Apple’s M6 chip is no longer a rumor. On August 25, 2026, Apple launched the M6 as its first chip built on a 2-nanometer process, with a new 12-core CPU made up of two super cores, four performance cores, and six efficiency cores, up from the 10-core CPU (4 performance, 6 efficiency) in the M5, plus a new Dual 16-core Neural Engine that Apple says delivers up to 2x the prior Neural Engine’s peak compute. Apple also claims the M6 is up to 1.2x faster than the M5 in multithreaded CPU performance. The chip’s first home arrived less than a month later: Apple put the M6 inside a refreshed Mac mini on September 22, 2026, starting at $899 in the U.S., with a 12-core GPU, support for up to 32 GB of unified memory, and 170 GB/s of memory bandwidth, about 10% higher than the M5. Now attention has shifted to the rest of the lineup. Apple has scheduled a “Pro and Tell” event for October 28, 2026 in Los Angeles, and reports say it may unveil an entry-level 14-inch M6 MacBook Pro there, alongside a new iMac.
This piece lays out exactly what shipped in the M6 Mac mini, how its confirmed specs stack up against the M5 generation, and what’s still ahead on October 28. It also covers why Apple appears set to skip two chip tiers entirely, what that means for buyers eyeing a new MacBook Pro, and how the M6’s 2-nanometer node fits into a much larger industry story about rising chip costs.
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What’s Actually Confirmed About Apple M6 Right Now
The Specs Apple Has Confirmed
Start with the fact that matters most: Apple’s own newsroom now lists the M6 as a shipping chip, not a leak. Apple has confirmed the M6 is built on a 2-nanometer process, Apple Silicon’s first move off the 3-nanometer family that powered the M3 through the M5. Apple has also confirmed the core layout: a 12-core CPU split across 2 super cores, 4 performance cores, and 6 efficiency cores, a new three-tier arrangement that replaces the simple performance/efficiency split used since the M1. In the Mac mini, that CPU pairs with a 12-core GPU, up to 32 GB of unified memory, and 170 GB/s of memory bandwidth, roughly 10% above the M5’s 153 GB/s figure. Apple has also confirmed a new Dual 16-core Neural Engine, the chip’s dedicated machine-learning accelerator, rated at up to 2x the peak compute of the Neural Engine in the M5, alongside a claimed 1.2x gain in multithreaded CPU performance over the M5.
What Apple’s 1.2x and 2x Performance Claims Actually Cover
Apple’s performance claims for the M6 are narrower than the jump to a new process node might suggest. The 1.2x figure applies specifically to multithreaded CPU performance versus the M5, not single-core speed, graphics, or overall system performance, none of which Apple has quantified yet. The 2x figure is more specific still: it describes peak compute on the new Dual 16-core Neural Engine compared with the Neural Engine in the M5, the kind of gain that shows up in on-device machine-learning tasks like image generation and voice processing rather than in everyday app responsiveness. Apple hasn’t published the underlying benchmark methodology for either number, so neither claim has been independently verified yet, and both should be read as vendor-supplied figures until third-party testing confirms them.
What’s Still Unconfirmed
What Apple hasn’t confirmed yet is how the M6 performs in a laptop chassis, where thermal limits are tighter than in a desktop like the Mac mini. Bloomberg’s Mark Gurman reported on October 8, 2026, that Apple is planning to announce a 14-inch entry-level MacBook Pro, a new iMac, and a new iPad mini on October 27, 2026. Cult of Mac later reported that Apple made its “Pro and Tell” event official for October 28, but Apple itself has not confirmed those products. Specific CPU and GPU configurations for the MacBook Pro and iMac versions of the M6 also remain unconfirmed, as does any pricing.
Apple M5: The Chip Already Shipping in Macs
Base M5 Specs at a Glance
Before the M6, the M5 was the newest Apple Silicon chip, and it remains real, shipping, and well documented. Apple announced the base M5 on October 15, 2025, and the chip carries a 10-core CPU configuration split across 4 performance cores and 6 efficiency cores, paired with a 10-core GPU. It is built on a 3-nanometer process, the same broad node family Apple used since the M3.
The headline number Apple pushed hardest at launch was memory bandwidth: 153 GB/s, which the company said was nearly 30% higher than the M4 and more than double what the original M1 offered back in 2020. That bandwidth gain matters more than raw clock speed for the kind of on-device AI workloads Apple has been emphasizing across its marketing, from local image generation to larger context windows for on-device assistants.
