After an initial delay that would see the Qi-based device pushed to March, then a second postponement to September (a whole year after its original announcement), the AirPower mat has seemingly missed the boat once again, vanishing from Apple's website in the process.
Now the only AirPower-related question we have for the Cupertino company is: what's going on?
Thanks to a new report from noted leaker Sonny Dickson, we may now have some details about the alleged problems that are holding the AirPower mat from release.
Failure to launch
According to Dickson, who cites several inside sources, "the broad feeling of many working the project at Apple is that the device may be doomed to failure, and may not be viable at all unless significant advancements can be made."
The report lists several key issues which Apple is allegedly facing in regards to the AirPower mat, with a heat management problem believed to be the company's biggest hurdle.
"Currently the device produces far too much heat, which causes performance setbacks, and can affect the ability of the devices to charge if they become too warm in the process," says Dickson.
Other reported issues include buggy inter-device communication, issues with charging activation and charging speed, and other mechanical and interference concerns.
Will the AirPower mat ever be released?
With so many purported engineering hurdles to overcome, there is a worry that Apple may end up shelving the AirPower mat indefinitely.
That said, Dickson does put forth the possibility that the mat could ultimately be "taken back to the drawing board with an all new design that would have a different appearance than the one Apple showed us at the 2017 iPhone X event."
He continued, "While it is still possible for the AirPower (or a similar device not yet shown to the public) to debut before the end of the year, broad consensus among engineers suggests that this is highly unlikely."
If an all-new product bearing the AirPower trademark were to eventuate, Dickson's sources claim that a public showing of the (totally hypothetical) device would be “not likely to occur before [US] Spring”.