Obtainingmore for less has always been a desirable notion, but getting more in less is
quickly gaining popularity in the modern product development industry.
Miniaturization, to put it another way. There is an expanding need for
solutions, often electronic solutions, that are physically smaller yet ever
more functional in a variety of applications, such as automotive systems and
medical equipment.
Electronicsminiaturization has traditionally relied on theadvancement of semiconductors, however there is now a different strategy: miniaturization
through modular integration. To create a system in a package, this essentially
implies combining active and passive components in a single small package
(SiP). As opposed to relying solely on semiconductor advancements, this
strategy has significantly more potential for size reduction.
Miniaturization has historically been primarily fueledby mobile phones, but its advantages are increasingly spurring demand across a
wide range of industries. Miniaturization is essential to the development of
wearable technologies like fitness watches, medical gadgets like blood glucose
monitors, automobile subsystems, stereo wireless earbuds, and even intelligent
luggage tags. Dependence on miniaturization will undoubtedly expand further as
interest in wearable wellness improvement technology and augmented reality
glasses grows.
