GiFi Technology

GiFi stands for Gigabyte fidelity, it is wireless first trans receive integrated o single chip. that operate 60 GHz o the CMOS process. GiFi transfer of large videos, files can be done within seconds. GiFi is a new latest technology that operates on the 60GHz frequency band, which and is manufactured using existing complementary metal-oxide technology, the name of the system that is currently used to print silicon chips. 

Why the use of GiFi?

The reason for pushing into GiFi technology because 
  • Slow rate
  • High power consumption
  • The low range of frequency operation

Some key features of  GiFi are listed below:

  • High speed of data transfer
  • Small size
  • GiFi technology is simple.
  • Quick deployment
  • Highly portable
  • High mobility
  • Provide a better coverage area
  • Low power consumption
  • High security
  • Cost-effective
  • Eliminating the cable
  • Low-cost chip
  • Better transfer rate

Advantages of GiFi:

  • It offers a very high data rate at lower interference.
  • The device is very cost-effective.
  • This device consumes very low power.
  • The GiFi chip is very small in size. Hence devices are also available in small sizes.
  • The deployment of the GiFi network and that devices do not take much time. This system is very fast and also easy to install the GiFi network. 
  • It supports both service level and also link-level security and hence it offers more security.
  • In GiFi technology secure encryption technology used to ensures privacy and for security content.
  • It is used for high-speed data transfer.
  • This device is highly portable, high mobility.
  • The data transfer rate of GiFi is 5-gigabit per second which is higher than other technologies like WiFi, LiFi. 
  • GiFi gives simple connection, improve the consumer experience, Also it highly portable,  be constructed everywhere.
  • GiFi provides multimegabit wireless technology that is 100 times faster than short-range wireless technology such as Bluetooth technology and WiFi.

Disadvantages of GiFi:

  • It supports a short distance of about 10 meters due to high attenuation.
  • When we have used this system, the GiFi technology signal is easily blocked by objects due to lesser operating wavelength.
  • It is less secure compared to LiFi technology.

Here some applications of GiFi are listed below:

  • It can connect your household things.
  • You can easily connect your smartphone to your HD television, PC, laptop, printers, etc
  • Efficient transfer of data from digital camcorders.
  • As the transfer data at high speed that made work is too much easy.
  • We can transfer the speed of Gbps.
  • The intelligent community uses it for high-security communications.
  • Easy and immediate construction of temporal broadcast networks such as in sports stadiums for the advertisement of information can be possible.
  • This technology can be effectively used in the inter-vehicle communication system. Adhoc information distribution with a point to point network extension.
  • The data exchange between vehicles is made possible by ad-hoc networks, MAC wireless PAN and many other applications.
  • RTS/CTS signals are not used in GiFi technology, unlike WiFi the use of standards.
GiFi stands for Gigabyte fidelity, it is wireless first trans receive integrated o single chip. that operate 60 GHz o the CMOS process. GiFi transfer of large videos, files can be done within seconds. GiFi is a new latest technology that operates on the 60GHz frequency band, which and is manufactured using existing complementary metal-oxide technology, the name of the system that is currently used to print silicon chips. 

Why the use of GiFi?

The reason for pushing into GiFi technology because 
  • Slow rate
  • High power consumption
  • The low range of frequency operation

Some key features of  GiFi are listed below:

  • High speed of data transfer
  • Small size
  • GiFi technology is simple.
  • Quick deployment
  • Highly portable
  • High mobility
  • Provide a better coverage area
  • Low power consumption
  • High security
  • Cost-effective
  • Eliminating the cable
  • Low-cost chip
  • Better transfer rate

Advantages of GiFi:

  • It offers a very high data rate at lower interference.
  • The device is very cost-effective.
  • This device consumes very low power.
  • The GiFi chip is very small in size. Hence devices are also available in small sizes.
  • The deployment of the GiFi network and that devices do not take much time. This system is very fast and also easy to install the GiFi network. 
  • It supports both service level and also link-level security and hence it offers more security.
  • In GiFi technology secure encryption technology used to ensures privacy and for security content.
  • It is used for high-speed data transfer.
  • This device is highly portable, high mobility.
  • The data transfer rate of GiFi is 5-gigabit per second which is higher than other technologies like WiFi, LiFi. 
  • GiFi gives simple connection, improve the consumer experience, Also it highly portable,  be constructed everywhere.
  • GiFi provides multimegabit wireless technology that is 100 times faster than short-range wireless technology such as Bluetooth technology and WiFi.

Disadvantages of GiFi:

  • It supports a short distance of about 10 meters due to high attenuation.
  • When we have used this system, the GiFi technology signal is easily blocked by objects due to lesser operating wavelength.
  • It is less secure compared to LiFi technology.

Here some applications of GiFi are listed below:

  • It can connect your household things.
  • You can easily connect your smartphone to your HD television, PC, laptop, printers, etc
  • Efficient transfer of data from digital camcorders.
  • As the transfer data at high speed that made work is too much easy.
  • We can transfer the speed of Gbps.
  • The intelligent community uses it for high-security communications.
  • Easy and immediate construction of temporal broadcast networks such as in sports stadiums for the advertisement of information can be possible.
  • This technology can be effectively used in the inter-vehicle communication system. Adhoc information distribution with a point to point network extension.
  • The data exchange between vehicles is made possible by ad-hoc networks, MAC wireless PAN and many other applications.
  • RTS/CTS signals are not used in GiFi technology, unlike WiFi the use of standards.

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