Apple MacBook Pro M5 Max: Review, in-depth look at features and price

Apple's story also has its seemingly silent moments.From the outside, it may seem that everything remains the same: the same aluminum chassis ...

There are moments in Apple's history that seem quiet.From the outside, everything seems to be the same as before: the solid aluminum chassis built, the same cover that can be opened with one hand, and the same silence when the system wakes up.However, it only takes a few minutes of working with the new MacBook Pro to understand that there is something important going on under this familiar pattern.Apple has decided to focus all innovation on a place where it can create a unique experience: silk.

I vividly remember the first time I tried a MacBook Pro with an M1 chip.This change from Intel was more than a technical innovation: it represented a change in the philosophy of the Mac. Apple had started to build a complete computer around its hardware, eliminating the complications that had been inevitable for years.Since then, each generation has changed this view.The M2, M3, and M4 chips increased power, improved control, and incorporated the concept of interactive memory as one of the cornerstones of the system.

Five years later, the MacBook Pro with the M5 Max represents a more ambitious step forward.This computer is not limited to being faster than its predecessor.It was created around a different concept: that today's professional laptops can do local artificial intelligence, without always relying on the cloud.When you start to get the idea, all of Apple's design decisions on this chip begin to fit together in a surprising way.

MACBOOK PRO (14") M5 PRO/ M5 MAX |

MACBOOK PRO (16") M5 PRO/ M5 MAX |

dimensiones y peso |

Height 1.55 cm Width 31.26 cm Depth 22.12 cm Weight 1.60-1.62 kg |

Height: 1.68 cm Width: 35.57 cm Depth: 24.81 cm Weight: 2.14-2.15 kg |

14.2-inch Mini LED Panel Resolution 3,024 x 1,964p at 254p per inch Contrast 1,000,000:1 Refresh up to 120 Hz Brightness 1,000 nits and up to 1,600 nits in HDR Possibility to add a nano-textured panel |

16.2-inch Mini LED Panel Resolution 3,456 x 2,234p at 254p per inch Contrast 1,000,000:1 gain energy up to 120 Hz Brightness 1,000 nits and up to 1,600 nits in HDR can be added nano-text |

Apple M5 Pro / Apple M5 Max |

24 GB / 36 GB / 48 GB / 64 GB / 128 GB |

1 TB / 2 TB / 4 TB / 8 TB |

USEFUL MATERIALS |

macOS 26 Tahoe |

3.5mm headphone jack MagSafe 3 charging ports HDMI port SDXC card slot Three Thunderbolt 4 ports (USB-C) |

3.5mm Headphone Jack MagSafe 3 Charging Port HDMI Port SDXC Card Slot Three Thunderbolt 4 (USB-C) Ports |

Apple N1 (with Wi-Fi 7 and Bluetooth 6.0) |

Apple N1 (Wi-Fi 7 da Bluetooth 6.0) |

Up to 14 hours (M5 Pro) or 13 hours (M5 Max) web browsing Up to 22 hours (M5 Pro) or 20 hours (M5 Max) video playback and viewing

Up to 17 hours (M5 Pro) or 16 hours (M5 Max) of web browsing Up to 24 hours (M5 Pro) or 22 hours (M5 Max) of video streaming excluding power adapter |

With Center Stage technology, 12 MP, 1,080p |

12 MP at 1,080p with Center Stage technology

From 2,549 euros |

3,049 eur |z

The final chapter of a design that has become part of Mac history

If we were to place the new MacBook Pro with M5 Max next to the model with M1 Pro or M2 Max, the initial feeling would perhaps be very familiar. The design that Apple introduced in 2021 is still there with few noticeable changes. The aluminum chassis retains straight and strong lines, giving it the feeling of a professional tool rather than an experimental device. Far from looking dated, this design has stood the test of time and looks remarkably elegant, which is notis always the case with high-performance laptops.

