10/10/2014 1. 2 * Introduction * Network Evolution * Why Gi-Fi is used * Bluetooth & Wi-Fi * Architecture of Gi-Fi * Features / Advantages * Applications.

Slides:



Advertisements
Similar presentations
INTRODUCTION TO Wi-Fi TECHNOLOGY.
Advertisements

Wi-Fi Technology.
WORLDWIDE INTEROPERABILITY FOR MICROWAVE ACCESS
Wi-Fi Technology ARTI J JANSARI M.E.(C.S.E.):-1ST (E.C.)
New Spectrum for Public Radio Dennis Haarsager Northwest Public Radio Public Radio Conference May 16, 2002.
CHAPTER 7: LEARNING OUTCOMES
Smart Tracking: Usage of IPv6 in RFID System for Global Mobility
Fostering worldwide interoperabilityGeneva, July 2009 IEEE IP over Broadband Access in Support of Convergence Dr. W. Charlton Adams, President, IEEE.
How to Set Up, Secure and Manage A Network
Transmission media Term 2, 2011 Week 2.
Basic Computer Network. Connecting to the Internet Requirement  A computer or PDA or cell phone  An account with an ISP (Internet Service Provider)
Wireless Networks.
Wide Area Wi-Fi Sam Bhoot. Wide Area Wi-Fi  Definition: Wi-Fi (Wireless Fidelity) n. – popular term for high frequency wireless local area networks operating.
TYPES; 1. Analog Analog 2. ISDN ISDN 3. B-ISDN B-ISDN 4. DSL DSL 5. ADSL ADSL 6. SDSL SDSL 7. VDSL VDSL 8. CABLE CABLE 9. Wireless Wireless 10. T-1 lines.
1 Ultrawideband Contents Introduction Why Ultrawideband UWB Specifications Why is UWB unique Data Rates over range How it works UWB Characteristics Advantages.
for WAN (WiMax). What is WiMax? Acronym for Worldwide Interoperability for Microwave Access It’s the IEEE standard, first introduced in 2001, for.
WiMAX Presented By Ch.Srinivas Koundinya 118T1A0435.
Fundamental of wireless network.  Heinrich Hertz discovered and first produced radio waves in 1888 and by 1894 the modern way to send a message over.
Information Systems Today: Managing in the Digital World TB4-1 4 Technology Briefing Networking.
What is broadband Multiple broadband technologies Advantages DSL and DSLAM Types of DSL transmission Services through broadband Cable Modem Internet Access.
NEXT GENERATION WIRELESS TECHNOLOGY
IEEE & Priyanka Vanjani CST 554: Short Presentation ASU Id #
 Midterm 30%  Final 40%  LAB 15%  Assignment 15%  Text Book – Designing and Deploying n Wireless Networks  Jim Geier (ciscopress)
Computer Network Technology
By Omkar KiraniSridhara Chaitanya Sannapureddy Vivek Gupta 1.
ULTRAWIDEBAND TECHNOLOGY FOR CREATING A WIRELESS WORLD.
 Introduction  Components of Wi-Fi and its working  IEEE Architecture  Advantages and Limitations.
MAHARANA PRATAP COLLEGE OF TECHNOLOGY, GWALIOR
IEEE &
BZUPAGES.COM. Presented To: Sir Taimoor sb Presented By: M.Sheraz Anjum Bukhtyar Ali Khurram Shahzad BS(IT)5 th.
{ Transmission Media.  Information can be transmitted through a medium by varying some physical property.  The physics of the universe places some limits.
1. Outlines Introduction What is Wi-Fi ? Wi-Fi Standards Hotspots Wi-Fi Network Elements How a Wi-Fi Network Works Advantages and Limitations of Wi-Fi.
MASNET GroupXiuzhen ChengFeb 8, 2006 Terms and Concepts Behind Wireless Communications.
Wireless Data Transmission. For wireless data transmission to occur you need three things A transmitter A receiver A wireless channel –The higher the.
Wireless Telecommunications Networks personal area network (PAN) A wireless telecommunications network for device-to-device connections within a very short.
Lesson 4—Networking BASICS1 Networking BASICS Network Architectures Unit 2 Lesson 4.
Copyright © 2006 by The McGraw-Hill Companies, Inc. All rights reserved. McGraw-Hill Technology Education Chapter 7B Data Communications.
Topic : 4.0 WIRELESS TECHNOLOGIES.  Wireless networks utilize radio waves and/or microwaves to maintain communication channels between computers. Wireless.
“A TECHNOLOGY WHICH MAY OVERWRITE BLUETOOTH” BY V.BHEEM REDDY BTech(CSE) 07K91A0511.
GI-FI TECHNOLOGY PRESENTED BY, PRESENTED BY, Teena Mariam Mathew Rollno : 42 Rollno : 42 C6 C6.
THE EMERGING TECHNOLOGY IN WIRELESS COMMUNICATION.
Submitted By:- Raushan Kr. Chaurasiya(68) Santu Thapa(75) Satyanarayan Prajapat(76)
PRESENTATION ON. What is a Wi-Fi Hotspot? A Wi-Fi hotspot is location or access point where you can access wireless broadband using a wireless enabled.
Network media, protocols and networking standards, networking hardware.
BY….. SU BMITTED TO… MANVENDRA SINGH Mr. R.A. AGARWALA B.TECH (3 rd YEAR) Mrs. SHILPI PATIL ELECTRONICS & COMM. B.B.D.I.T GHAZIABAD.
4G Wireless Technology Prepared by K.Sai Kumar Yadav 07K81A0584.
A Technical Seminar Presentation on WIMAX ( Worldwide Interoperability for Microwave Access ) BY M.K.V HARSHA VARDHAN REDDY-07K81A0440.
Objective of this Presentation To understand what is Wi-Fi and what is Bluetooth. Difference between Bluetooth and Wi-Fi.
Wi-Fi Technology.
Table 1. The Comparison of Li-Fi & Wi-Fi & WiMAX and Bluetooth
Gi-Fi Technology.
“An Eye View On the Future Generation Of Phones”
Physical Transmission
Chapter 4 Computer Networks – Part 2
4G-WIRELESS NETWORKS PREPARED BY: PARTH LATHIGARA(07BEC037)
Wireless Fidelity 1 1.
Wireless Networks (CNET - 333)
Gi-Fi Technology.
WIMAX TECHNOLOGY Submitted By: Pratyush Kumar Sahu ECE-F
Ultrawideband Contents
Ultra Wideband Technology
Networks, telecommunications
Wi-Fi Technology.
DIFFERENT TYPES OF INTERNET CONNECTIONS.
Overview & Applications
Overview & Applications
Networks, telecommunications
Wireless networking Rytis Garbauskas.
A Technology With Salient Features
Presentation transcript:

