The Cupertino technology giant is preparing a robust redesign for its next mobile devices, aiming to combine nostalgia and futurism in a single device. Relatórios Recent reports from the supply chain suggest that the next generation of cell phones will abandon visual elements consolidated in recent years in favor of an aesthetic that harks back to the brand’s classic computers from the late 90s.
In addition to the external visual change, internal engineering must allow the total removal of obstructions on the display, changing the way the user interacts with the content. The expectation is that the new models will present a definitive solution for the front sensors, maximizing the usable area and offering a complete immersion experience without visible cutouts.
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Historic rescue with translucent finish
The main aesthetic change planned for the premium line involves the introduction of a transparent glass area on the rear of the chassis. Essa design feature draws direct inspiration from the iconic iMac G3 and iBook, products that defined the company’s industrial language under Steve Jobs’s leadership, enabling partial visualization of internal components such as the wireless charging coil and surrounding circuitry.
Experts point out that this choice is not only stylistic, but also technical, requiring new assembly methods to guarantee durability and water resistance.
The construction must maintain the use of titanium on the edges to ensure lightness, while the rear glass will receive specific treatments to avoid fragility. Fontes linked to the industry claim that prototype tests have already validated the effectiveness of this material in not interfering with radio signals, Wi-Fi or Bluetooth, using layers of filters permeable to connection waves.
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End of dynamic island and new screen engineering
The screen cutout, known as Dynamic Island, must be completely eliminated in the Pro models planned for this cycle. The Apple works together with the Samsung Display to implement advanced OLED panels that house the Face ID’s selfie camera and sensors directly under the glass, making them invisible when not in active use.
This technology poses a complex light refraction challenge, requiring the panel to maintain the transparency necessary for image capture without compromising the quality of color and pixel display. Estima This change is expected to expand the viewing area by around 5%, benefiting the consumption of videos and games.
- 6.3-inch screen for the Pro model and 6.9 inches for the Pro Max.
- Maintenance of ProMotion technology with a refresh rate of 120 Hz.
- Biometric sensors hidden under the front panel.
- Increased visual immersion without holes or pills in the interface.
Advances in optical system and processing
The rear photographic set will receive a significant update with the introduction of a main sensor with variable aperture. Essa functionality will allow mechanical adjustment of light input between f/1.4 and f/2.0, offering greater control over depth of field and background blur, simulating the behavior of professional cameras.
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To support these innovations, the device will be equipped with the new A20 Pro chip, manufactured in a 2 nanometer process. The architecture of this processor focuses on energy efficiency and the performance of artificial intelligence tasks, essential for image post-processing and the new functionalities of the operating system.
Autonomy will also benefit from a restructuring of the battery, which will now feature a stainless steel coating to improve thermal dissipation and protection against impacts. Projeções indicate that the energy capacity can reach 4800 mAh in the larger model, guaranteeing longer usage time even with new hardware demands.