How does the iPhone 17 Pro Max’s new steam room work to prevent overheating?
IPhone 17 Pro and iPhone 17 Pro Max Models include a new cooling system with steam camera
Rumors about something new for a while cooling system In the iPhone 17 Pro models, it is an interesting innovation that is finally not noticed but is much more important than it seems.
New cooling system iPhone 17 Pro And iPhone 17 Pro Max One Steam camera It can distribute heat with larger activity. But … How does it really work?
IPhone 17 Pro Max Vapor Room: How does Apple’s new silent weapon work to combat excessive Heating?
IPhone 17 Pro Max has a new design
Apple has completely redesigned the design of the iPhone 17 Pro and iPhone 17 Pro Max with an accommodation rear camera module. A much wider lump This activates the top of the back of the mobile phones. However, the Californian company also redesigned the interior of its devices.
First, Apple changed the aviation titanium chassis of previous generations. A body Singular Produced with aluminum. For the first time in the history of the iPhone, both the company manages to reduce the area occupied. This allowed Apple to add a battery with more capacity in the intestines of iPhone 17 Pro models.
IPhone 17 pro unibody chassis made of aluminum
On the other hand, Cupertino’s company added ceramic Kalkan 2 technology and a traditional ceramic glass to the front. The other two design new ones that contribute to enriching user experiences.
In addition, Apple introduced a new cooling system based on a vapor room responsible for distributing heat from a large surface to prevent overheating.
Apple has designed a laser steam room that combines the aluminum unibody structure and strength with the aluminum unibody structure to distribute the temperature of the A19 Pro chip efficiently. Conclusion? A higher performance that does not reduce rhythm. This thermal administration’s genius allowed us to create the most powerful iPhone of all time.
The operation is very simple. The steam room of the iPhone 17 Pro models consists of a completely closed small compartment. Contains a small amount of liquid —UGUA deionize, in this case – Evaporates when the chip produces heat. In this way, hot steam is distributed towards the colder areas of the phone, which helps to improve the processor performance.
The following video explains in detail the production process of steam cameras and shows how they work in it:
The steam room is welded to the Unibody aluminum body of iPhone 17 Pro models and distributes heat in all hardware components, including the battery. Heat re -routing is strategically designed to cool down as quickly as possible on a device Through small and labyrinth halls separating each piece of hardware.
The new Unibody Chassis of the iPhone 17 Pro and iPhone 17 Pro Max is specially designed to distribute the temperature of the terminals, not only thanks to the Steam room. Interestingly, aluminum heat distributes much better than aviation and space titaniumBecause it has more thermal conductivity. While the thermal conductivity of aluminum is ~ 205 w/m · k, the aviation titanium ~ 7 W/M · K. However, Aeroespacial Titanium shows more resistance to extreme temperatures for something NASA is used in space tasks.
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Source: i Padizate