10/10/2014 1

2 * Introduction * Network Evolution * Why Gi-Fi is used * Bluetooth & Wi-Fi * Architecture of Gi-Fi * Features / Advantages * Applications * Technology Considerations * Conclusion

10/10/  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 allows wireless transfer of audio and video data up to 5 gigabits per second.  Gi-Fi is ten times the current maximum wireless transfer rate usually within a range of 10 meters.

10/10/ CablesOptical Fiber Wireless Access Bluetooth Wi-F i Wimax Gi-Fi

10/10/  The reason for pushing into Gi-Fi technology is because of  slow rate,  high power consumption,  low range of frequency operation  of earlier technologies i.e. bluetooth and wi-fi.

10/10/2014 6

7  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.

10/10/  The core component of a Gi-Fi system is the subscriber station.  It supports standard of IEEE C Wireless PAN  An C based system often uses small antenna at the subscriber station.  It supports line of sight operation.

10/10/ * It transmits multiple signals simultaneously across the wireless transmission paths within separate frequencies to avoid interference. It uses ultra wide band Which consists of : 1. High bit rate 2. High security 3. Faster data transmission GIGABIT WIRELESS PAN NETWORKS

10/10/  High speed of data transfer  Low power consumption  High security  Cost effective  Small size  Quick deployment  Highly portable, high mobility

10/10/ 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.

4. Inter-vehicle communication system : 10/10/

 Due to less cost of chip so many companies are looking forward to launch with lower cost.  Specifically, Wireless HD has a stated goal of enabling wireless connectivity for streaming High definition content between source devices and high-definition displays. 10/10/

 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. 10/10/

10/10/