'HYPER,' the United States-based docking station brand, recently announced the general availability of its two new HyperJuice 245-watt power banks. The company previously crowdfunded the HyperJuice power banks, with the IndieGoGo campaign attracting more than 5,000 backers totaling more than $1 million USD invested.
The two HyperJuice power banks are industry-firsts, delivering unparalleled amounts of power while on the go. The two chargers are the 245W Gallium Nitride (GaN) desktop charger than the 245W USB-C battery pack. The desktop charger features four 100w USB-C PD ports, while the USB-C battery pack features two 100W ports and two 65W PD ports. Each charger is available now from HYPER at an MSRP of $199.99 for the desktop charger and $249.99 for the mobile power bank.
Industry-Leading Power Banks
Hyper Launched Two High-End 'HyperJuice' Banks for Public Consumption
Trend Themes
1. Gan Technology in Power Banks - The use of Gallium Nitride in power banks signals an opportunity for tech companies to further innovate in the mobile charging space.
2. High Power Output for Portable Chargers - The release of these high-output power banks presents an opportunity for companies in the electronics industry to develop and market even higher-output portable chargers.
3. Crowdfunding for Tech Products - The success of the HyperJuice crowdfunding campaign suggests that there is ample opportunity for tech companies to leverage crowdfunding platforms to support the development of new products.
Industry Implications
1. Portable Electronics - The portable electronics industry could benefit from the development of compact and high-output charging options like the HyperJuice power banks.
2. Crowdfunding Platforms - The success of the HyperJuice crowdfunding campaign demonstrates the potential for crowdfunding platforms to support the development and launch of new tech products.
3. Electric Vehicles - The release of powerful portable chargers like the HyperJuice power banks presents an opportunity for companies in the electric vehicle industry to develop more efficient and compact charging options for use on the go.