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As advances continue in the realm of mobile devices and wearable gadgets, we always come back to the same handful of barriers that impede progress. Chief among them, of course, is battery technology. Component makers spend millions on research and development in an effort to make the most power-efficient parts possible, but the majority of smartphones still only last a day at most per charge. Where wearables are concerned, these tiny devices come in a wide range of flexible shapes that often severely limit vendors’ options when it comes to battery size and placement.
Battery technology has never been able to keep pace with other components, but a new breakthrough unveiled this week by Samsung could represent one of the most important advancements in mobile battery tech we’ve seen in quite some time.
But
the South Korean electronics giant is much more than just a phone
maker. Samsung has a number of other high-profile businesses, and
components may be chief among them. In fact, Samsung bucked a
seven-quarter earnings slide in the third quarter this year thanks
largely to its component business, which counts Apple among its largest
customers.
Samsung makes a portion of the new A9 chipsets that power Apple’s iPhone 6s
and iPhone 6s Plus, and the company also manufactures a wide range of
other components, including batteries. This past week at the
annual InterBattery 2015 expo in Seoul, South Korea, Samsung showed off
two new batteries that represent major steps forward in battery tech for
mobile devices.
Dubbed
“Stripe” and “Band,” these new Samsung batteries are thin and flexible,
allowing them to fit into spaces and components that could otherwise
not house a battery.
The
new batteries are still in the prototype phase, but testing appears to
be going quite well. According to Samsung, its new battery tech has the
potential to increase battery life in some mobile devices by as much as
50%. Also of note, these new flexible batteries were able to withstand
50,000 bends during Samsung’s tests, suggesting durability will not be a
concern.
Samsung’s
Band battery is designed to be housed in the flexible band of a
smartwatch or fitness tracker, though its applications could certainly
extend beyond those categories. Meanwhile, the Stripe battery can “bend
and conform freely as a fiber and is equipped with innovative energy
density,” according to Samsung.
The
company continued, “Since it is adaptable to various forms – such as a
necklace, hairband, t-shirt accessories, and more – it will in result
fuel the growth of battery application market including wearables.”
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