Review of MacBook Pro M5 Pro after 1 month of actual use
Summary and detailed analysis of actual MacBook Pro M5 Pro experience after one month in terms of performance, screen, battery and design.
With the M5 Pro chip bringing significant improvements in performance and processing speed, the MacBook Pro M5 Pro has become the perfect choice for intensive work configurations. To help you think about whether this computer is for you or not, below is an experience review after more than 1 month of use.
| Quick summary of the MacBook Pro M5 Pro
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Overview of MacBook Pro M5 Pro experience after 1 month of use
Overall, practical experience after a month shows that Apple has created a pure work machine when pushing hardware power to a very high level. However, in exchange for this performance, users will have to accept obvious changes in temperature output and battery life.
Core advantages
In terms of configuration, the machine offers the highest benchmark scores on the market and handles heavy tasks extremely smoothly:
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Leap CPU and GPU performance: Apple equips a huge configuration right from the standard version (Base) with 15 CPU cores and 16 GPU cores. The device achieved a record score on Cinebench 2024 software
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Superior heavy graphics processing: 3D rendering on Blender software is twice as fast as the standard M5 chip.
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Incredible Local AI power: New chip architecture optimized for large language models
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Super-fast connection bandwidth: Integrated 3 Thunderbolt 5 ports for transfer speeds of up to 80 Gb/s, twice as fast as the previous generation of Thunderbolt 4
Besides, chip optimization for smart algorithms helps the machine have very fast data response speed. Apple also equips a standard color display system, high quality sound with 6 speakers and 3 Thunderbolt 5 connection ports to create a complete independent workspace for users.
Practical disadvantages
Despite possessing great power, this machine still has limitations. Because there are no more electricity saving factor Taking on light tasks, the machine consumes more energy and heats up quite quickly in basic tasks such as AI processing.
In addition, the battery is also considered a step backward in this year’s product line. For normal office work, if the screen brightness is maintained at 250 nits, the battery will run out within 10 hours, a notable decrease compared to older MacBook generations.
The design and durability of the machine in high pressure working environments
The overall design of this model has not changed too much compared to previous versions, but the material finish and display quality of the screen have been fine-tuned better.
Aluminum case limits fingerprints
Maintaining the high-end design inherent to the Pro series, the aluminum shell is extremely well finished to help minimize sweat and fingerprints during long-term use.
However, due to the internal hardware structure that radiates a lot of heat (eating up to 67W of current when running heavily) combined with a compact 14-inch body with only 2 cooling fans and 1 copper pipe, this aluminum shell accidentally becomes the main place to absorb and radiate heat, making users clearly feel the heat when touching the machine’s surface.
The display is excellent under bright light
The screen provides clear visibility thanks to a typical brightness of 600 nits. When users edit or enjoy HDR video content, the screen’s peak brightness can be increased to 1600 nits. Combined with Delta E standard color deviation
Actual performance of the M5 Pro chip through pressure tests
Apple’s drastic changes to the core structure of the processor chip have given this machine a remarkable computing power, clearly demonstrated through continuous pressure tests with intensive graphics software.
Speed of processing heavy graphics tasks and video rendering
The device achieves the highest benchmark scores and provides fast processing speed when working with heavy graphics software like Blender 3D, with rendering times 5 times faster than the regular M5 chip. In a video editing task with a 10-minute 8K ProRes Video File, the actual performance is recorded in detail through the comparison table below:
| Real-life tasks (8K ProRes Video File – 10 Minutes) | MacBook Pro M4 Pro | MacBook Pro M5 Pro (After 1 month of testing) |
| Render Time (Final Cut Pro) | 4 minutes 15 seconds | 2 minutes 50 seconds (~30% faster) |
| Timeline stuttering phenomenon | There is slight lag when inserting 3 Effect layers | Completely smooth, well-balanced 8K 10-bit video |
Ability to operate artificial intelligence models locally
The GPU graphics processor of the new chip line is optimally designed to combine and share computational load with the NPU (Neural Accelerator). When running tests on local artificial intelligence (Local AI) models, this hardware combination helps the device achieve outstanding processing performance, providing nearly instant results and response times even with the most complex algorithms.
Control the temperature and noise of the cooling system
Apple has made the decision to completely remove the power-saving cores (Efficiency Cores) in the CPU. The M5 Pro Chip now only has high-performance cores and super-performance cores.
Because it always runs at high clock speeds, the machine generates heat very quickly. A notable point is that Apple’s control system still prioritizes keeping the cooling fan spinning smoothly, without causing unpleasant noise. In return, the heat that cannot escape will accumulate directly on the surface of the keys and the palm rest.
