foldable iPhone could follow at a later date, with pre-orders potentially not opening until late September.

Earlier this year, Macwelt reported that Apple would announce the iPhone 17e on Thursday, February 19, but that announcement didn't actually come until March 2. That being said, Saturday, September 12 looks like a solid bet for the ‌iPhone 18 Pro‌'s pre-order date, though the reported midnight PT start time is worth taking with a pinch of salt for now. Apple's iPhone event takes place in just under two weeks, on September 9.
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Apple CEO Tim Cook today pledged that the company will make a donation toward relief and rebuilding work in Nepal and Tibet, where flash floods and mudslides have killed hundreds of people.


On Wednesday, part of a Himalayan glacier collapsed, briefly damming a river before a surge of water and mud hit communities downstream. Many people are dead or missing, and roads, bridges, and homes near the Nepal–Tibet border have been destroyed.



This marks Apple's fifth disaster relief pledge in just over two months, after the company supported Indonesia's earthquake recovery earlier this month and previously stepped in for crises in Venezuela, Southern Europe, and Japan.

Cook makes this pledge in the final days of his tenure as CEO. John Ternus takes over the role on September 1, when Cook will shift into the newly created executive chairman position, where he is expected to continue representing Apple on policy matters.
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Volvo this week confirmed that Spatial Audio support in CarPlay, powered by Dolby Atmos, is now rolling out to EX90 models via a software update.

Volvo first detailed Spatial Audio for the EX60, EX90, and ES90 in July. It requires the optional Bowers & Wilkins sound system.
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Apple this week announced a new Mac Studio with the M5 Max and M5 Ultra chips, discontinuing the M4 Max and M3 Ultra models that had been on sale since March 2025.


The machine's design is unchanged for a fifth consecutive year, with all of the upgrades being internal. The table below details everything that changed regardless of whether you choose a Max or an Ultra chip. The two tables that follow break down the differences within each tier.

What Changed Across Both Models

Here's everything that differs between the 2025 and 2026 ‌Mac Studio‌ irrespective of configuration:

‌Mac Studio‌ (2025)	‌Mac Studio‌ (2026)
Baseline SSD read and write speeds	Next-generation SSD architecture built on PCIe Gen 6, with up to twice the read and write speeds
Wi-Fi 6E (802.11ax)	Wi-Fi 7 (802.11be) via the Apple-designed N1 chip
Bluetooth 5.3	Bluetooth 6
	Genlock over USB-C

With the latest model, Wi-Fi 7 and Bluetooth 6 arrive on the ‌Mac Studio‌ for the first time, facilitated by the same N1 chip Apple introduced in the iPhone 17 lineup. Apple also says the new machine is made with 35% recycled content overall, including 100% recycled aluminum in the enclosure and 100% recycled rare earth elements in all magnets.

Mac Studio M4 Max vs. M5 Max

Here's everything that differs between the M4 Max and M5 Max configurations:

‌Mac Studio‌ (M4 Max, 2025)	‌Mac Studio‌ (M5 Max, 2026)
M4 Max chip	M5 Max chip
14-core CPU, configurable to 16-core, with 12 performance cores and 4 efficiency cores	18-core CPU with 6 super cores and 12 performance cores
32-core GPU, configurable to 40-core	32-core GPU, configurable to 40-core, with Neural Accelerators built into every core and enhanced shader cores
Second-generation hardware-accelerated ray tracing	Third-generation hardware-accelerated ray tracing
Up to 546GB/s memory bandwidth	Up to 614GB/s memory bandwidth
36GB unified memory with the 32-core GPU, or 64GB with the 40-core GPU (128GB option withdrawn in May 2026)	36GB unified memory with the 32-core GPU, or 48GB, 64GB, or 128GB with the 40-core GPU
Weighs 6.1 pounds (2.74 kg)	Weighs 6.0 pounds (2.7 kg)
Now discontinued	Starts at $2,499

The most immediately useful change is at the entry level. The M4 Max started with a 14-core CPU and could be configured up to 16 cores, whereas the M5 Max has an 18-core CPU as standard with no CPU upgrade to buy. Apple has also changed its core architecture, dropping the performance and efficiency split in favor of 6 super cores and 12 performance cores.

