External power banks have become an essential piece of equipment for smartphone users, so the Anker PowerCore 13400 has been unveiled as a new solution for gamers to integrate into their lifestyle.
Designed for the Nintendo Switch, the battery pack is capable of providing 1.7 additional charges for the portable console, which translates into about 10 additional hours of playtime. The unit is also compatible for user with the iPhone 8 and X as well as the MacBook Pro, which makes it ideal for use by modern consumers who have multiple devices in their ownership.
The Anker PowerCore 13400 power bank recharges in 3.5 hours and features PowerIQ technology that will automatically deliver the perfect level of power to ensure optimized charging.
Portable Console Power Banks
The Anker PowerCore 13400 Charges the Nintendo Switch and More
Trend Themes
1. Portable Console Power Banks - The rise of portable console power banks, like Anker PowerCore 13400, enables uninterrupted gameplay, opening doors for more on-the-go gaming opportunities.
2. Multi-device Power Banks - The trend of multi-device power banks, such as Anker PowerCore 13400, offers a more convenient charging solution for modern consumers who own multiple devices.
3. Optimized Charging Technology - The development of optimized charging technology, exemplified by the PowerIQ technology in Anker PowerCore 13400, streamlines the charging process and improves overall device performance.
Industry Implications
1. Gaming Accessories - The gaming accessory industry can benefit from the portable console power bank trend by developing new and innovative power banks tailored to gamers' needs.
2. Consumer Electronics - The consumer electronics industry can tap into the multi-device power bank trend by creating versatile and efficient charging products for consumers with multiple devices.
3. Charging Technology - The charging technology industry can leverage the trend of optimized charging technology by investing in research and development to create more sophisticated and efficient charging methods.