Presentation is loading. Please wait.

Presentation is loading. Please wait.

UW Madison WiMAX o Location  City-County building near the capitol  2608-2640.5 MHz frequency range Airspan Base station for spiral 3 o FCC Licence 

Published byRodger Woods Modified over 9 years ago

Similar presentations

Presentation on theme: "UW Madison WiMAX o Location  City-County building near the capitol  2608-2640.5 MHz frequency range Airspan Base station for spiral 3 o FCC Licence "— Presentation transcript:

1 UW Madison WiMAX o Location  City-County building near the capitol  2608-2640.5 MHz frequency range Airspan Base station for spiral 3 o FCC Licence  Approved with callsign WF2XXF  In effect until 03/30/2013  Frequency range 2568-2578

2 UW Madison WiMAX Backhaul o DoIT will provide switch for the CCB o Data will be sent through MUFN project to Computer Science building Mobility and handover o Use Teltonika device – only one able to connect to Cisco and NEC o Cisco between both base stations, possible handover opportunity from NEC Cisco Airspan Planned Experiments (WiMAX) o Madison Metro (Bus Watch) on demand offload o Madison police and Madison fire department connectivity

3 UW Madison WiMAX Connect to I2 o Access to ION through CIC OmniPoP Add OMF/OML o http://128.105.22.238/index.php http://128.105.22.238/index.php

Download ppt "UW Madison WiMAX o Location  City-County building near the capitol  2608-2640.5 MHz frequency range Airspan Base station for spiral 3 o FCC Licence "

Similar presentations

Center for Networked Computing Dr. Shan Lin and Dr. Jie Wu Temple University License Application Approved by Clear License is valid until Jan 31, 2013.

Center for Networked Computing Dr. Shan Lin and Dr. Jie Wu Temple University License Application Approved by Clear License is valid until Jan 31, 2013.
GENI/CCNIE Workshop: UW-Madison Key components & approx timetable/milestones 100Gbps (campus to Internet2 & ESNet) (6/30/13) Science DMZ (8/15/13) Openflow/SDN.

GENI/CCNIE Workshop: UW-Madison Key components & approx timetable/milestones 100Gbps (campus to Internet2 & ESNet) (6/30/13) Science DMZ (8/15/13) Openflow/SDN.
Source: GSM Association, 2010 Mobile Networks. Source: GSM Association, 2010 2 Coverage and Capacity Mobile communications networks are designed for both.

Source: GSM Association, 2010 Mobile Networks. Source: GSM Association, Coverage and Capacity Mobile communications networks are designed for both.
Sponsored by the National Science Foundation WIMXUWI Spiral 2 Year-end Project Review University of Wisconsin-Madison PI: Suman Banerjee Staff: Ben Willard.

Sponsored by the National Science Foundation WIMXUWI Spiral 2 Year-end Project Review University of Wisconsin-Madison PI: Suman Banerjee Staff: Ben Willard.
The role of virtualisation in the dense wireless networks of the future Sokol Kosta CINI.

The role of virtualisation in the dense wireless networks of the future Sokol Kosta CINI.
Metro Transit Operations Improved Through Technology.

Metro Transit Operations Improved Through Technology.
Sponsored by the National Science Foundation GENI WiMAX: BBN Status and Experience Manu Gosain GENI Project Office at Raytheon BBN Technologies Nov 2,

Sponsored by the National Science Foundation GENI WiMAX: BBN Status and Experience Manu Gosain GENI Project Office at Raytheon BBN Technologies Nov 2,
Dirk Grunwald Department of Computer Science University of Colorado at Boulder July 7, 2011.

Dirk Grunwald Department of Computer Science University of Colorado at Boulder July 7, 2011.
Enhancing Vehicular Internet Connectivity using Whitespaces, Heterogeneity and A Scouting Radio Tan Zhang ★, Sayandeep Sen†, Suman Banerjee ★ ★ University.

Enhancing Vehicular Internet Connectivity using Whitespaces, Heterogeneity and A Scouting Radio Tan Zhang ★, Sayandeep Sen†, Suman Banerjee ★ ★ University.
WiMAX Introduction Worldwide Interoperability for Microwave Access

WiMAX Introduction Worldwide Interoperability for Microwave Access
First Generation Justin Champion C208 Ext:3273. First Generation What we will look at 1 st Generation technology Analogue signals Frequency Division Handover.

First Generation Justin Champion C208 Ext:3273. First Generation What we will look at 1 st Generation technology Analogue signals Frequency Division Handover.
Information Technology Center 2006 Projects Blast-Off Event.

Information Technology Center 2006 Projects Blast-Off Event.
 All of you should be able to describe how a network works.  Most of you will be able to identify the main devices necessary for a network.  Some of.

 All of you should be able to describe how a network works.  Most of you will be able to identify the main devices necessary for a network.  Some of.
NETWORK TOPOLOGY ALEGRIA GONZALEZ. WHAT IS A NETWORK TOPOLOGY?  a topology is a description of the of a network, including its  The physical topology.

NETWORK TOPOLOGY ALEGRIA GONZALEZ. WHAT IS A NETWORK TOPOLOGY?  a topology is a description of the of a network, including its  The physical topology.
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.

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.
© 2009 Pearson Education Inc., Upper Saddle River, NJ. All rights reserved. © The McGraw-Hill Companies, Inc. Wireless Network Technologies Asst. Prof.

© 2009 Pearson Education Inc., Upper Saddle River, NJ. All rights reserved. © The McGraw-Hill Companies, Inc. Wireless Network Technologies Asst. Prof.
Computer networks 6: Wireless and Mobile Networks.

Computer networks 6: Wireless and Mobile Networks.
IEEE 802.16 & 802.15 Priyanka Vanjani CST 554: Short Presentation ASU Id # 993923182.

IEEE & Priyanka Vanjani CST 554: Short Presentation ASU Id #
Distribution Automation Project – BPL Network Design © Copyright IBM Corporation 2006 | January 17, 2006 |1 BPL Introduction CNP is installing a Broadband.

Distribution Automation Project – BPL Network Design © Copyright IBM Corporation 2006 | January 17, 2006 |1 BPL Introduction CNP is installing a Broadband.
Sponsored by the National Science Foundation1GEC 23 – 17 June 2015www.geni.net Applying GENI Principles to LTE Networks Abhimanyu Gosain and Ivan Seskar.

Sponsored by the National Science Foundation1GEC 23 – 17 June 2015www.geni.net Applying GENI Principles to LTE Networks Abhimanyu Gosain and Ivan Seskar.

Similar presentations

Ads by Google