This Futuristic Microwave Uses Solid-State Radio Frequency Technology
Katherine Pendrill — June 24, 2015 — Art & Design
References: businesswire & mashable
'Freescale Semiconductor' recently debuted a new concept microwave that uses solid-state radio frequency technology to cook meals. While placing leftovers in the microwave often means sacrificing flavor, this new microwave would ensure that your food comes out tasting just as good as if it were freshly cooked.
The use of solid-state radio frequency technology would give users greater power to control where, when and how much heat is being directed onto their food. This increased level of control would help to prevent overcooking and also preserve the nutrients that are often destroyed in traditional microwaves. The new Freescale Semiconductor appliance would also be able to heat up food at different intensities, allowing users to cook multiple dishes at once. The device may even be connected to the Internet so that it could adapt to the cooking preferences of the user.
Currently the futuristic microwave is just a concept, but the company does plan to continue testing the new technology and improving our current kitchen appliances.
The use of solid-state radio frequency technology would give users greater power to control where, when and how much heat is being directed onto their food. This increased level of control would help to prevent overcooking and also preserve the nutrients that are often destroyed in traditional microwaves. The new Freescale Semiconductor appliance would also be able to heat up food at different intensities, allowing users to cook multiple dishes at once. The device may even be connected to the Internet so that it could adapt to the cooking preferences of the user.
Currently the futuristic microwave is just a concept, but the company does plan to continue testing the new technology and improving our current kitchen appliances.
Trend Themes
1. Solid-state Radio Frequency Technology for Cooking - This technology presents an opportunity for companies to create innovative and precise cooking devices with user control.
2. Nutrient-preserving Kitchen Appliances - Companies can create innovative nutrient-preserving devices such as microwaves that can preserve the taste, texture, and nutrients of food.
3. Smart and Connected Cooking Appliances - Opportunities exist in the creation of new Internet-connected cooking devices that adapt to individual cooking preferences and create personalized experiences.
Industry Implications
1. Kitchen Appliance Industry - Companies can enter or expand in the kitchen appliance industry by designing unique, high-performance microwaves and other cooking appliances that utilize solid-state radio frequency technology.
2. Food Industry - Food manufacturers can partner with companies to produce microwaveable foods that are designed for nutrient preservation and taste retention.
3. Smart Home and Iot Industry - Companies can explore the integration of smart home technology and Internet of Things (IoT) into kitchen appliances, creating a new line of smart and connected cooking appliances.
4.6
Score
Popularity
Activity
Freshness
