This Tiny Television Antenna Doesn't Compromise On Signal Quality
Rahul Kalvapalle — March 31, 2016 — Tech
References: alphagalileo.org & gizmag
A group of researchers and engineers working out of the University of Morelos over in Mexico have developed an incredible television antenna that measures in at only 11 cm long, 6.5 cm wide and 6 mm thick, besides weighing in at only 12 grams.
Without a doubt the smallest television antenna ever created, this antenna assumes a compact rectangular form that allows it to contain a number of tiny antennas. It can easily be affixed to a roof and can operate in low temperatures. Indoors, it can be used without attachments and can be fed through a signal splitter to connect to multiple television sets. Incredibly, it doesn't even require electricity to work.
This supremely compact television antenna is set to revolutionize television hardware by adding extra convenience while working just as well as conventional antennas.
Without a doubt the smallest television antenna ever created, this antenna assumes a compact rectangular form that allows it to contain a number of tiny antennas. It can easily be affixed to a roof and can operate in low temperatures. Indoors, it can be used without attachments and can be fed through a signal splitter to connect to multiple television sets. Incredibly, it doesn't even require electricity to work.
This supremely compact television antenna is set to revolutionize television hardware by adding extra convenience while working just as well as conventional antennas.
Trend Themes
1. Micro Antenna - The development of a tiny television antenna creates opportunities for further miniaturization of TV hardware.
2. Wireless Antenna - An antenna that doesn't require electricity to work can lead to the development of wireless televisions.
3. Energy Efficiency - The use of electricity-free antennas could pave the way for more energy-efficient hardware in the television industry.
Industry Implications
1. Television - The creation of a micro antenna has the potential to disrupt the television industry and change the way people watch TV.
2. Consumer Electronics - The development of super compact and energy-efficient antennas could lead to the creation of new types of consumer electronics.
3. Communication Technology - The miniaturization and wireless capabilities of this antenna could inspire further innovation in communication technology industries.
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