Gi-Fi is a wireless technology that provides data transfer rates of over 1 billion bits (1 gigabit) per second. It was developed by Professor Stan Skafidas in Australia to allow high-speed transfer of audio and video wirelessly up to 5 gigabits per second. Gi-Fi uses an ultra wide band architecture with integrated transceiver chips to transmit multiple signals simultaneously across separate frequencies for interference avoidance and faster data transmission rates than existing wireless technologies like Bluetooth and Wi-Fi, while achieving lower power consumption. Potential applications of Gi-Fi include wireless transfer for household appliances, office devices, video broadcasting, and inter-vehicle communication systems.

1. PRESENTED BY :
Vekariya Daxesh
Exam No : 1357

2.  Introduction
 Network Evolution
 Why Gi-Fi
 Architecture of Gi-Fi
 Comparison between Bluetooth ,Wi-Fi & Gi-Fi
 Features / Advantages
 Applications
 Technology Considerations
 Conclusion
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3.  Gi-Fi or Gigabit Wireless refers to a wireless communication at a
data rate of more than one billion bits(gigabit)per second.
 Gi-Fi allows wireless transfer of audio and video data up to 5
gigabits per second.
 By 2004 some trade press used the term ″ GI – FI ″ refer to faster
version of the IEEE 802.111 standards marketed by under the
trademark Wi-Fi
 It was developed Professor Stan Skafidas at the National
Information And Communication Technology Research Center in
MELBOURNE,AUSTRALIA
Transfer Data Within an indoor Environment usually within a
range of 10ms.
Stan Skafidas

4. NETWORK EVOLUTION
4
Cables Optical Fiber
Wireless Access
Bluetooth
Wi-Fi
19th
centuary

5. WHY GiFi?
The common Wireless technologies
currently used are :
• Bluetooth
• WiFi
Both are having power consumptions
5mw and 10mw
 Slow Rate
High Power Consumption
Low Range Of Frequency Operation
of Earlier technologies.
So, to have higher data
transfer rate at lower power
consumption we move onto Gi-
Fi technology
* World First Transceiver
integrated on single chip.

6. Architecture of Gi-Fi :
 The core components of a GI-FI system is the
subscriber station which available to several access
points.
 It is supports standards of IEEE 802.15.3C
Wireless PAN.
 The wireless span is computer network used for
communication among computer devices (including
telephones and personal digital assistants) close to
one person
 An 802.15.3c based system often uses small antenna
at the subscriber station. The antenna is mounted on
the roof. It supports line of sight operation.

7. Gigabit wireless:
The Gi-Fi integrated wireless transceiver
chip,developed at the National ICT
Research Centre, Australia.

8. 8

9. It transmits multiple signals
simultaneously across the
wireless transmission paths
within separate frequencies to
avoid interference.
It uses ultra wide band
Which consists of :
 High bit rate
 High security
 Faster data transmission
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GIGABIT WIRELESS PAN NETWORKS

10. 1. Household appliances :
It makes the wireless home and office of
the future.
2. Office appliances :
As it transfers data at high speeds that
made work very easy .
3. Video information transfer:
We can transfer at a speed of gbps.

11. 4. Inter-vehicle communication
system:
5. Broadcasting video signal
transmission system in sports
stadium:

12.  Use of Time Division Duplex for both
transmission and receiving.
 Conversion of data from IF range to RF60Ghz
range
 The incoming RF signal is first down converted to
an IF signal centered at 5 GHz and then to normal
data ranges.
 Then use heterodyne principle for this process to
avoid leakages.
 And then data is transferred.
Working of Gi-Fi

13. High bit rate:
5 gigabits persecond, easily
swapping video,audio,data
files
Power consumption:
2 watt power compared to 10
watt power
Security:
uses IEEE 802.15.3c standards
ATTRACTIVE FEATURES

14. Small size:
5mm perside
1mm antenna at bottom
uses 60Ghz millimetre wave spectrum
Easily Installed
Less Cost:
10$ per chip

15.  The bit rates of Bluetooth is 800 Kbps and Wi-Fi has
11 Mbps
 Both are having power consumptions 5mw and
10mw
 The lower frequency of operation 2.4GHz.
so, to have higher data transfer rate at lower power
consumption we move onto Gi-Fi technology.
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16.  The Gi-Fi integrated transceiver chip is may be launched by
starting of next year by NICTA,Australia will be first .
 Due to less cost of chip so many companies are forward to launch
with lower cost.
The potential of mw-WPAN for ultra fast data exchange has prompted
companies like Intel, LG, Matsushita (Panasonic), NEC, Samsung,
SiBEAM, Sony and Toshiba to form Wireless HD, an industry-led
effort to define a specification for the next generation consumer
electronics products.
TECHNOLOGY CONSIDERATIONS :

17. CONCLUSION :
 Within five years, we expect Gi-Fi to be the
dominant technology for wireless networking.
 which will develop wire less home and
office of future.
 If the success of Wi-Fi and the imminent
wide usage of WiMAX is any indication, Gi-Fi
potentially can bring wireless broadband to the
enterprise in an entirely new way.

18. Thank You…