12-10-2016, 02:52 PM
[attachment=72933]
Abstract---Wireless technology
improvement has become follower in
today’s modern life. One of the
greatest improvements made on wireless
technology field was inventing a new
Wireless Technology (Gi-Fi). Gi-Fi or
Gigabit Wireless is the world’s first
transceiver integrated on a single chip that
operates at 60GHz on the CMOS process.
Gi-Fi is a wireless transmission system which
is ten times faster than Wi-Fi and it’s
chip delivers short-range multi-gigabit data
transfer in an indoor environment. It will
allow wireless transfer of audio and video
data up to 5 gigabits per second, low power
consumption, usually within a range of 10
meters .This technology providing low-cost,
high broadband access, with very high speed
large files exchange within seconds. It is
required that Gi-Fi to be the preferred next
generation wireless technology used in home
and offices.
INTRODUCTION
Melbourne University researchers have achieved
up to 5Gbps data transfer rates on a wireless
chip. This is a lot faster than any current
Wi-Fi speeds. The world's first Gi-Fi wireless
network chip developed at Australia's peak
federal technology incubator has entered its
commercialisation phase.
The NICTA (National ICT Australia Limited)
Gi-Fi research team has succeeded in taking
complex 60GHz transmission technology and
shrinking it to the point where it can be built on a
single silicon chip. The NICTA team‟s
expertise in wireless transmission technology
means this technology is now at the point where
it can have a dramatic impact on the way
consumer electronic devices are used in the
home. The GiFi chip is a good news for personal
area networking because there is no internet
infrastructure available to cop it with. It can have
a span of 10 meters. With the help of Gi-Fi
chips the videos sharing can be possible
without any hurdles. The Gi-Fi chip is one of
Australia's most lucrative technology. Gi-Fi
or Gigabit Wireless is the world‟s first
transceiver
integrated on a single chip that operates at
60GHz on the CMOS process. Gi-Fi is a
wireless transmission system which is ten times
faster than Wi-Fi and it‟s chip
A. Cable
delivers short-range multi-gigabit data
transfer in an indoor environment.
It will allow wireless transfer of audio and
video data up to 5 gigabits per second, low
power consumption, usually within a range of 10
meters. The size of the Gi-Fi chip is 5×5
millimetre and can be placed
in different devices such as mobile
phones. The best part about this new
technology Gi-Fi is its cost effectiveness
and power consumption, it only Fig.2 Cable
consumes 2 watts of power for its
operation with antenna (1mm) included
and the development of Gi-Fi chip costs
approximately $10 (Rs380) to manufacture.
II. NETWORK EVOLUTION
The Fig.1 characterize the network
evolution which gives the abbreviation
of the paper.
C. Faster Data Transmission
Gi-Fi is a wireless transmission system which is
ten times faster than Wi-Fi and it‟s chip delivers
short-range multi-gigabit data transfer in an indoor
environment. It will allow wireless transfer of
audio and video data up to 5 gigabits per second.
D. Low Power Consumption
As the large amount of information transfer it
utilizes mili-watts of power only. Power
consumption of the present technologies such as
Wi-Fi and Bluetooth are 5mili watts and 10mili
watts but chip of Gi-Fi uses a tiny onemillimetre-wide
antenna and it has less than 2mili
watts of power consumption that in compare to the
current technologies is very less.
E. Security
Gi-Fi technology is based on IEEE
802.15.3C and this standard provides more
security since it provides optional security in
the link level and service level. Point-to-point
wireless systems operating at 60 GHz have been
used for many years by the intelligence
community for high security communications
and by the military for satellite-to satellite
communications.
V. APPLICATION OF GI-FI
If all the computers in your house are
connected to a Gi-Fi network, you can easily
connect your smart phone to the same network
and control them. Consumers could typically
download a high definition movie from a kiosk
in a matter of seconds to music player or
smart phone and having got home could play it
on a home theatre system or store
it on a home server for future viewing, again
within a few seconds, high speed internet access,
streaming content download (video on demand,
HDTV, home theatre, etc.), real time
streaming and wireless data bus for cable
replacement. It makes the wireless home and
office of the future. There's no reason to
have five different printers in your house just so
you can print in any room. Instead of constantly
plugging and unplugging the printer from your
laptop, you can print wirelessly from any
computer. By using present technologies video
swapping takes hours of time, whereas by this
we can transfer at a speed of Gbps. Data
transfer rate is same for transfer of information
from a PC to a cell or a cell to a PC. It can
enable wireless monitors, the efficient transfer
of data from digital camcorders, wireless printing
of digital pictures from a camera without the
need for an intervening personal computer and
the transfer of files among cell phone
handsets and other handheld devices like
personal digital audio and video players.
VI. CONCLUSIONS
Without doubt, Gi-Fi wireless technology
represents a considerable improvement if
compared to the existing technology. The new
technology provides innumerable features that
improve both the overall functionality as well as
some specific security functions. Thus we
conclude by all above gaining information that
Gi-Fi wireless technology is advance in many
matter by the existing wireless technology. GiFi
technology is defined that will allow
wireless transfer of audio and video data up to 5
gigabits per second, ten times the current
maximum wireless transfer rate, at one-tenth of
the cost, usually within a range of 10 meters
that operates at
60GHz on the CMOS process. This technology
removes cables that for many years curled the world and provides high
speed data transfer rate. Finally, I would like
to state that even though Gi-Fi wireless
network technology
Abstract---Wireless technology
improvement has become follower in
today’s modern life. One of the
greatest improvements made on wireless
technology field was inventing a new
Wireless Technology (Gi-Fi). Gi-Fi or
Gigabit Wireless is the world’s first
transceiver integrated on a single chip that
operates at 60GHz on the CMOS process.
