The introduction of solid-state battery technology is poised to disrupt the wearables industry by significantly enhancing user experience through longer battery life and improved performance.

Samsung is currently testing a new ultra-small all-solid-state battery technology for its wearable devices, which could lead to substantial improvements in battery life.

This solid-state battery technology offers advantages such as faster charging times and flexible design, making it suitable for a wide range of technologies and applications.

The advancements in battery technology are expected to benefit upcoming devices, including the Galaxy Watch, Galaxy Ring, and Galaxy Buzz, with mass production anticipated to start in the first half of 2026.

The new ultra-small, all-solid-state battery, often referred to as a 'dream battery,' is expected to debut in the Galaxy Ring and Galaxy Watch.

Developed by Samsung Electro-Mechanics, this new battery boasts an industry-leading energy density of 200Wh/L, which could dramatically enhance the capacity of wearable devices.

Consumers will enjoy the benefits of longer-lasting batteries that require less frequent and faster charging, enhancing overall usability.

Currently, the Galaxy Watch 7 has a battery life of approximately one day, a reduction compared to its predecessor, the Galaxy Watch 6.

In related news, the upcoming Galaxy S24 FE is expected to see a price increase, starting at $649 in the U.S., which is a $50 increase from the Galaxy S23 FE.

Following the Galaxy S24 lineup, the Samsung Galaxy S25 is anticipated to launch, continuing the company's innovation in mobile technology.

As Samsung advances its battery technology, Apple is also making strides, creating a competitive race between the two tech giants to bring new battery solutions to market.

Apple's supplier TDK has reported breakthroughs in solid-state battery technology, claiming capacities that could be 100 times greater than existing batteries, further intensifying the competition.