Eeldatakse, et iPhone 17 Pro Maxi osalise klaasi ja osalise alumiiniumist taga on vastupidavust mitmel viisil:
1. Materiaalne tugevus: alumiinium on tugev ja kerge materjal, mis võib seadmele konstruktsiooni terviklikkust pakkuda. By using aluminum for the top section, which includes the camera bump, Apple can ensure that this critical area is robust and less prone to damage from accidental drops or impacts. Alumiiniumist osa aitab ka mõjude jõudu ühtlasemalt jaotada kogu seadmes.
2. Klaasipeetus traadita laadimiseks: selja alumine pool jätkab klaasi kasutamist, võimaldades traadita laadimisvõimalusi. This glass section is likely to be made from a more durable type, possibly an enhanced version of the Ceramic Shield glass used in previous models, which is designed to be more resistant to scratches and drops.
3. Improved Water Resistance: While the exact impact of the part-glass and part-aluminum design on water resistance is not detailed, Apple is reportedly working on improving water resistance for the iPhone 17 Pro Max. This could involve tighter seals around ports and buttons, which would complement the existing IP68 rating and provide better protection against moisture.
4. Enhanced Display Durability: Although not directly related to the back design, the iPhone 17 Pro series is rumored to feature a new Low-Dielectric TEE technology that improves display durability. This technology enhances the structural support of the display, making it more resistant to drops and impacts, which indirectly contributes to the overall durability of the device.
5. Termiline hajumine: alumiinium on hea soojujuht, mis aitab seadme poolt tõhusamalt tekitatud soojust hajutada. See võib takistada ülekuumenemist ja säilitada intensiivse kasutamise ajal optimaalse jõudluse.
Overall, the combination of stronger materials and improved technologies is expected to make the iPhone 17 Pro Max more resilient and capable of withstanding various environmental challenges. However, the exact rationale behind switching from titanium to aluminum remains unclear, and it may be related to factors such as cost, manufacturing complexity, or design preferences.
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[2] https://www.youtube.com/watch?v=26U-R8Lizte
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