Xmax Ppt 371t4c

A SEMINAR ON

xMax Presented By:-

Chougule Girish S. T.Y.B.Tech. 20090319 Under The Guidance of: Miss. Megha M. Kamble

Department of Electronics And Telecommunication Engineering Dr. Babasaheb Ambedkar Technological University, Lonere 2011-12

Introdution • Physical layer technology • Uses the ratio spectrum in a very efficient manner • Hybrid technology • delivering mobile voice over IP (VoIP) and broadband data services in the 902-928 MHz unlicensed band

Overview of xMAX • Leverages COTS end devices • Dynamic Spectrum Access (DSA) and advanced interference mitigation • Full cognitive networking capabilities • A single end-to-end IP network architecture

Working • allow more data to be transmitted on a single sine wave • uses frequency channels in the sub-gigahertz range

• has 20 times the range of Bluetooth

Network Structure • developed around commonly used and open Internet protocols including IP, RTP, UDP and IP

• based on “Identify And Utilize (IAU) techniques • reduces SIP overhead bandwidth from 400% to 66%

Network Architechure

The VoIP core contains the following elements • SIP Proxy Server • Media Gateway • SIP registrar

xMax Mobile Cellular Network

xMod

•bridges the COTS end device to the wideband transport layer •can deliver up to 3.5Mbps

xAP:

• acts as a compact, high-performance base station •can deliver up to 14 Mbps

xMSC •As both a base station controller and aggregation point for the connected xAPs •connected to the worldwide Internet •backbone network elemen

Capabilities 1. Integrated IP-based cellular network for voice, data, chat and video 2. Cognitive operation including DSA and interference mitigation

3. Extended range, reliability and throughput with low power consumption

4. Interference tolerance, frequency reuse and high link reliability 5. xMax s COTS end Devices 6. Network scalability and flexibility

ing xMax Feature 1.End-to-end IP architecture and shared spectrum optimization 2.Advanced cognitive sensing, signal and multi-spatial processing 3.Advanced antenna, PHY layer and software radio design

4.MIMO, powerful DSP processing and advanced software design

5.xMod protocol bridge

6.xAP clusters, transmit/receive synchronization and DSA

ADVANTAGES • Low cost • Rapid deployment • Installation flexibility • New bussiness opportunities

xMax against WiMax IEEE 802.16e Technology Assumptions

IEEE 802.16e

xMax

Frequency Band

2.5 GHz

902-928 MHz

Spectrum Used (MHz)

20

20

BTS Coverage Radius (Km)

0.953

2.3

Frequency Reuse

1x3x3

1x3x3

Duplexing Scheme

TDD

TDD

Summary • xMax cognitive radio cellular system • xMax incorporates several state-of-the-art and proprietary technologies • Allows to dynamically access and optimize available spectrum resources • end-to-end IP network architecture

References WWW.CONNECTED-ANALYSIS.COM WWW.FARPOINTGROUP.COM WWW.SALBAC.COM WWW.xGTECHNOLOGY.COM

THANK YOU