Foxconn will have nearly one million workers in its Zhengzhou facility building handsets
Render of one of the 5G Apple iPhone 12 models shows the return to flat edges for the iPhone
The latest rumored timeline calls for the unveiling at the end of September of the four new models followed by the launch of the 5.4-inch iPhone 12 and 6.1-inch iPhone 12 Max one or two weeks later. A few weeks after these two models went on sale, we should hit the 6.1-inch iPhone 12 Pro and the 6.7-inch iPhone 12 Pro Max on the shelves. The staggered releases should have no impact on iPhone sales this year. Those who want to buy one of the more expensive units will have to resist the temptation to buy one of the non-Pro models, just so they do not have to wait the extra two weeks for the iPhone that they really want.
Analysts say Apple will stop offering a faster refresh rate for the 2020 iPhone models
The standard iPhone models will presumably be equipped with 4GB of memory, while the Pro units will sport 6GB of RAM, a record high for iPhone memory. And for the first time ever, Apple will give the base models 128 GB of storage. The iPhone 12 and iPhone 12 Max will likely have wide and ultra-wide cameras, while the Pro units will add a telephoto camera with 3x optical zoom. The LiDAR depth sensor is perhaps limited to the expensive phones; using time-of-flight technology, the sensor calculates improved digits for depth measurements and delivers better AR capabilities and improved bokeh blurs for portraits.
While some analysts swear that the iPhone 12 Pro models will have the iPadPro’s 120Hz ProMotion refresh rate for smoother scrolling and better video game animation, other analysts say Apple will stay with the 60Hz to 60Hz refresh rate this year. All four iPhone models are expected to support both sub-6GHz and mmWave 5G signals. The former is the technology that T-Mobile and AT&T favor for their nationwide 5G networks, while the latter is favored by Verizon. The low-band 5G airwaves travel further and penetrate buildings better. The high-band spectrum can only travel short distances and has problems with penetrating structures. However, MmWave produces much faster 5G speeds.
So now it just seems to be a matter of the clock counting. And as we get closer to discovery, we should be leaking more and more information and images. Stay tuned!