Could Apple’s next MacBook upend the low-cost laptop market by putting an iPhone chip at its core? Rumours have been brewing surrounding Apple’s first truly budget-friendly MacBook, and multiple supply chain and analyst reports have pegged a release window between late 2025 to spring 2026. Analyst Ming-Chi Kuo has said mass production will begin in the fourth quarter of 2025, implying that while a holiday debut is possible, an early launch in 2026, likely at a spring event, remains the more likely scenario. Bloomberg’s Mark Gurman has corroborated this timeline, saying the device is already in early production with overseas suppliers and positioned to “rival Chromebooks and Windows PCs” in both price and positioning.
The processor will define this new MacBook: the A19 Pro, which is Apple’s latest high-performance iPhone chip. The chip is built on a 3nm process and integrates a 6-core CPU, comprising two performance cores and four efficiency cores, alongside a 5-core GPU, each core with a Neural Accelerator for advanced on-device AI processing, high-efficiency video editing, and console-grade gaming in a power envelope tuned for mobile devices. Thus, in Geekbench 6 testing, this chip’s single-core performance matches or exceeds the M3, while multi-core throughput lags the M1 due to fewer cores. For everyday productivity tasks, performance at this level would put the A19 Pro MacBook in the same class as Apple’s earlier M-series laptops, but with superior energy efficiency.
Design considerations seem to be aiming at cost cuts while not sacrificing Apple’s environmental pledges, so while a plastic chassis would cut production costs, Apple’s carbon-neutral ambitions pretty much eliminate that option. Recycled aluminium or other eco-materials could be the materials of choice instead. DigiTimes said the 12.9-in screen, slightly smaller than the MacBook Air’s 13.6-in panel, might revert to a conventional Retina LCD rather than Liquid Retina. Colour schemes could also be broader than the usual Silver, Space Grey, and Gold to include shades that have appeared in recent iPhones, such as Deep Blue or Light Gold.
We’d anticipate feature trade-offs, too. The A19 Pro doesn’t support Thunderbolt, so the laptop is likely to offer only USB-C connectivity, perhaps augmented by MagSafe charging. Apple could even ax the internal webcam, recommending its Continuity Camera feature, which lets an iPhone act as a high-quality Mac webcam instead. This would be a radical departure from today’s MacBooks, but it would make sense for what is said to be an aggressively priced device, allegedly “well under” $1,000, with some rumours referring to a $599 target price.
Wireless will be powered by Apple’s N1 networking chip, as was first introduced in the iPhone 17. N1 supports Wi-Fi 7, Bluetooth 6, and Thread, and is co-designed with the A19 Pro for power-efficient background tasks. According to Tim Millet, Apple’s VP of Platform Architecture, this allows the SoC to stay “mostly asleep while the wireless is running” for location tracking and other background tasks at extremely low energy cost. Arun Mathias, VP of Wireless Software Technologies and Ecosystems, further said that N1 can use the availability of Wi-Fi access points for location awareness without relying on GPS, further reducing power draw.
Cellular connectivity is another option. Apple’s custom C1 and C1X modems have already shown impressive 5G performance with significant power efficiency improvements, and a future C2 modem could add mmWave support and closer integration with application processors. Provided it actually happens, that would make for the first cellular Mac something people have been clamouring for to enable untethered connectivity in remote work setups.
The chip’s mobile-first efficiency will trickle down to thermal management in this A19 Pro MacBook. Whereas an iPhone 17 Pro with a vapour chamber cooling system powers the Plus models, the laptop form factor may use conventional heat pipes to allow for sustained performance without complicated thermal engineering. When combined with the larger battery capacity possible in a notebook chassis, the A19 Pro’s efficiency may translate to battery life approaching or exceeding the 15-hour benchmark of the M4 MacBook Air.
By harnessing the architectural strengths of A-series chips, Apple should be able to create a laptop that further dissipates the distinction between mobile and desktop-class performance. With the N1’s next-gen wireless capabilities and possible integration of the C-series modem, this device could boast unmatched connectivity and efficiency in its price bracket, placing it as a serious challenger to high-end Chromebooks and low-end Windows PCs.
