MacBook Air

It’s time for the 13-inch MacBook Pro to be put out of its misery. No M2 chip. The end. That’s the view of Macworld Contributing Editor Samuel Nyberg. When he outlines what this would mean the Mac lineup looks like in 2022, it’s hard to disagree.

If the choice is between a ‘good enough’ MacBook with M2 and modern design, or an absolute monster with M1 Pro/Max and a 14in screen, who would choose a tired old MacBook Pro 13in? A device, moreover, with a Touch Bar, a five-year-old design, and no MagSafe. We know Tim Cook is an expert at saving money when he can. The iPhone had basically the same design for four years (from the iPhone 6 to the iPhone 8), a design that now lives on in the iPhone SE. Reusing the same old chassis, the same old components, is a great way to save development and manufacturing costs for Apple. Cook would certainly like to squeeze a few more years out of his old MacBook Pro 13in design. But how about swallowing the stinginess and showing some pride in Apple’s products instead?

Upcoming MacBooks could incorporate multiple discrete haptic areas. That’s according to a new patent, spotted by Patently Apple.

Apple’s granted patent generally relates to electronic devices with one or more input areas that also function to provide spatially localized haptics via the Taptic Engine. “Spatially localized” haptics (or haptic output) generally refers to any haptic signal, e.g., haptic output, that is tactilely perceptible to a person touching a particular active region of the electronic device, but imperceptible outside that region. The surface area over which a single haptic output is perceptible is referred to as a “discrete haptic region.” There may be any number of discrete haptic regions in an input area of a laptop computing device. The discrete haptic regions may be separated from each other, or they may overlap. Either way, they remain discrete haptic regions each associated with an individual haptic actuator. An “input area” is a structure or surface configured to accept a user input.