The M5 Pro, Max, and Ultra Expansion
Apple didn’t stop at the base M5. In March 2026, it announced the M5 Pro and M5 Max, with the M5 Pro reaching up to 307 GB/s of memory bandwidth, roughly double the base chip’s throughput. Then in August 2026, Apple announced a Mac Studio refresh around the M5 Max and M5 Ultra, which reached customers on September 22 with the M5 Max starting at $2,499 and the M5 Ultra starting at $5,499, rounding out the high end of the lineup. The 13-inch MacBook Air also picked up the base M5, carrying the same 10-core CPU and 153 GB/s bandwidth figures as the MacBook Pro variant.
In other words, the M5 family was a complete lineup, from the entry-level MacBook Air up through the Mac Studio, by the time the M6 arrived. That’s part of why the M6’s August 2026 launch caught some longtime Apple watchers off guard: it meant Apple cycling to a new base chip about ten months after the M5 shipped, faster than the roughly annual-to-18-month cadence the company had otherwise followed since 2020.
Apple M6 vs M5: What the Comparison Actually Looks Like
Confirmed Specs, Side by Side
With the M6 now officially announced and shipping in the Mac mini, a real spec-for-spec comparison against the M5 is finally possible, at least for the parts of the lineup Apple has confirmed.
| Spec or Detail | Apple M5 (confirmed) | Apple M6 (confirmed) |
|---|---|---|
| Official announcement | October 15, 2025: Apple Newsroom | August 25, 2026: Apple Newsroom |
| Process node | 3-nanometer | 2-nanometer (Apple’s first) |
| CPU configuration | 10-core (4 performance + 6 efficiency) | 12-core (2 super + 4 performance + 6 efficiency) |
| GPU cores | 10-core GPU | 12-core GPU (Mac mini) |
| Neural Engine | Prior-generation Neural Engine | Dual 16-core Neural Engine: up to 2x prior peak compute (Apple) |
| Apple’s CPU performance claim | Baseline for comparison | Up to 1.2x M5’s multithreaded performance (Apple) |
| Memory bandwidth | 153 GB/s (M5 Pro reaches up to 307 GB/s) | 170 GB/s (Mac mini), about 10% higher than M5 |
| First shipping product | 14-inch MacBook Pro, MacBook Air | Mac mini (September 22, 2026) |
| Next reported products | M5 Pro/Max (March 2026), Mac Studio refresh (August 2026) | 14-inch MacBook Pro and iMac, reportedly planned for the October 28, 2026 event |
| Pro/Max variants | M5 Pro and M5 Max announced March 2026 | Reportedly may be skipped in favor of M7 Pro/M7 Max in 2027 |
What the Mac mini Launch Didn’t Answer
The Pro/Max column still carries real uncertainty, since nothing about those tiers has been confirmed by Apple. Everything in that row is sourced to reporting, not an Apple statement, and the usual caveat applies: leaked roadmaps shift, and Apple has pushed back announced products before. The Mac mini launch also didn’t reveal how the M6 behaves inside a laptop chassis, where Apple has to balance the new core layout against battery life rather than a desktop power budget.
The 2-Nanometer Bet: Why This Node Jump Is Different
What the New “Super Core” Actually Changes
The 2-nanometer reporting held up, and it marks Apple’s first move off the 3-nanometer family that powered every chip from the M3 through the M5. Smaller process nodes generally mean more transistors packed into the same die area, which typically translates into either higher performance at the same power draw or similar performance at lower power, a trade Apple has leaned toward the latter side of in recent generations to protect battery life on laptops.
The more interesting shift is architectural. Apple’s CPU core naming had stayed fixed at two tiers, performance and efficiency, across six generations, from the M1 through the M5. The M6 breaks that pattern with a third tier: two “super” cores sitting above the four performance cores. Apple hasn’t published a detailed breakdown of exactly how a super core differs from a performance core, but the naming and the core count math, 2 super plus 4 performance plus 6 efficiency equals the M6’s full 12-core total, suggest these are the cores Apple expects to handle the heaviest single-threaded and AI-inference workloads, while the performance cores handle sustained multi-threaded work and the efficiency cores absorb background tasks. That’s a meaningfully different approach from simply adding more performance cores, which is what a straightforward generational bump would have looked like.
