Despite being ultra-thin in construction thanks to the layer of piezoelectric film used within to achieve its ends, it also comes with a low risk of damage from being dropped, which makes it a whole lot more suitable when it comes to mobile devices. Not only that, this particular technology is not limited in scope to just tiny, portable devices, since it can easily be adopted to see action on larger surfaces, making it extremely suitable for use in the likes of smartphones, flat keyboards, and anywhere else that requires touch input elements.
In our testing, the Japanese keyboard did prove to require more resistance when you press the key as opposed to the regular QWERTY keyboard on display there – although I think this boils down to the amount of intensity required that can be set before anything leaves the factory or is shipped.