The screen remains one of the most impressive elements of the kit.Apple retains its Liquid Retina, which adds nano-texture to reduce reflections without sacrificing sharpness, which is especially useful in hard-lit work environments (and my preferred option).Yes, it is much more expensive.

Working long hours in front of this screen creates the feeling that only a good panel shows up: the technology is gone and we just focus on what we are doing.Whether reviewing photos, editing videos or coding, the screen offers the depth and color that still puts it at the top of the mobile market.

The rest of the device retains many of the features that have become standard across Apple's pro lineup.The MacBook Pro has a MagSafe port for charging, three Thunderbolt connections, HDMI output, and an SDXC card slot.Apple also includes a 12 MP camera with Center Stage technology, a high-quality six-speaker system, and advanced wireless connectivity with Wi-Fi 7 and Bluetooth 6.

There is an interesting nuance in all of this.Apple has already confirmed that the next generation of MacBook Pro will introduce a major redesign with an OLED display and other structural changes.That makes this model with the M5 Max the latest evolution of the current design, a kind of closing cycle for the aesthetic that has defined the MacBook Pro for several years.

M5 Max and the new Fusion architecture that redefines the chip

The real hero of this generation is not outside, but inside the computer.The M5 Max chip makes significant changes to Apple's silicon architecture to increase power without sacrificing the platform's characteristic power efficiency.Apple developed its Fusion architecture, which combines two silicon dies into a unified system.

This approach allows you to significantly increase the computing power, while maintaining the integration that defines Apple Silicon.Instead of considering the CPU, GPU and special accelerators as independent blocks, Apple designed the chip as an integrated assembly where all components share memory and high-speed internal communication.This reduces latency and increases efficiency in complex tasks.

The M5 Max can be configured with up to 18-core CPU, 40-core GPU and up to 128GB of connected memory.Memory bandwidth is 614 GB per second, a top-quality laptop and key to the type of tasks Apple hopes to accelerate with this generation.

Another notable change concerns the organization of the CPU cores.Apple has evolved the classic concept of efficiency cores and performance cores into a combination of supercores and performance cores, an approach designed to improve responsiveness in single tasks and multi-threaded performance in professional applications.

The result is a system that maintains a constant sense of fluidity, even as the computer manages complex processes in the background.Compiling large projects, transforming 3D scenes, or running scientific simulations happens with a naturalness that feels more like a desktop workstation than a laptop.

Optimized GPU for advanced graphics and intelligent mode

The M5 Max's GPU introduces one of the most interesting changes of this generation. Apple decided to integrate neural accelerators inside each GPU core, instead of placing them as separate blocks inside the chip. This design allows AI-related tasks to be performed more efficiently and with lower latency.

This architectural change has a significant impact on the type of work that is increasingly performed in the professional world.The artificial intelligence model requires a lot of parallel computing and constant memory access.By integrating the neural accelerators directly into the graphics cores, Apple makes these tasks run faster and with lower energy consumption.

According to Apple, this architecture allows you to accelerate artificial intelligence workloads four times faster than the M4 Pro or M4 Max models.This leap is not limited to synthetic testing, especially seen in applications that use machine learning to process images, generate content or analyze large data sets.

Memory bandwidth also plays a crucial role.At 614 GB/s, the system can make the GPU and neural accelerator fast enough to handle large AI models.This ability allows complex models to run directly on the computer without necessarily relying on external services.

When you first work with these tools, it's clear that Apple is trying to herald a new era in personal computing.The MacBook Pro is no longer just a tool for multimedia editing or traditional software development.It is starting to become a platform capable of running advanced artificial intelligence systems directly on the device.

A laptop designed to naturally run artificial intelligence

Many years ago, professional computers were measured by their ability to render videos. Process images or compile code quickly. However, the technological landscape is changing rapidly, and more and more experts Work with artificial intelligence models Data analysis or automatic content creation Apple appears to have designed the M5 Max with this scenario in mind.

