The Asome module is a headphone extension designed for wirelessly streaming and music listening from their existing cord earbuds. The device allows consumers to keep their existing media players and headphones they already enjoy using and simply transfer them into Bluetooth capable designs with an extra modular.
Spending the extra money to purchase wireless headphones can seem a bit foolish to some consumers that already have perfectly functional earbuds they use. The Asome allows consumers to convert the accessory to operate wireless and cord-free by attaching to the headphone's jack. Tech devices such as laptops, tablets and computers can then pair using a Bluetooth connection to the Asome and listen to their favorite music without a cord attachment. The Asome is also conveniently small and compact, fitting snuggly into the wearer's pocket.
Wireless Streaming Headphones
The Asome Module Uses Bluetooth to Listen and Stream Music
Trend Themes
1. Wireless Headphone Modules - Creating small Bluetooth modules that can attach to existing wired earbuds presents a disruptive innovation opportunity to convert traditional headphones into wireless ones.
2. Bluetooth Audio Adapters - Developing new devices that can convert traditional audio devices into Bluetooth-enabled ones presents a disruptive innovation opportunity in the audio accessory industry.
3. Modular Audio Accessories - Designing smaller and more portable modular accessories for converting traditional audio devices into wireless ones presents a disruptive innovation opportunity in the audio accessory industry.
Industry Implications
1. Audio Accessories - Creating versatile and affordable audio accessories presents a disruptive innovation opportunity in the audio accessory industry.
2. Consumer Electronics - Developing wireless audio solutions that are affordable and easy to use presents a disruptive innovation opportunity in the consumer electronics industry.
3. Wearable Technology - Integrating modular components into wearable technology that can expand the functionality of existing devices presents a disruptive innovation opportunity in the wearable technology industry.