Taiwan September 11, 2014
Taiwan August 20, 2014
A claimed schematic of the 4.7-inch model of the iPhone 6 appears to support suggestions that the camera lens will protrude, though only by 0.77mm. Posted by Apple Club in Taiwan, it appears to show a 7mm thick casing with the thickest part of the camera extending 0.77mm beyond this.
Suggestions that the quest for thinness might result in an iPod Touch-style protruding camera lens on the iPhone 6 date back to March, and have been supported by claimed backplate photos as recently as this month. There have, though, been conflicting reports, with one suggestion that Apple would be able to avoid this by restricting optical image stabilization to the larger 5.5-inch model … expand full story
Taiwan August 14, 2014
Photos of apparent leaked iPhone 6 parts continue, the latest from AppleClub in Taiwan claiming to show complete logic board assemblies. With most of the components hidden beneath shielding, we don’t learn anything new beyond the flash memory chip middle-left appearing to be made by Toshiba … expand full story
Taiwan July 24, 2014
Component orders by Apple for the iPhone 6 are a significant factor in the current thriving state of a number of Asian economies, say analysts and government officials cited by the WSJ.
Analysts expect companies from Taiwan, Japan and South Korea that supplied earlier versions of the iPhone to produce key components like displays, camera lenses and microprocessors. Already, some of those companies are announcing increased earnings or forecasts, and economists and analysts are talking about an Apple effect on whole sectors and economies …
Taiwan July 10, 2014
Apple is about to roll out its Volume Purchase Program, which allows business and education customers to purchase and distribute iOS apps in bulk for deployed devices, into 16 new countries. Apple’s website for both the Volume Purchase Program for Business and for Education have been updated to announce the expansion and now list the following countries as coming soon to the program: expand full story