The Cost Side of a First-to-2nm Chip
There’s a cost dimension too, and it’s not unique to Apple. Foundry pricing on cutting-edge nodes has been climbing across the industry, a trend covered in detail in our report on how rising TSMC production costs pushed AMD and Intel to raise chip prices roughly 10% this year. With the M6 confirmed as one of the first consumer chips on a 2-nanometer node, Apple is absorbing some of the highest per-wafer costs in the industry before volume ramps bring prices down, the same dynamic that has made early node adopters pay a premium in every prior generation.
Apple isn’t the only company wrestling with next-node decisions right now. Our coverage of Intel’s 14A process drawing evaluation interest from eight major chip firms shows the whole industry is circling the same question of who moves first on bleeding-edge manufacturing and who waits for yields to mature. Apple has historically been willing to pay to be first, and the M6’s 2-nanometer launch confirms that pattern held again this generation. Taiwanese supply-chain outlet DigiTimes has also tracked next-generation node ramp timelines closely as part of the broader 2-nanometer transition across the industry.
Mac mini M6: What Shipped on September 22
Why the Mac mini Went First
The Mac mini getting the M6 before the MacBook Pro or iMac is a change from how Apple handled the M5 generation, where the MacBook Pro and MacBook Air launched the chip first. It fits the same early-node caution described above: a desktop box with a fan and a full-size power supply gives Apple more thermal headroom to run a brand-new 2-nanometer die than a thin laptop does. Launching the M6 in the Mac mini first let Apple ship the new node into a real product almost a month before committing it to a laptop chassis, where battery life and thermal throttling put far tighter constraints on how the chip can run.
It also means the Mac mini is currently the only Mac on the market with a confirmed, Apple-stated M6 specification sheet. Every other M6 product, the MacBook Pro and iMac reported for the October 28 event, is still at the reported-plan stage rather than the confirmed-spec stage.
How the Mac mini’s M6 Specs Compare to Its Own Predecessor
Measured against the previous-generation Mac mini with M4 that Apple uses as its comparison system (a 10-core CPU and 10-core GPU), the new model, which starts at $899 in the U.S., has a 12-core GPU that is a two-core increase over the prior 10-core GPU, and the jump to up to 32 GB of unified memory and 170 GB/s of bandwidth, about 10% above the M5’s 153 GB/s, continues Apple’s pattern of treating memory bandwidth as the headline generational number rather than clock speed. For buyers specifically comparing Mac mini generations, that combination, more CPU cores, more GPU cores, more memory bandwidth, and a smaller process node, is the first real evidence of what a full M6 generation gain looks like, rather than the rumor-stage estimates that circulated before August 25.
Mac mini M6 Pricing and Mac Studio Availability
Preorders for the M6 Mac mini opened in August 2026 in 30 countries and regions, and Apple’s own announcement says the new Mac mini and Mac Studio began arriving to customers, and in Apple Store locations and Apple Authorized Resellers, on September 22. Mac mini with M6 starts at $899 (U.S.) and $799 (U.S.) for education. Mac mini with M5 Pro starts at $1,699 (U.S.) and $1,599 (U.S.) for education. That puts two chip choices inside the same desktop, which fits the reporting that Apple may skip M6 Pro and M6 Max, though that remains reporting rather than a confirmed Apple product-plan announcement.
The new Mac Studio launched alongside it, with M5 Max starting at $2,499 and M5 Ultra starting at $5,499. Apple says a Mac Studio with 512GB of unified memory is coming in late October. Apple’s page also lists up to 512GB of unified memory and 1.2TB/s of memory bandwidth for the Mac Studio with M5 Ultra, which makes that model the one to look at for local AI work. On the environmental side, Apple states that Mac mini comes in a 100% fiber-based box and lists 100% recycled aluminum in the enclosure.
For buyers, the practical question is whether the base M6 price covers the workload or whether the M5 Pro tier is worth the step up. Anyone who needs the largest memory configuration should plan around the late-October timing for the 512GB Mac Studio rather than expecting it to ship on day one.
Which Macs Get M6 First: And Which Don’t
The Confirmed Rollout Order So Far
The rollout order turned out differently than early reporting suggested. Before August 2026, most reporting pointed to the 14-inch MacBook Pro as the first M6 Mac. Instead, Apple gave that distinction to the Mac mini, launching it with the M6 on September 22, 2026, about four weeks after the chip itself was announced. The MacBook Pro, which had been the most consistently rumored first product, is now reportedly set to follow around Apple’s October 28, 2026 event, alongside a new iMac.
