The impact of the coronavirus on Apple’s ability to validate and fine-tune the iPhone 12 assembly process is based on recent Nikkei news warnings about the availability of the iPhone. These processes are critical on-site work, with many variables that vary from the quality level of various parts produced, making this time period critical. In today’s more positive development, MacWorld has explored the next generation of 802.11ay wireless specifications, which recently leaked as a great feature of the iPhone 12, which is important. The standard, which is essentially WiGig 2.0, is a potential changer for the iPhone, which can transfer data at an incredible speed of 176 gigabits per second (22,000 megabytes per second), according to respected MacWorld writer Jason Cross. By adding it to the Mac, Cross points out, Apple can make AirDrop complete almost instantaneously, and it has enough bandwidth to be the backbone of Apple’s next (and heavily patented) focus: enhancement and virtual reality. In-depth study is well worth reading, and while everyone will focus on the design of the iPhone 12 and camera changes, 802.11ay is undoubtedly the real star. More good news for the iPhone 12 has been dashed today. Apple is part of a group of companies, including Huawei, Oppo and Samsung, and plans to use GaN to produce smaller, more powerful and more efficient smartphone chargers, IT Home reported. Xiaomi currently leads the way with a 65W GaN charger that charges the Mi 10 Pro from 0% to 100% in 45 minutes. IT Home doesn’t say what power Apple is using, but Samsung has added up to 45W support to the Galaxy S20 Ultra (although it has a 25W charger bundled). Since the iPhone’s current range is limited to 18W, there is still plenty of room for improvement. GaN is becoming increasingly popular among third-party charger makers such as Anker, RavPower and Aukey, so it makes sense to become mainstream in 2020,’ Reuters sources said. ‘The country’s production cycle. “And the word may not change for another month at best.” You’re actually talking about two months of losses, which is huge in the consumer electronics cycle. When Apple had typically tested multiple prototypes and eventually identified a process called engineering. Verify. And this has to happen as early as possible, “because it requires a lot of chips and other parts,” Reuters said, almost all of which are customized. In a worst-case scenario, Apple’s supply chain won’t reach full capacity until June, with the iPhone 9 delayed until July and the iPhone 12 until the end of the 2021 holiday. Such delays will shock the industry.
iPhone 12 Bad News