Gi-Fi is a wireless transmission system which
is ten times faster than Wi-Fi and it’s
chip delivers short-range multi-gigabit data
transfer in an indoor environment. It will
allow wireless transfer of audio and video
data up to 5 gigabits per second, low power
consumption, usually within a range of 10
meters .This technology providing low-cost,
high broadband access, with very high speed
large files exchange within seconds. It is
required that Gi-Fi to be the preferred next
generation wireless technology used in home
and offices.
INTRODUCTION
Melbourne University researchers have achieved
up to 5Gbps data transfer rates on a wireless
chip. This is a lot faster than any current
Wi-Fi speeds. The world's first Gi-Fi wireless
network chip developed at Australia's peak
federal technology incubator has entered its
commercialisation phase.
The NICTA (National ICT Australia Limited)
Gi-Fi research team has succeeded in taking
complex 60GHz transmission technology and
shrinking it to the point where it can be built on a
single silicon chip. The NICTA team‟s
expertise in wireless transmission technology
means this technology is now at the point where
it can have a dramatic impact on the way
consumer electronic devices are used in the
home. The GiFi chip is a good news for personal
area networking because there is no internet
infrastructure available to cop it with. It can have
a span of 10 meters. With the help of Gi-Fi
chips the videos sharing can be possible
without any hurdles. The Gi-Fi chip is one of
Australia's most lucrative technology. Gi-Fi
or Gigabit Wireless is the world‟s first
transceiver
integrated on a single chip that operates at
60GHz on the CMOS process. Gi-Fi is a
wireless transmission system which is ten times
faster than Wi-Fi and it‟s chip
A. Cable
delivers short-range multi-gigabit data
transfer in an indoor environment.
It will allow wireless transfer of audio and
video data up to 5 gigabits per second, low
power consumption, usually within a range of 10
meters. The size of the Gi-Fi chip is 5×5
millimetre and can be placed
in different devices such as mobile
phones. The best part about this new
technology Gi-Fi is its cost effectiveness
and power consumption, it only Fig.2 Cable
consumes 2 watts of power for its
operation with antenna (1mm) included
and the development of Gi-Fi chip costs
approximately $10 (Rs380) to manufacture.
II. NETWORK EVOLUTION
The Fig.1 characterize the network
evolution which gives the abbreviation
of the paper.
C. Faster Data Transmission
Gi-Fi is a wireless transmission system which is
ten times faster than Wi-Fi and it‟s chip delivers
short-range multi-gigabit data transfer in an indoor
environment. It will allow wireless transfer of
audio and video data up to 5 gigabits per second.
D. Low Power Consumption
As the large amount of information transfer it
utilizes mili-watts of power only. Power
consumption of the present technologies such as
Wi-Fi and Bluetooth are 5mili watts and 10mili
watts but chip of Gi-Fi uses a tiny onemillimetre-wide
antenna and it has less than 2mili
watts of power consumption that in compare to the
current technologies is very less.
E. Security
Gi-Fi technology is based on IEEE
802.15.3C and this standard provides more
security since it provides optional security in
the link level and service level. Point-to-point
wireless systems operating at 60 GHz have been
used for many years by the intelligence
community for high security communications
and by the military for satellite-to satellite
communications.
V. APPLICATION OF GI-FI
If all the computers in your house are
connected to a Gi-Fi network, you can easily
connect your smart phone to the same network
and control them. Consumers could typically
download a high definition movie from a kiosk
in a matter of seconds to music player or
smart phone and having got home could play it
on a home theatre system or store
it on a home server for future viewing, again
within a few seconds, high speed internet access,
streaming content download (video on demand,
HDTV, home theatre, etc.), real time
streaming and wireless data bus for cable
replacement. It makes the wireless home and
office of the future. There's no reason to
have five different printers in your house just so
you can print in any room. Instead of constantly
plugging and unplugging the printer from your
laptop, you can print wirelessly from any
computer. By using present technologies video
swapping takes hours of time, whereas by this
we can transfer at a speed of Gbps. Data
transfer rate is same for transfer of information
from a PC to a cell or a cell to a PC. It can
enable wireless monitors, the efficient transfer
of data from digital camcorders, wireless printing
of digital pictures from a camera without the
need for an intervening personal computer and
the transfer of files among cell phone
handsets and other handheld devices like
personal digital audio and video players.
VI. CONCLUSIONS
Without doubt, Gi-Fi wireless technology
represents a considerable improvement if
compared to the existing technology. The new
technology provides innumerable features that
improve both the overall functionality as well as
some specific security functions. Thus we
conclude by all above gaining information that
Gi-Fi wireless technology is advance in many
matter by the existing wireless technology. GiFi
technology is defined that will allow
wireless transfer of audio and video data up to 5
gigabits per second, ten times the current
maximum wireless transfer rate, at one-tenth of
the cost, usually within a range of 10 meters
that operates at
60GHz on the CMOS process. This technology
removes cables that for many years curled the world and provides high
speed data transfer rate. Finally, I would like
to state that even though Gi-Fi wireless
network technology