Battery life and charging speed during actual usage cycles
The battery life of this model is a point that users need to pay attention to and calculate carefully based on their actual travel needs.
Onscreen time when working mixed
For basic office tasks and setting the display brightness to 250 nits, the device’s battery capacity maintains continuous operation for about 10 hours. This parameter is much lower than the old versions because Apple has removed the power saving core inside the chip to minimize battery consumption while working.
Fast charging performance via MagSafe 3 port
To compensate for reduced battery life, Apple equipped fast charging technology via the MagSafe 3 port to fully charge the device within 90 minutes. In addition, the integration of up to 3 high-speed Thunderbolt 5 ports up to 80 Gb/s helps you optimize the time when you need to transfer heavy data files to an external hard drive.
Correlated investment value for professional users
Choosing a machine is always a matter worth considering based on the cost and work efficiency. Therefore, these are the user groups that should consider Macbook Pro for their work.
Compare MacBook Pro M5 Pro and MacBook Pro M4 Pro
The detailed comparison table below between MacBook Pro M5 Pro and MacBook Pro M4 Pro will point out valuable upgrades in terms of parameters, thereby helping you clearly determine which machine is most optimal for your cost and work performance:
| Criteria | Macbook Pro M5 Pro | Macbook Pro M4 Pro |
| Size | 31.26 x 22.12 x 1.55 | 31.26 x 22.12 x 1.55 |
| Screen resolution | 3024 x 1964 pixels | 3024 x 1964 pixels |
| Processor | M5 Pro | M4 Pro |
| RAM | 24GB/36GB/48GB/64GB | 24GB/36GB/48GB |
| Memory storage | 1TB/2TB/4TB | 512GB/1TB/2TB/4TB |
| Battery | 72.4Wh | 72.4Wh |
| Connection port | Thunderbolt 5, SDXC card slot, HDMI, 3.5mm headphone jack, MagSafe 3 | Thunderbolt 4&5, SDXC card slot, HDMI, 3.5mm headphone jack, MagSafe 3 |
| Touch ID | Have | Have |
It can be seen that Apple did not make major changes in design and appearance. The company focuses more on upgrading the hardware power inside the device. The most obvious difference lies in the new M5 Pro processor, providing significantly higher CPU and GPU performance, especially the ability to handle graphics, AI tasks and professional rendering.
Therefore, if you are using M3 Pro or M4 Pro, you don’t need to upgrade because the device still runs very well and keeps the battery longer.
However, if you are using an M1/M2 chip, this will be a worthwhile upgrade if you want to save 30% of video rendering time or need a powerful machine to optimize opportunity costs and job processing time.
User grouping is most suitable for this device model
Possessing a breakthrough hardware configuration, MacBook Pro M5 Pro is positioned as a specialized mobile workstation to handle huge workloads for the following user files:
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AI Research and Programming Experts (AI Developers / Data Scientists): Need a mobile machine with large Unified Memory (base version is 24GB) to run large local language models smoothly
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Professional content creator (Video Editor / 3D Animator): People who regularly handle heavy 8K video sources, complex Blender rendering, and need super-fast data transfer bandwidth from external hard drives via Thunderbolt 5
Buying policy for MacBook Pro M5 Pro at Minh Tuan Mobile
In order to bring an economical and convenient shopping experience, Minh Tuan Mobile system is currently applying many specific incentive programs specifically for customers when choosing to buy MacBook Pro M5 Pro.
Specifically, Minh Tuan Mobile provides a 0% interest installment support policy with quick approval procedures, allowing buyers to pay flexibly via credit cards or reputable financial companies.
For users who want to change devices, the Old Renew program will support the purchase price of used devices at a good level, helping to minimize the cost of compensating the difference when switching to a new device model.
Regarding after-sales service, the system applies a transparent 1-for-1 error policy to protect consumers’ rights against errors from the manufacturer. At the same time, monthly discount programs with vouchers and gift accessories are also applied continuously.
To receive detailed advice on configuration, colors and available incentives, users can visit the Minh Tuan Mobile website or contact the consulting hotline. 18003355.
FAQ
Below are brief answers to common questions about the changes in this new hardware line.
Does the M5 Pro chip overheat when working for a long time?
There is a clear warming phenomenon. When processing heavy AI or graphics tasks for long periods of time, the device’s surface temperature will increase to about 40 degrees Celsius. The device still maintains stable performance thanks to the internal cooling fan system, but the outer shell will be hotter than previous models.
What is the Unified Memory architecture on the new chip line?
This is a unified memory architecture that helps components such as CPU, GPU and NPU use the same high-speed data store without wasting time transferring back and forth. This architecture combined with the massive 80 Gb/s bandwidth of the Thunderbolt 5 port helps the machine handle huge graphics files smoothly.
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