Mac Studio M3 Ultra vs. M5 Ultra

The table below outlines every difference between the two Ultra configurations:

‌Mac Studio‌ (M3 Ultra, 2025)	‌Mac Studio‌ (M5 Ultra, 2026)
M3 Ultra chip	M5 Ultra chip
28-core CPU, configurable to 32-core, with 24 performance cores and 8 efficiency cores	30-core CPU, configurable to 36-core, with 12 super cores and 24 performance cores
60-core GPU, configurable to 80-core	64-core GPU, configurable to 80-core, with Neural Accelerators built into every core and enhanced shader cores
First-generation hardware-accelerated ray tracing	Third-generation hardware-accelerated ray tracing
Dynamic Caching	Second-generation Dynamic Caching
819GB/s memory bandwidth	1.2TB/s memory bandwidth
96GB, 256GB, or 512GB unified memory (512GB option withdrawn in March 2026 and the 256GB option withdrawn in May 2026)	96GB or 256GB unified memory, or 512GB with the 80-core GPU
Now discontinued	Starts at $5,499

Across both generations, the maximum GPU still contains 80 cores, the Neural Engine still contains 32 cores, display support and media engine is identical, storage still maxes out at 16TB, and maximum unified memory is still 512GB. The 1.2TB/s of bandwidth feeding that memory, which is 50% higher than before, and the Neural Accelerators for each GPU core, are among the key changes.

How Big Are the Upgrades?

Apple's own comparisons against the outgoing chips are heavily weighted toward AI and graphics. For the M5 Max against the M4 Max, Apple claims:

• Up to 3.9x faster LLM prompt processing in LM Studio


• Up to 3.5x faster text-to-image performance


• Up to 3x faster Magic Mask performance in Blackmagic Design DaVinci Resolve Studio


• Up to 1.9x faster basecalling for DNA sequencing in Oxford Nanopore MinKNOW


• Up to 50% faster graphics performance

For the M5 Ultra against the M3 Ultra, Apple claims:

• Up to 4.3x faster text-to-image performance


• Up to 4x faster LLM prompt processing in LM Studio


• Up to 3.3x faster CopyCat ML training performance in Foundry Nuke


• Up to 1.8x faster graphics performance


• Up to 1.7x faster scene rendering performance in Maxon Redshift


• Up to 1.3x higher multithreaded CPU performance

On either chip, tasks that use matrix multiplication can run three to four times faster thanks to new Neural Accelerators in each GPU core.

Which to Choose?

Apple no longer sells the M4 Max or M3 Ultra models, which became relatively poor value for money by the end of their run. The M4 Max cost $2,499 with a 14-core CPU and up to 64GB of memory. For the same price, the M5 Max has an 18-core CPU, 614GB/s memory bandwidth, up to 128GB of memory, twice-fast storage, and Wi‑Fi 7. The M3 Ultra ended at $5,299 with a 96GB memory limit. For $200 more, the M5 Ultra brings back 256GB and 512GB options and adds 50% more memory bandwidth.

Current M4 Max and M3 Ultra owners generally do not need to upgrade after only 17 months. Launch buyers paid $1,999 or $3,999, so replacing their machine now costs 25–38% more for the same design, ports, Ultra core limits, storage limit, and Media Engine. The main exception is AI-heavy work. Local LLMs, on-device image or video generation, and demanding machine-learning tasks in applications like DaVinci Resolve or Nuke can benefit substantially from the new Neural Accelerators. The M5 Ultra's 1.2TB/s memory bandwidth can also improve large-model token generation.

