The Karaoke Mute Mic Lets You Sing to Yourself All Night Long
Tisah Tucknott — August 10, 2009 — Art & Design
References: random-good-stuff & gearfuse
If you know you have a terrible singing voice, and don’t want to disturb the people around you with noises that sound like a dying cat, then the Karaoke Mute Mic might be your answer.
The unique microphone allows you to keep singing to yourself all night long, and protects your voice from escaping the walls of its custom design. The mic allows you to keep your voice to yourself by streaming the noise through a pair of headphones.
What a great gadget for anger management too!
The unique microphone allows you to keep singing to yourself all night long, and protects your voice from escaping the walls of its custom design. The mic allows you to keep your voice to yourself by streaming the noise through a pair of headphones.
What a great gadget for anger management too!
Trend Themes
1. Silent Microphones - The trend of developing microphones which capture sound but do not make any noise while in use presents a new product development opportunity for the audio technology industry.
2. Personalized Audio Experience - The trend of using headphones to create a personalized audio experience presents opportunities for marketers to develop new products and services that cater to individual preferences.
3. Smart Microphone Technology - The trend of integrating microphone technology with artificial intelligence and machine learning presents opportunities for the technology industry to create intelligent audio devices and systems.
Industry Implications
1. Audio Technology - The audio technology industry can benefit by developing sound-less microphones to cater to customers who require personalized audio experience.
2. Consumer Electronics - The consumer electronics industry can develop headphone accessories that provide an immersive audio experience to customers who enjoy singing karaoke in private.
3. Artificial Intelligence - The artificial intelligence industry can explore the use of machine learning to build smart microphone systems that can help users improve their singing capabilities.
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