Still Waiting: MacBook Air and the Pro/Max Tiers
The MacBook Air, Apple’s highest-volume laptop, is still reportedly further back in line. The most recent reporting on an M6 MacBook Air continues to point to the February-to-April 2027 window, meaning anyone buying a MacBook Air this fall should expect to get an M5-based machine, not an M6 one, regardless of the October 28 event.
That staggered approach isn’t new for Apple. The company has increasingly decoupled its chip and product refresh cycles across its lineup rather than updating everything at once, something also visible in how the Mac Studio’s own M5 Max and M5 Ultra refresh landed months after the base M5 debuted in the MacBook Pro and Air.
Why Apple May Skip M6 Pro and M6 Max Entirely
The Case for Jumping Straight to M7 Pro and M7 Max
One of the more unusual threads in the M6 reporting is the suggestion that Apple might skip the Pro and Max variants of this generation altogether. MacRumors and 9to5Mac, citing Bloomberg’s reporting, describe a plan where Apple moves directly from M5 Pro and M5 Max to M7 Pro and M7 Max in 2027, leaving no M6 Pro or M6 Max in between, and MacWorld has separately reported that Apple halted M6 Pro and M6 Max development altogether, with higher-end Macs expected to keep their M5 Pro and M5 Max chips until M7 Pro and M7 Max arrive. Nothing in the confirmed August or September M6 launches has contradicted that reporting so far, since both the chip announcement and the Mac mini launch covered only the base M6, not Pro or Max variants.
If accurate, that would be a genuine break from the pattern Apple set with the M5 generation, where the base chip arrived first and the Pro/Max variants followed about five months later. One plausible explanation floated in the reporting is that Apple wants to align its higher-end chips more tightly with the new node once it has matured past the initial entry-level and desktop rollout, rather than rushing Pro and Max dies through a 2-nanometer process this early.
What This Means for Pro and Max Buyers
For buyers, the practical effect is that anyone who needs Pro or Max-class performance, creative professionals running video and 3D workloads, or developers doing heavy local compute, would likely be better served sticking with an M5 Pro or M5 Max Mac through 2026 and into 2027, rather than waiting for a higher-end M6 that multiple reports say may never ship.
From M1 to M6: Apple’s Chip Cadence in Context
Six Generations of Apple Silicon
Apple Silicon’s public history gives useful context for how unusual the M6’s timing actually was. The M1 debuted in November 2020 on a 5-nanometer process and powered the first Apple Silicon Macs. The M2 followed in June 2022 on a refined 5-nanometer node. The M3 arrived in October 2023, moving the whole family to 3-nanometer manufacturing for the first time. The M4 shipped in May 2024 on a second-generation 3-nanometer process, the M5 landed October 15, 2025, still within the 3-nanometer family, and the M6 arrived August 25, 2026, moving to 2-nanometer less than eleven months after the M5’s debut.
| Chip | Announced | Process Node | Status as of Oct. 2026 |
|---|---|---|---|
| M1 | November 2020 | 5nm | Discontinued from new Macs |
| M2 | June 2022 | 5nm (refined) | Discontinued from new Macs |
| M3 | October 2023 | 3nm (first-gen) | Phased out of most new Macs |
| M4 | May 2024 | 3nm (second-gen) | Largely phased out |
| M5 / M5 Pro / M5 Max | October 2025 (base); March 2026 (Pro/Max); Mac Studio refresh August 2026 | 3nm | Still shipping in MacBook Air; Pro/Max still current in Mac Studio |
| M6 | August 25, 2026 (base); Mac mini launch September 22, 2026 | 2nm (Apple’s first) | Shipping in Mac mini; MacBook Pro and iMac reportedly planned for the October 28, 2026 event |
Why the M6’s Timing Breaks the Pattern
Measured against that timeline, a base M6 arriving roughly ten to eleven months after the base M5 is faster than Apple’s historical average gap between generations, and faster than the roughly annual cadence the company has otherwise followed since 2020. What’s more unusual than the timing is the node jump itself happening this quickly, since Apple spent three straight generations, M3, M4, and M5, on variations of the same 3-nanometer process before moving to 2-nanometer manufacturing with the M6.
