MacBook Neo: the first benchmarks revealed! How does it perform compared to the iPhone?

The launch of the MacBook Neo marks an intriguing milestone for Apple, with an affordable machine featuring the A18 Pro chip, initially designed for the iPhone 16 Pro. This technical choice naturally raises questions about the real power of this MacBook, especially when compared to its smartphone cousin. The first benchmarks revealed in early March 2026 now allow us to evaluate the performance of the MacBook Neo, offering an essential insight to understand what to expect from this new generation.

With an attractive price of €599, the MacBook Neo stands as an enticing promise for users looking for an accessible Mac, while offering acceptable power for multiple daily uses. But how does the A18 Pro chip perform in real-world conditions on a laptop? And above all, what are the major differences between the performance of this computer and that of the iPhone 16 Pro which shares exactly the same processor? These questions have been at the heart of the debate since the leak of the first speed test results.

The published figures show an interesting balance: although single-core performance remains similar, the MacBook Neo stands out in multi-core, benefiting from specific optimization for the laptop environment. This gain, modest but tangible, could revolutionize the way Apple designs its entry-level range, especially compared to the competition from other machines equipped with more traditional processors.

However, this low-price power does not come without compromise. Intensive multitasking or very demanding graphical software can reveal certain inherent limits of using a chip originally designed for a smartphone. Between solid performance and restrictions to be aware of, let’s dive into a detailed analysis of the first benchmarks of the MacBook Neo and what they mean for consumers and tech enthusiasts.

Detailed analysis of the MacBook Neo benchmarks: a double-edged power

The results of the first Geekbench CPU performance tests already provide an interesting overview. The MacBook Neo – identified as Mac17,5 – scores 3,461 points in single-core and 8,668 points in multi-core. These figures are very close to those obtained by the iPhone 16 Pro, which reaches 3,400 in single-core and 8,341 in multi-core according to Tom’s Guide data.

This similarity in single-core stems from the shared use of the A18 Pro chip, engraved in 3 nm, a technological advance that optimizes both power and energy efficiency. However, the slight multi-core advantage of the MacBook Neo shows that Apple has adapted the architecture and thermal management to better exploit multiple cores on a larger mobile device, but without a fan.

Understanding thermal and architectural optimization

This multi-core gain is not trivial. It reveals that the A18 Pro chip, although from the smartphone world, can meet the more demanding needs of a laptop, at least for productivity tasks and everyday uses. Apple notably relies on the Neural Engine and the automation features integrated into the latest macOS versions to balance the workload, prioritizing performance cores or energy-efficient cores depending on the task.

This fine management limits overheating, eliminates the need for a noisy cooling system, and allows a smooth experience even under loads slightly heavier than those generally encountered on the iPhone. macOS Sonoma and Ventura automation dynamically adjust this usage to maximize responsiveness without sacrificing battery life or stability.

Limits revealed by extended use testing

Despite these optimizations, the benchmarks also indicate that the MacBook Neo shows its limits when switching to intensive multitasking or heavy graphical processing. The A18 Pro chip, while powerful for a smartphone, is not really designed to compete with the chips dedicated to the most powerful MacBook Pros, such as the M5 series.

Users who have performed extended tests under heavy software report a notable drop in performance over time, especially during 3D rendering, video editing, or other GPU-intensive tasks. This constraint highlights that the MacBook Neo remains primarily an entry-level machine, ideal for office tasks, streaming, or light photo editing.

More than a smartphone in a computer: the specifics of the A18 Pro processor in the MacBook Neo

The A18 Pro chip, at the heart of the MacBook Neo, represents a notable innovation for Apple. Historically designed for high-end iPhones, this new-generation chip benefits from an advanced 3-nanometer fabrication, offering excellent energy efficiency and solid performance. However, its integration into a laptop requires some important adaptations.

An architecture designed for mobility and versatility

The choice of the A18 Pro means that the MacBook Neo does not have an ultra-powerful chip specially dedicated to computers, but rather a processor that excels in power management and can satisfy most everyday uses. The chip features six CPU cores, including four low-power cores and two high-performance cores, a design intended to alternate power and energy saving according to the load.

Apple adds a Neural Engine particularly effective for artificial intelligence and machine learning tasks, which facilitates process optimization in macOS, notably thanks to improvements in the Sonoma and Ventura versions. This combination thus promotes a smooth user experience despite the limitation to fixed 8 GB of RAM, thanks to intelligent background process management.

Major differences with the M processors of the MacBook Pro

The MacBook Neo does not intend to replace the MacBook Pro models equipped with the much more powerful M5 chips. The latter show impressive performance, with scores exceeding 4,288 points in single-core and reaching 17,926 in multi-core on Geekbench. This power gap is striking and positions the Neo in a separate category, between premium smartphone and classic laptop.