The main thing here is the memory bandwidth and the connection between CPU, GPU and special drivers.This design can run directly on the main features of the language on the laptop, something that has been reserved for now for special servers or cloud systems.

The difference in user experience is amazing.When the model runs in the environment, the response is immediate.There is no network delay or reliance on external services.The system produces results in real time, making it easy to experiment with new ideas or test samples more quickly.

Another important aspect is privacy.By processing data locally, we retain control over the information you use in your workflows.This is especially important in professional environments where data confidentiality is a fundamental requirement.

In this way, the MacBook Pro with the M5 Max is a paradigm shift.Apple is redefining the concept of a personal computer to adapt to the new reality where artificial intelligence is part of everyday work, placing more and more importance on the hardware to achieve it.

Autonomy and efficiency make a difference

One of the most impressive aspects of the MacBook Pro with M5 Max is that all this power does not compromise autonomy.Apple claims the device can last up to 24 hours of battery life, works equally well when plugged in and on battery alone, and in my tests the data is very similar to the M5 model - which speaks to performance with increased power, but limited consumption.

This energy efficiency is one of the major achievements of Apple Silicon.While many laptops experience slow performance when unplugged, the MacBook Pro maintains a stable experience regardless of the power source.The operating system intelligently manages resources to balance power and usage without user intervention.

During long working days, this autonomy is very important.Editing videos for hours, assembling complex projects or working with many open applications does not lead to a significant decrease in battery power.The computer continues to work with the same stability as when connected to the charger.

The air conditioner also deserves a special mention.Despite the demanding work, the MacBook Pro manages to work very quietly.Apple has managed to balance power and performance so that the computer does not need to run the fan speed in the current design.

Synthetic test

In this block of benchmarks it is interesting not only to see big numbers, but also to understand what kind of computer each test describes.All in all, the results attract a very balanced team: with a very fast processor, a particularly powerful GPU, an unusual memory and storage subsystem and, above all, a very solid foundation for modern workflows that combine creation, computation and local artificial intelligence.

CPU Geekbench 6 measures the overall performance of the processor in short and varied tasks, very close to real loads such as intensive browsing, image editing, compression, batching or image processing.The M5 Max reaches 4,274 single-core and 28,972 multi-core, demonstrating two major strengths: excellent instantaneous response and the tremendous ability to distribute heavy work among all cores.

Geekbench 6 Metal tests the GPU using Apple's graphics and processing, computer vision and impact functions.Here, the M5 Max scored 223,670 points, a number that makes it clear that we are not only looking at a laptop with a powerful CPU, but a machine with a GPU ready for modern advancements, images and collections.

This screenshot is not related to a classic synthetic benchmark, but to a practical test of the actual use of running a local model on the computer itself.What's on display isn't just raw power, but responsiveness in AI's everyday workflow: generating text quickly, iterating without network lag, and working without relying on the cloud.That's the reason it's relevant, because it shows the kind of experience a laptop like this can offer beyond pure numbers and at an astonishing 63 TPS (Tokens Per Second).A number between 15 and 24 is usually a good value.

The Blackmagic RAW Speed Test is used to measure how well the system performs when decoding RAW video, loading multiple agents for professional editing.In the screenshot, the M5 Max clocks in at 95 FPS on CPU and 424 FPS on Metal for 8K, showing that the chip can not only handle heavy stuff, but can also take advantage of high-resolution video graphics acceleration.In practice, this means more space to play, review and work with high-resolution devices without computer crashes.

This test measures the internal memory speed.14,846 MB/s write and 13,288 MB/s read are impressive figures even for a high-end PC, showing that SSDs are no longer a hindrance for the most demanding tasks.This is of great importance for a professional laptop, because it affects loading projects, working with heavy libraries, processing videos at very high resolution, and constant data exchange.This is required by many creative and artificial intelligence tools.

