According to Digitimes, Apple has been able to add more chips to the iPhone series by reducing orders for its older gadget chipset, which is being sold in global markets. 13 order. Apple continues to sell the iPhone 12, 12 mini and iPhone 11 in its online store, and also offers the iPhone SE 2 for fans of affordable iPhones. It seems that Apple has increased the order of iPhone 13 chips to reduce the order of older models by reducing the order of chips of older models. 12 stopped the Peru and XR. Apple is currently shipping the iPhone 13 series in the United States, Canada, and the United Kingdom with a delay of 3 to 4 weeks due to shipping and shipping problems.
The same is true for older iPhone models. The same is true. Users will encounter a delay of one to two weeks when registering iPhone 12 and 12 mini orders online due to transportation problems, and iPhone 11 orders will be delivered to users with a 5-week delay. Apple CEO Tim Cook has warned that widespread industry shortages could affect iPhone production in the coming months, and rising demand for new iPhones could exacerbate distribution problems.
Analysts' reports show that orders for the iPhone 13 series have been very high. Therefore, the low distribution and supply of this new product of Apple is due to the great response of users, and Apple executives are trying to increase the speed of their production to gain more user satisfaction. Evidence suggests that chipmaker TSMC is increasing production of its 3nm chip to mass production in the second half of 2022, with a monthly output of 55,000 chipsets.
It uses 3nm technology to produce iPhone chips. Reports suggest that Apple will introduce the next generation of 3-nanometer chips with the iPad Pro 2022. The A15 Bionic chip in the iPhone 13 uses 5nm technology, which TSMC calls the N5P. The chip is actually an improved version of the 5-nanometer chip itself, which increases the energy efficiency and performance of the device. The A16 chip is expected to be produced in 2022 iPhones with TSMC 4-nanometer technology.