Apple’s upcoming iPhone 16 is set to feature thinner bezels around its display, thanks to a new Border Reduction Structure (BRS) process. This innovative technique allows for tighter circuitry packing and rerouting of wiring, resulting in a thinner bottom bezel. As a result, the overall dimensions of the display are expected to shrink accordingly on all four sides.
However, this advancement in design comes with its fair share of manufacturing challenges. Industry sources reveal that both LG Display and Samsung Display are struggling to produce panels with a high yield rate, which refers to the percentage of usable parts. Apple also relies on displays from a third company, BOE, but due to its lower OLED quality compared to LG Display and Samsung Display, it tends to focus on the cheaper iPhone models.
To tackle these hurdles, LG Display is collaborating with two different companies, Novatech and LX Semicon, for the supply of display driver integrated circuits (ICs), unlike previous years when it solely relied on LX. This strategic move aims to reduce costs for LG Display while taking on a greater proportion of iPhone display production.
It remains uncertain which iPhone 16 models will receive the BRS treatment. However, it is likely that the iPhone 16 Pro and iPhone 16 Pro Max, being the most high-end options, will feature the thinner bezels, as Apple typically debuts its latest technologies on these models.
Rumors also suggest that the Pro models will see an increase in display size. The upcoming iPhone 16 Pro is said to measure 6.3 inches, an upgrade from the iPhone 15 Pro’s 6.1 inches, while the iPhone 16 Pro Max is expected to be as large as 6.9 inches, up from the iPhone 15 Pro Max’s 6.7 inches.
Apple enthusiasts can mark their calendars for early to mid-September, as this is likely when the company will officially showcase its new iPhone lineup. In the meantime, it’s worth exploring the latest rumors and speculations surrounding the iPhone 16, iPhone 16 Pro, and iPhone 16 Pro Max. Stay updated with thrilling tech news, lifestyle hacks, and expert analysis by subscribing to our daily newsletter. Don’t miss out on the opportunity to enhance your life with cutting-edge gadgets and exclusive deals.
FAQ:
1. What is the Border Reduction Structure (BRS) process?
The BRS process is an innovative technique that allows for tighter circuitry packing and rerouting of wiring, resulting in thinner bezels around the display of the iPhone 16.
2. Who are the display suppliers for Apple’s iPhone 16?
LG Display, Samsung Display, and BOE are the display suppliers for Apple’s iPhone 16.
3. Why are LG Display and Samsung Display struggling to produce panels with a high yield rate?
Both LG Display and Samsung Display are facing challenges in producing panels with a high yield rate, which refers to the percentage of usable parts. This is likely due to the manufacturing complexity involved in implementing the BRS process.
4. Who is LG Display collaborating with for the supply of display driver integrated circuits (ICs)?
LG Display is collaborating with two companies, Novatech and LX Semicon, for the supply of display driver integrated circuits (ICs).
5. Which iPhone 16 models are likely to receive the BRS treatment?
While it is uncertain which iPhone 16 models will receive the BRS treatment, it is expected that the iPhone 16 Pro and iPhone 16 Pro Max, being the high-end options, will feature the thinner bezels.
6. Will the iPhone 16 Pro models have a larger display size?
Rumors suggest that the iPhone 16 Pro will have a 6.3-inch display, an upgrade from the iPhone 15 Pro’s 6.1 inches. The iPhone 16 Pro Max is expected to have a larger 6.9-inch display, compared to the iPhone 15 Pro Max’s 6.7 inches.
Definitions:
– Border Reduction Structure (BRS): An innovative technique that allows for tighter circuitry packing and rerouting of wiring, resulting in thinner bezels around the display of a device.
– Yield rate: The percentage of usable parts produced during manufacturing.
Suggested Related Links:
– Apple (Official Apple website)
– MacRumors (News and rumors about Apple products)