Cinebench is the classic benchmark for measuring performance and rendering in 3D. This screenshot shows the GPU score: 94,033 points.This benchmark works to verify the graphics capabilities of the device in a demanding and sustainable environment and as a result confirms that the M5 Max excels not only in tests focused on AI or image processing, but also in heavy visual tasks.The chip's GPU is good proof that it has real mileage for creative and professional software.

The Corona Benchmark measures the pure rendering performance of the processor using intensive and persistent loading.The result of 9,824,702 beams/s confirms that the processing part of the M5 Max is still extremely strong in traditional heavy computing tasks.It is important here that the team does not sacrifice processor muscle for new accelerated workloads: it is still a very capable machine for rendering, simulation and long processes where continuous power is really important.

The BryceX benchmark in Final Cut Pro measures the time it takes your computer to complete a complex export within a real edit flow, so it's very useful for evaluating practical performance, not just theoretical power.At an average of 5.35 seconds (the fastest I've ever seen), the M5 Max shows a remarkable level of performance in video editing, confirming that its combination of CPU, GPU and dedicated engines is designed to accelerate real creative tasks, not just shine in synthetic tests.

The Studio Display keeps up with the history of the Apple Silicon ecosystem

Apple has also updated the Studio Display, a 27-inch monitor designed to work with the latest desktop and laptop computers. At first glance, it keeps the simple aluminum design that we have known since its launch, but this new generation introduces several important changes that make it a more complete tool for using your Mac for everyday work.

At the heart of the monitor is its 27-inch 5K Retina panel, which has 14.7 million pixels and a density of 218 pixels per inch.The panel offers a brightness of up to 600 nits, support for the P3 color gamut and more than one billion color reproduction, which allows you to work with photography, video or design with great color accuracy.Additionally, Apple retains True Tone technology, which automatically adjusts white balance based on ambient lighting for a more natural image during long work sessions.

One of the most relevant developments is connectivity.The new Studio Display features Thunderbolt 5, which doubles the bandwidth of the previous model and allows you to connect the monitor to a Mac with a single cable that transmits 5K video and provides up to 96V charging for laptops.This change also enables something particularly interesting in professional configurations: daisy-chaining several monitors together via a second Thunderbolt port, multi-screen Creates workstations that are cleaner and easier to configure.

Apple has also improved the integrated multimedia experience on the monitor.Studio Screen now features Center Stage and Desk View, which includes a 12-megapixel front-facing camera, so that during video calls, the user can focus on the image and display the desktop on the screen if necessary.In addition,With six speakers and three studio-quality microphones, it provided for spatial audio that was absolutely amazing in my tests.Allows the monitor to be used as a true video conferencing station without the need for additional accessories.

The result is a monitor that continues to support the same philosophy that Apple first introduced: not just as an external display, but as a natural extension of the Mac. On today's desktops, where laptops are constantly connected and disconnected, Studio Display works almost like a small innovation center: you plug in the cable, and suddenly you have more screens, better sound, better camera, and your whole desk is up and running.

A laptop that envisions the future of the Mac

There is something particularly interesting about the MacBook Pro with the M5 Max.This device probably won't be the flashiest model that Apple will introduce in the coming years.Everything indicates that the upcoming redesign with an OLED screen will attract a lot of media attention.

However, from a technological point of view, this MacBook Pro may be more important.Apple decided to introduce the AI-optimized silicon first and leave the physical redesign for later.This approach shows how the company believes the real driver of innovation lies in the chip.

Apple MacBook Pro 16.2-inch M5 MAX: Liquid Retina Display, 18-Core CPU and 32-Core GPU, 36GB Unified Memory, 2TB SSD, Spanish Keyboard; Silver

The result is a computer that looks familiar on the outside, but that changes the meaning of working on a professional laptop.M5 Max's local AI capabilities, large memory bandwidth, and integrated architecture clearly point to the type of computing that will dominate in the coming years.

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Apple MacBook Pro M5 Max: Review, in-depth look at features and price