The conceptual 'SNOOZE' bedside table has been designed by Subin Cho as a multifunctional furniture solution for the modern consumer that would work to keep them connected without losing sight of style needs. The unit makes use of resonant wireless charging technology that will provide power to any compatible device within 50cm and can support up to six devices at a time. The top section would allow for all devices to rest comfortably and stay within reach, while a swipe bar on the side would enable users to adjust the brightness level of the built-in light.
The conceptual 'SNOOZE' bedside table maintains a modern aesthetic that would look right at home in the average bedroom and is imagined for the year 2023 when the technology it uses would become more widespread.
Wireless Charger Bedside Tables
The Conceptual 'SNOOZE' Bedside Table Passively Provides Power
Trend Themes
1. Resonant Wireless Charging Furniture - Opportunity for furniture companies to incorporate resonant wireless charging technology into their designs to offer multifunctional, tech-savvy solutions for modern consumers.
2. Multi-device Charging - Opportunity for tech companies to create charging stations that can support multiple devices at once, eliminating the need for consumers to have multiple chargers.
3. Integrated Smart Lighting - Opportunity for companies to integrate smart lighting into their furniture designs, allowing consumers to adjust brightness levels without the need for a separate device.
Industry Implications
1. Furniture Design - Furniture companies can innovate by incorporating new technologies such as resonant wireless charging to create multifunctional and stylish furniture solutions.
2. Consumer Electronics - Tech companies can innovate by creating charging stations that can support multiple devices at once, reducing the number of chargers a consumer needs to have.
3. Smart Lighting - Companies can innovate by integrating smart lighting into their products, providing consumers with convenient and customizable lighting solutions.