Competitive Landscape: How M6 Rumors Stack Up Against Rivals
Apple’s Silicon Partners
Apple isn’t manufacturing chips in a vacuum, and the M6 launch arrives while every major chipmaker is making its own node and architecture bets. Qualcomm, which supplies modem and connectivity silicon that ships inside Apple devices under a patent license, recently had that agreement with Apple renewed through 2027, a reminder that Apple’s chip strategy still depends on partners even as it designs its own silicon in-house.
Mobile and Windows Competition
On the Windows and Android side, the competitive pressure looks different but no less intense. Qualcomm’s own flagship mobile silicon, benchmarked against Apple’s current-generation A-series chip in recent AnTuTu comparisons against the A20 Pro, shows how tightly matched the mobile silicon race has become, even if Mac-class chips operate in a different performance and power envelope entirely. Meanwhile, Windows laptop makers have been using every available generation gap to position against Apple directly, including Machenike’s 14 Ultra, which undercuts a MacBook Pro by roughly $700 while running on Intel’s Panther Lake platform.
That pricing pressure matters for how Apple positions the M6. With the entry-level MacBook Pro reportedly next in line for the new node around October 28, Apple will be using its highest-margin laptop category to extend early node costs beyond the Mac mini, while continuing to sell M5-based MacBook Airs at existing price points into 2027. It’s a strategy that lets Apple test a new node’s yields and thermal behavior in lower-volume products, the Mac mini first, before committing it to the Air, which sells in far larger numbers. Benchmark trackers such as Notebookcheck have already begun testing the M6 Mac mini and will likely be among the first to benchmark the MacBook Pro version once it ships.
Market Impact: What a 2-Nanometer Mac Chip Means for Pricing
Wafer Costs and Where They Land
Every leading-edge node transition in recent memory has carried a price tag, and reporting on broader semiconductor cost inflation this year suggests the M6 isn’t exempt from that pattern. Wafer costs on the most advanced nodes have been rising industry-wide, part of the same cost pressure that forced the 10% chip price increases across AMD and Intel’s lineups referenced earlier in this piece. If TSMC’s 2-nanometer capacity carries a similar premium, Apple faces a choice between absorbing the cost into its already-high margins or passing some of it on through MacBook Pro pricing when the laptop version ships.
Supply and Allocation Ahead of October 28
There’s also a supply-side angle worth watching. Early allocations on a brand-new node are typically limited, which is part of why Apple started the M6 rollout with the Mac mini, a lower-volume product, rather than refreshing the entire Mac lineup simultaneously. That mirrors how other chip buyers have had to secure capacity commitments well in advance of launch, a dynamic already playing out across the GPU and AI accelerator market this year. One report claimed 2nm represented 8% of TSMC wafer revenue in Q3 2026, up from 3% in the preceding quarter, and available reporting identifies Hsinchu Fab 20 and Kaohsiung Fab 22 in Taiwan as the active 2nm production sites. Whether that same supply caution shows up as limited availability for the MacBook Pro and iMac after the October 28 event is one of the more practical things to watch for in the coming weeks.
What This Means for MacBook Pro, iMac, and MacBook Air Buyers
If You’re Waiting on MacBook Pro, iMac, or iPad mini
For anyone shopping right now, the practical guidance splits by product. If an entry-level 14-inch MacBook Pro, a new iMac, or a new iPad mini is on the list, it’s worth waiting for Apple’s October 28, 2026 event, where reports say all three are expected. Buyers who want the confirmed M6 specs today rather than a reported launch date can already get them in the Mac mini, which has shipped with the M6 since September 22, starting at $899 in the U.S.
If You’re Buying a MacBook Air or a Pro/Max Machine
If a MacBook Air is the target, there’s little reason to wait: the most recent reporting still puts an M6 Air at least four to six months away, in the February-to-April 2027 range, and the current M5 Air already carries the same core CPU configuration and memory bandwidth figures as the MacBook Pro’s outgoing base chip.
Buyers who need Pro or Max-tier performance face the least certainty. With reports suggesting Apple may jump straight from M5 Pro/Max to M7 Pro/Max in 2027, there may not be an M6 Pro or M6 Max to wait for at all. In that case, an M5 Pro or M5 Max Mac bought today, including the current MacBook Pro, whose OLED redesign has been drawing attention alongside price cuts on M5 Pro configurations, is likely to remain Apple’s best higher-end option well into next year.
