2. Introduction
Gi-Fi stands for Gigabit Wireless.
Worlds first transceiver integrated on a single chip.
It operates at 60 GHz on the CMOS process.
Allows wireless transfer of audio and video data at
upto 5 GB per second.
Gi-Fi has ten times the current maximum wireless
transfer rate usually within a range of 10 meters.
5. Why Gi-Fi ?
The common Wireless technologies currently used
are:
Bluetooth
Wi-Fi
The disadvantages of existing technologies; ie
Slow rate.
High power consumption.
Low range of frequency operation.
gave invention to this new technology.
6. Disadvantages of
Bluetooth & Wi-Fi
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.
7. Architecture of Gi-Fi
The core component of a Gi-Fi system is the
subscriber station .
It supports standard of IEEE 802.15.3C Wireless
PAN.
An 802.15.3C based system often uses small
antenna at the subscriber station.
It supports line of sight operation.
8. Features of 802.15.3C
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.
9. Applications
In wireless PAN networks.
Inter-vehicle communication system.
Household appliances.
Office appliances.
Video information transfer.
11. Advantages
High speed of data transfer.
Low power consumption.
High security.
Cost effective.
Small size.
Quick deployment.
Highly portable, high mobility.
12. Conclusion
Due to less cost of chip so many companies are
looking forward to launch with lower cost.
Within five years, we expect Gi-Fi to be the dominant
technology for wireless networking.
Gi-Fi can bring wireless broadband to the enterprise
in an entirely new way.