17:23Machine-translated from Azerbaijani by AIRead in Azerbaijani
Apple's New MacBook Pro Cools Better Than the Previous Model
Apple has completely redesigned the cooling system in the new MacBook Pro with a PROLED XDR display. According to the company, the new design helps the M5 Pro and M5 Max chips operate at high speeds for extended periods in a lighter chassis. Hot air is directed away from the display and toward the rear of the device.
Cooling directly affects a laptop's performance. When a chip overheats, it automatically slows down to prevent damage. As a result, even if a powerful processor initially runs at high speed, its performance can later decline significantly because of inadequate cooling. This is especially important for the MacBook Pro, which is designed for professional work. The YouTube channel Geekerwan used a smoke machine to compare the older MacBook Pro with a mini-LED display and the new PROLED XDR model. With the fans running, the smoke clearly showed the direction of the airflow. In the older model, hot air was dispersed both toward the rear and upward toward the display. The new model directs heat toward the rear of the device and vents it where the display meets the chassis. This change becomes more important when the laptop is connected to an external monitor while closed. In this situation, the device's display can obstruct airflow and make cooling more difficult. The smoke test shows that the new MacBook Pro cools noticeably better than the previous model. The result provides a clear visual demonstration supporting Apple's statement that the device can operate at high speeds for extended periods.
Cooling directly affects a laptop's performance. When a chip overheats, it automatically slows down to prevent damage. As a result, even if a powerful processor initially runs at high speed, its performance can later decline significantly because of inadequate cooling. This is especially important for the MacBook Pro, which is designed for professional work. The YouTube channel Geekerwan used a smoke machine to compare the older MacBook Pro with a mini-LED display and the new PROLED XDR model. With the fans running, the smoke clearly showed the direction of the airflow. In the older model, hot air was dispersed both toward the rear and upward toward the display. The new model directs heat toward the rear of the device and vents it where the display meets the chassis. This change becomes more important when the laptop is connected to an external monitor while closed. In this situation, the device's display can obstruct airflow and make cooling more difficult. The smoke test shows that the new MacBook Pro cools noticeably better than the previous model. The result provides a clear visual demonstration supporting Apple's statement that the device can operate at high speeds for extended periods.