5 Predictions for the Apple M6 Rollout
Several of the forecasts that circulated before the M6’s August announcement have already been tested against what Apple actually shipped. Here’s an updated set of five, marking which ones held up and which remain open heading into October 28.
- Confirmed: the M6 announcement landed before year-end 2026, well ahead of schedule. The August 25, 2026 announcement beat even the more aggressive October-November estimates that circulated earlier in the year.
- Partly wrong: the Mac mini led the rollout, not the MacBook Pro. Every pre-launch report had pointed to the 14-inch MacBook Pro as the first M6 product; Apple instead launched the Mac mini first on September 22, 2026, with the MacBook Pro now reportedly expected around Apple’s October 28 event.
- Confirmed: Apple emphasized memory bandwidth again, not just raw core counts. The Mac mini’s 170 GB/s figure, pitched as roughly 10% above the M5, continues the bandwidth-first messaging Apple used for the M5’s 153 GB/s number.
- Still open: MacBook Air buyers get a full extra generation of M5 before any M6 Air shows up. With a 2027 window still being reported for the M6 Air, the M5 Air remains Apple’s current Air offering for now.
- Still open: Pro and Max tiers stay on M5 silicon into 2027. Nothing in the August or September M6 launches touched the Pro or Max tiers, so the reporting that Apple may skip to M7 Pro/Max directly remains neither confirmed nor contradicted.
Frequently Asked Questions
Has Apple officially announced the M6 chip?
Yes. Apple officially announced the M6 on August 25, 2026, as its first chip built on a 2-nanometer process with a 12-core CPU. It debuted inside the Mac mini on September 22, 2026.
When will the Apple M6 chip be released?
The M6 chip itself was announced on August 25, 2026, and the Mac mini with M6 was available by October 6, 2026. Apple has scheduled a Pro and Tell event for October 28, 2026, and reports expect M6 versions of the 14-inch MacBook Pro and iMac there, though Apple has not yet announced those products.
What is the difference between Apple M5 and M6?
The M5 has a 10-core CPU (4 performance, 6 efficiency), a 10-core GPU, a 3-nanometer process, and 153 GB/s of memory bandwidth. The M6 moves to a 2-nanometer process with a 12-core CPU (2 super, 4 performance, 6 efficiency cores) and, in the Mac mini, a 12-core GPU, up to 32 GB of unified memory, and 170 GB/s of memory bandwidth, about 10% higher than the M5. The M6 also adds a new Dual 16-core Neural Engine, which Apple says delivers up to 2x the peak compute of the previous Neural Engine, plus a claimed 1.2x gain in multithreaded CPU performance over the M5.
Will there be an M6 Pro or M6 Max?
It’s still uncertain. Reports from MacRumors and 9to5Mac, citing Bloomberg, suggest Apple may skip M6 Pro and M6 Max entirely and move directly to M7 Pro and M7 Max in 2027, and MacWorld has reported that Apple halted M6 Pro and M6 Max development, meaning the M5 Pro and M5 Max are expected to remain Apple’s higher-end chips until then. Apple’s confirmed M6 launches in August and September 2026 covered only the base chip, so this remains reported, not confirmed.
Which Mac got the M6 chip first?
The Mac mini was first, launching with the M6 on September 22, 2026. That’s a change from pre-launch reporting, which had expected the 14-inch MacBook Pro to go first. The MacBook Pro, along with a new iMac and iPad mini, is reportedly expected to follow at Apple’s October 28, 2026 event.
When is the MacBook Air expected to get the M6 chip?
Reporting continues to point to a 2027 window, likely between February and April, for an M6 MacBook Air. Until then, the current MacBook Air ships with the M5 chip announced in October 2025.
Is the Apple M6 really built on a 2-nanometer process?
Yes. Apple confirmed the M6 is built on a 2-nanometer process at its August 25, 2026 announcement, making it Apple’s first chip on that node.
Should I buy an M5 Mac now or wait for the M6?
It depends on the product. Buyers eyeing an entry-level MacBook Pro, iMac, or iPad mini may want to wait for the October 28, 2026 event Apple is reportedly planning. Buyers who want a confirmed M6 machine immediately can already buy the M6 Mac mini. MacBook Air and Pro/Max-tier buyers face a longer wait for any M6 equivalent and are likely better served buying current M5-generation hardware now.