For users specialized in graphic creation, 3D modeling, video editing, or other demanding tasks, the Neo will not be a relevant choice. However, it offers an interesting compromise for students, professionals in office environments, or users seeking a simple but effective device.

Detailed comparison between the performance of the MacBook Neo and the iPhone 16 Pro

The proximity of the results, especially in single-core, highlights the ability of the A18 Pro chip to adapt to different environments. The iPhone 16 Pro and the MacBook Neo display almost identical performance in simple tasks, which is all the more impressive considering the two very different formats and uses.

The slight multi-core advantage for the Neo can be explained by better heat dissipation and the possibility of adjusting the cores based on needs, while the smartphone must prioritize mobility and energy savings at all costs. The MacBook Neo also benefits from an optimized operating system to better exploit these resources, which can result in better overall responsiveness.

To illustrate this comparison, here is a summary table of the Geekbench scores:

Device	Single-Core Score	Multi-Core Score	Preferred Use
MacBook Neo (A18 Pro)	3,461	8,668	Office, streaming, light editing
iPhone 16 Pro (A18 Pro)	3,400	8,341	Daily mobile use, gaming, photography
MacBook Air M1 (2020)	2,341	8,341	Light creation, moderate multitasking
MacBook Pro M5 (high-end)	4,288	17,926	Heavy professional tasks

The MacBook Neo compared to Windows laptop standards: a technological duel

In the 2026 computing landscape, comparing the MacBook Neo and Windows laptops also reveals interesting points of convergence and divergence. While Windows machines have historically dominated the entry and mid-range with Intel or AMD processors, Apple bets on a different architectural approach by using a mobile chip designed for smartphones.

This strategy gives the MacBook Neo excellent energy efficiency and tight integration with the operating system, but it also limits raw power, especially in graphics processors. On this front, Windows PCs equipped with dedicated cards or high-performance integrated GPUs can offer a better experience for gamers and multimedia creators.

Which uses to prioritize with the MacBook Neo?

• Office and productivity: word processing, spreadsheets, email management, and light multitasking.
• Streaming and multimedia consumption: Netflix, YouTube, online music with efficient consumption.
• Light content creation: photo retouching, basic video editing.
• Web development or light applications: suited to the configuration provided by macOS Sonoma.
• Increased mobility: up to 12 hours of battery life in a very light and fanless format.

Conversely, for more resource-intensive graphical applications or long, intensive work sessions, keeping a Windows PC or a high-end MacBook Pro remains preferable.

The role of RAM and storage in the overall performance of the MacBook Neo

Another key factor in evaluating the real power of the MacBook Neo lies in the RAM and type of storage. Unlike the modular configurations of the MacBook Pro, the Neo is equipped with fixed 8 GB RAM. This limitation can pose problems in some advanced multitasking scenarios or with memory-intensive applications.

However, Apple compensates for this constraint thanks to intelligent background process suspension. This dynamic management ensures that only necessary tasks use RAM, allowing for constant fluidity in most uses. It is a hallmark of the new generation of software optimizations deployed in macOS Sonoma.

The ultra-fast SSD storage also plays its role by reducing file access times and the system’s overall responsiveness. For the general public, this RAM/SSD combination guarantees a feeling of power despite the moderate hardware, which is essential in an entry-level product.

Apple and its differentiation strategy between MacBook ranges: positioning of the Neo

With the MacBook Neo, Apple adopts a clear strategy: offer an affordable Mac integrating the very latest mobile chip, but below the standards of the M-series MacBook Pro. This new generation makes the brand accessible to a broader clientele while introducing innovation into the range.

It is not only a technical compromise but also a marketing one. Apple aims to attract users less demanding in power but sensitive to stability, autonomy, and the ecosystem.

This positioning aligns with the gradual democratization of the MacBook. The Neo could become the preferred computer for students, remote workers, or users who want a Mac without breaking the bank, while still maintaining good flexibility for everyday applications.

Evolution prospects and expectations for the next generation

The first benchmarks of the MacBook Neo suggest an interesting future for Apple’s economic MacBook range. By using chips from the smartphone world, Apple innovates in how it equips laptops while maintaining an ecological approach thanks to the advanced 3 nm fabrication.

Nevertheless, this bet also raises questions about the ability to meet increasingly demanding uses. Users now expect improvements particularly in thermal management, more generous memory configurations, and better graphical power.

Ultimately, the renewal of mobile chips like the future A19 Pro could extend the capacities of the Neo, making it possible to handle heavier tasks while retaining energy efficiency. This evolution would allow considering an even more versatile MacBook adapted to a wider range of customers.