The upgrade makes more sense for M1 or M2 ‌Mac Studio‌ owners. Apple says the M5 Max can process prompts up to 10.7× faster than the M1 Max, while the M5 Ultra can train ML models up to 15.4× faster than the M1 Ultra. Older models also lack Thunderbolt 5, AV1 decoding, and the newer Media Engine. If you already skipped the 2025 refresh, this is a more meaningful step forward.

The 2025 models are mainly worth considering used or refurbished at a steep discount. Apple raised prices in June, so lightly discounted older stock is often too close in price to a new model. One notable exception is an M3 Ultra with 256GB or 512GB of memory, since those configurations were unavailable new for much of 2026 and M5 Ultra equivalents will not ship until later this year.

When configuring, buyers should remember that memory and graphics are linked. The M5 Max always has an 18-core CPU, so the key choices are GPU and memory. More than 36GB of memory requires the 40-core GPU. With the M5 Ultra, 512GB of memory requires the 80-core GPU. If memory is your limit, as it often is for local AI tasks, you may need to pay for more GPU cores too. Apple says the 512GB M5 Ultra arrives in late October, with pricing expected to start above $10,000.

The M5 Ultra is now Apple's highest-end Mac. Apple discontinued the Mac Pro in March, seemingly with no plans for a replacement. There is no higher end Mac to wait for and no internal expansion path beyond adding a second machine.

Pre-orders are now open, with all but the 512GB model arriving on September 22. All M5 Ultra configurations now show a shipping time of 10–12 weeks in the United States.
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Apple today announced a new Apple Education Center in Hanoi to expand training and skill development programs for employees across its supply chain in Vietnam.


The new center is the first of its kind in the country and will begin offering courses this fall, operating in partnership with Hanoi University of Science and Technology (HUST). Apple and its partners already run almost 20 educational programs for supplier employees in Vietnam.

Courses will combine both online and in-person learning, covering areas including manufacturing, robotics, and automation technology. The center will also offer leadership and soft skills training aimed at helping workers advance in their current roles or move into new career paths.

The new center is the latest initiative funded by Apple's $50 million Supplier Employee Development Fund, a global program the company launched in 2022. Apple said more than 9 million education and training sessions have been delivered via the fund so far, and more than 108,000 supplier employees have taken part in its Swift programming courses since 2017.

The fund also supports workplace rights education and health programs covering broader topics such as health and fitness programming, mental health, and disease screening.
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Images claiming to show the inside of an Apple-made AI server, believed to power Private Cloud Compute, surfaced online this week, offering a first look at how the hardware is laid out.


The images were shared earlier this week by the X user @hsuchingpo, an account with a track record of Apple hardware and prototype leaks. Captioned simply "Apple M5 Server," the leaker said the hardware is "most likely" Apple's Private Cloud Compute (PCC) system. Private Cloud Compute is Apple's system for offloading demanding Apple Intelligence requests from a device to the cloud while keeping user data from being stored or shared.

The images show a rack mountable chassis packed with compute modules. Each one has a separate circuit board mounted on a carrier bar and secured with blue and red ejector latches for quick removal. The boards connect into a backplane through gold edge connectors, with heatsinks running through the center of each column and a service diagram taped inside the lid mapping out numbered board positions and Apple part numbers.



Each single chassis holds up to 32 boards. The layout appears to be built around airflow, with heatsinks running down the center and fans at both ends.

One close-up image shows a board with its thermal paste wiped away, revealing an Apple logo printed directly onto a chip package, appearing to confirm the hardware uses Apple's own silicon. Two NAND flash chips sit nearby.

The leaker added that the server cannot manage its own workload independently. In replies, they explained that the hardware "requires use in conjunction with Mac Studio (serves the function of software control)" and apart from Apple, no one can activate it, since doing so needs both a physical control machine and a control account.

Apple produces AI servers domestically at a facility in Houston, Texas, as part of a $600 billion U.S. investment commitment.
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