Durable recycled aluminum is pressed into near-final enclosure shape using about half the raw material required by traditional machining. Binned processors originally intended for the iPhone 16 Pro are used to power the five-core A18 chip in these systems. Rejected processors already in hand are repurposed, and additional chips are ordered to meet MacBook Air demand. This approach supports circular manufacturing by combining recycled materials with chip reuse. The result is an affordable $599 laptop that maintains design and product quality while providing environmental benefits and business advantages.
"The high-quality enclosure is made through a process in which durable recycled aluminum is pressed into near-final shape using just half the raw material of traditional machining. Apple even leaned into corporate social responsibility when it came to the A18 chip it puts inside these systems, as it originally used 'binned' processors originally intended for the iPhone 16 Pro to drive the five core A18."
"These were rejected processors Apple had in hand anyway, and while it has had to order additional chips to cope with demand for the MacBook Air, the original plan meant it got to sell a product based on chips it wouldn't otherwise have been able to use. Apple has done this before, such as when it put A15 Bionic chips inside the iPhone SE."
"Effectively, use of binned chips and recycled materials means Apple has been able to find a way to build a $599 laptop that is highly affordable, and it doesn't compromise design or product quality. This is the power of circular manufacturing, which isn't just ethically smart, but seems to deliver real business advantages."
#recycled-materials #circular-manufacturing #binned-processors #environmental-sustainability #product-affordability
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