A fresh report from a well-known technology newsletter reveals that Apple is actively testing a range of new products slated for release in 2027. The list includes four new iPad Pro models and a completely redesigned entry-level MacBook Pro. These devices are expected to bring significant internal improvements, a new design language, and faster processors, all aimed at keeping Apple competitive in an increasingly AI-driven market.
According to sources familiar with the matter, the iPad Pro lineup will consist of four distinct models, maintaining the current 11-inch and 13-inch display sizes. They are planned for a spring 2027 launch, roughly a year and a half after the M5-powered iPad Pro debuted in October 2025. The focus of the update will be on internal enhancements rather than form factor changes. Specifically, Apple has been testing a vapor chamber cooling system for the tablets, a technology that promises better sustained performance by efficiently dissipating heat. This would address a common concern among power users and professionals who run demanding applications for extended periods.
The current iPad Pro generation saw a price increase earlier this year: the 11-inch model now starts at $1,199 (up from $999), while the 13-inch version rose from $1,299 to $1,499. The upcoming 2027 models are expected to offer better value through performance gains, though pricing details remain unknown. Rumors about a foldable iPad Pro with an 18.8-inch display have also circulated for 2027, but the four models currently in testing appear to be a conventional refresh of the existing lineup, suggesting Apple may be pursuing both a traditional and a foldable form factor simultaneously.
New Entry-Level MacBook Pro
On the Mac side, Apple is preparing a revamped entry-level MacBook Pro, internally code-named K104. This 14-inch laptop is slated for release as early as the first half of 2027. The new design will align with the look Apple is developing for higher-end MacBooks that feature touch screens—a category expected to debut between late 2026 and early 2027. Interestingly, the report notes that Apple had already completed work on a different entry-level MacBook Pro, code-named J804, which was intended for 2026 with the current design and a base M6 chip. That model has apparently been shelved, and the company is now moving directly to a redesigned version with a more advanced processor.
Apple is reportedly aiming to debut the M7 processor as early as the first half of 2027, marking an accelerated transition from the M6 generation. The M6 chips themselves are still on track for release later this year or in early 2027, but Apple wants to compress the timeline to deliver the M7 sooner. The reason for this push is the growing demand for on-device artificial intelligence processing. AI workloads—such as large language models, real-time inference, and advanced image generation—require immense computational power and memory bandwidth. By introducing the M7 faster than usual, Apple hopes to give its MacBook Pro lineup a significant edge in handling these tasks locally, reducing reliance on cloud services and improving responsiveness.
2027 Keeps Getting Busier
The 2027 product roadmap is shaping up to be one of the most ambitious in Apple's history. Beyond the iPad Pro and MacBook Pro, the company is also believed to be working on a foldable device, augmented reality glasses, and a major iPhone redesign. The combination of these products has led internal planners to describe 2027 as Apple's "biggest product year" ever. However, the report warns that ongoing memory and chip shortages could still disrupt the schedule. The semiconductor industry continues to face capacity constraints, and Apple's reliance on advanced node processes makes it vulnerable to delays. If the component supply tightens, the launch of the M7 chip or the new iPad Pro models could slip into late 2027 or early 2028.
Despite these risks, Apple is pressing ahead with testing and validation. The vapor chamber cooling system in the iPad Pro, for instance, is a notable departure from traditional thermal solutions. Vapor chambers are already used in high-end smartphones and laptops by competitors, but Apple has historically favored graphite sheets and heat pipes. Adopting vapor chambers would allow the iPad Pro to maintain peak performance over longer sessions, which is critical for creative professionals running video editing, 3D rendering, or AI-powered apps. The system works by spreading heat across a sealed chamber containing a small amount of liquid, which vaporizes and condenses to transfer heat efficiently.
The redesigned entry-level MacBook Pro also signals a shift in Apple's strategy. By aligning the entry-level model's design with premium touch-screen MacBooks, Apple is blurring the lines between its standard and high-end lines. The touch screen rumors have been persistent, and if Apple finally introduces a Mac with a touch interface, it would represent a major philosophical change for the company. The entry-level MacBook Pro could serve as a testing ground for that design, making it more likely that touch screens appear across the MacBook lineup in subsequent years.
Chips and AI Workloads
Apple's accelerated chip roadmap is one of the most intriguing aspects of the report. The M7 processor is expected to be built on an even more advanced manufacturing process than the M6, possibly using TSMC's N2 or A16 process. This would provide significant performance-per-watt improvements, which are essential for battery life in laptops and tablets. The emphasis on AI workloads suggests that the M7 may include dedicated neural engine enhancements, larger caches, and support for new instructions that speed up machine learning algorithms. Apple's Neural Engine has been evolving with each generation, and the M7 could represent a generational leap.
Historically, Apple has updated its MacBook Pro lineup every 12 to 18 months, but the gap between the M6 and M7 could be much shorter—perhaps as little as 6 to 9 months. This would be unusual for Apple, which typically maintains a steady cadence. The shift reflects the urgency of staying competitive in AI, where rivals like Qualcomm, AMD, and Intel are also racing to integrate on-device AI capabilities. Windows PCs with NPUs (neural processing units) are already appearing on the market, and Apple needs to ensure its hardware remains attractive to developers and consumers alike.
Background and Context
Apple's iPad Pro has evolved significantly since its introduction in 2015. The first models used the A9X chip, while later versions adopted A-series processors designed for iPads. In 2018, Apple began using its own M-series chips in iPads, starting with the M1. The M2 and M4 followed, and the M5 brought further improvements in graphics and AI processing. The switch to vapor chamber cooling would be the first major thermal redesign since the 2018 model. The iPad Pro remains a niche but important product for Apple, used primarily by artists, designers, and professionals who need a powerful portable computing device. The upcoming refresh aims to keep it ahead of competitors like Microsoft's Surface Pro and Samsung's Galaxy Tab S series.
For the MacBook Pro, Apple's decision to redesign the entry-level model is part of a broader strategy to simplify its laptop lineup. The current entry-level MacBook Pro uses the M4 chip and maintains the old design from 2021, lacking the notch, MagSafe, and upgraded ports of the higher-end models. The K104 redesign will likely bring these features to the base model, making the entire MacBook Pro family more cohesive. Additionally, the potential inclusion of a touch screen—something Apple has long resisted—could expand the device's appeal to users who prefer tablet-like interaction. Analysts have speculated that Apple's development of a touch screen MacBook Pro is a response to the increasing convergence of laptops and tablets.
Supply chain concerns remain a wildcard. The global semiconductor shortage that began in 2020 has eased, but it has not fully resolved. Memory chips, in particular, have seen price volatility due to demand from data centers and AI training clusters. Apple's custom silicon depends on advanced packaging and high-bandwidth memory, which are in short supply. If shortages worsen, Apple may prioritize higher-margin products or delay lower-volume items like the entry-level MacBook Pro. However, the company's massive purchasing power and long-term contracts with suppliers give it some buffer.
In summary, Apple's testing of new iPad Pro models and a redesigned entry-level MacBook Pro points to a company that is doubling down on internal innovation and AI readiness. The vapor chamber cooling, the accelerated M7 chip, and the design overhaul all signal a commitment to performance and user experience. Whether these products actually make it to market on schedule depends on factors largely outside Apple's control, but the groundwork is clearly being laid for what could be a landmark year.
Source: 9to5Mac News