1 DSL BASED NETWORK FOR Air Line Pilots Association International.

Slides:



Advertisements
Similar presentations
Chador Wangdi Page 1of15. Analog (up to 56k/ dial up access) Using a modem connected to your PC, users connect to the internet when the computer dials.
Advertisements

Presented by: Eng. Karam Al-sofy
M A Wajid Tanveer Infrastructure M A Wajid Tanveer
Virtual Private Networks COSC541 Project Jie Qin & Sihua Xu October 11, 2014.
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.
The Business Solutions Revolution Xavier Villegas Chief Business Market Officer September 17, 2013.
IT’S HERE Bandwidth Technologies. Agenda Technologies for Bandwidth –Single Location DSL/Cable T1/Bonded T1 DS3/OC-N Ethernet Over Copper (EoC, EoFM)
Broadband and Wide Area Network Services Carrier Gigabit Ethernet Multi Protocol Label Switching Vs. IP VPNs T-1 & T-3 SIP Trunks Security Network Topology.
ONE PLANET ONE NETWORK A MILLION POSSIBILITIES Barry Joseph Director, Offer and Product Management.
CP Networking1 WAN and Internet Access. CP Networking2 Introduction What is Wide Area Networking? What is Wide Area Networking? How Internet.
Fundamentals of Information Systems, Second Edition 1 Telecommunications, the Internet, Intranets, and Extranets Chapter 4.
1 DSL BASED NETWORK FOR 2 Vision Statement Specializing in broadband network solutions including high-speed internet access, data, voice and video services,
Module CSY3021 Network Planning and Programming RD-CSY /09 1.
Telecommunications systems (Part 1) School of Business Eastern Illinois University © Abdou Illia, Spring 2007 (Week 12, Tuesday 3/27/2007)
Internet Connections By Bhupendra Ratha, Lecturer School of Library and Information Science Devi Ahilya University, Indore
1 Chapter Overview Using Remote Connections SLIP and PPP WAN Technologies.
1 Chapter 12 Remote Network Access Using Remote Connections SLIP and PPP WAN Technologies.
1 Chapter 19 Networks. 2 What’s Inside and on the CD? In this chapter you’ll learn: –Basic network terminology –To identify network components –About.
TDC 461: Wide Area Network Services DePaul University 22 May, 2001.
BY: Jordan Ameerali. What is an Internet Service Provider? A Internet Service Provider or ISP is a company that provides access to the Internet. For a.
Faten Yahya Ismael.  It is technology creates a network that is physically public, but virtually it’s private.  A virtual private network (VPN) is a.
Virtual Private Networks (VPN’s)
Types of Internet Connections
Power point presentation on internet Presentation by: Tenzin wangda.
Wireline-Broadband. BSNL/ BROADBAND /BATHINDA2 What is Broadband ? As per recent Broadband Policy of GOI, access rate over 256 Kbps will be considered.
Selecting a WAN Technology Lecture 4: WAN Devices &Technology.
The Internet. What is the internet? a vast network designed to transfer data from one computer to another.
Leased Line. Introduction A leased line is a service contract between a provider and a customer, whereby the provider agrees to deliver a symmetric telecommunications.
TYPES OF INTERNET CONNECTION ANALOG (DIAL-UPANALOG (DIAL-UP) ISDNB-ISBNDSLADSLVDSLSDSLCABBLE WIRELESS INTERNET CONNECTION INTERNET BONDEDBONDED T-1T-1T-1LINESATTELITTE.
1 Wide Area Network. 2 What is a WAN? A wide area network (WAN ) is a data communications network that covers a relatively broad geographic area and that.
Frame Relay, ATM and VPN Metropolitan Area Ethernet Overview.
What is broadband Multiple broadband technologies Advantages DSL and DSLAM Types of DSL transmission Services through broadband Cable Modem Internet Access.
DSL & Case Study of UCD Introduction Comparison, DSL & Alternative Performance Provider & Users & Problems Case Study.
Chapter 7 WANs and Remote Connectivity. WAN Essentials A WAN traverses a large geographic area A WAN link is a connection from one site to another and.
© 2006 Cisco Systems, Inc. All rights reserved.Cisco PublicITE I Chapter 6 1 Providing Teleworker Services Accessing the WAN – Chapter 6.
© 2008 Cisco Systems, Inc. All rights reserved.Cisco ConfidentialPresentation_ID 1 Chapter 6: Broadband Solutions Connecting Networks.
Virtual Private Network (VPN). ©2001 Check Point Software Technologies Ltd. - Proprietary & Confidential “ If saving money is wrong, I don’t want.
DIGITAL SUBSCRIBER LINE (DSL) ADVANCES Prepared by, Pow Jun Jiang (EE )
By Omkar KiraniSridhara Chaitanya Sannapureddy Vivek Gupta 1.
Copyright ©Universalinet.Com, LLC 2009 Implementing Secure Converged Wide Area Networks ( ISCW) Take-Aways Course 1: Cable (HFC) Technologies.
Communication Services Communication Services: –Problem: This chapter expands on topics introduced in earlier chapters related to long-distance communication.
1 Back to Slide 7. 2 Also called dial-up access, it is both economical and slow. Using a modem connected to your PC, users can connect to the Internet.
Chapter 7 Connecting to the Internet. Connecting to the Internet FAQs: – What is the Internet? – What are the options for Internet service? – What is.
WANs and Remote Connectivity
Chapter 7 Ben Bielskis WAN Wide Area Network Connects LANs over a large geographical area. WAN Link – A connection from one site to another.
Virtual Private Network (VPN) Topics Discussion What is a VPN? What is a VPN?  Types of VPN  Why we use VPN?  Disadvantage of VPN  Types of.
Huda AL-Omair_ networks61 Wide Area Network. Huda AL-Omair_ networks62 What is a WAN? Wide area network or WAN is a computer network covering a wide geographical.
1 © 2004, Cisco Systems, Inc. All rights reserved. CCNA 1 v3.1 Module 5 Cabling LANs and WANs.
Business Data Communications, by Allen Dooley, (c) 2005 Pearson Prentice HallChapter Seven 1 Business Data Communications Chapter Seven Wide Area Networking.
Chapter 7 Connecting to the Internet. 2Practical PC 5 th Edition Chapter 7 Getting Started In this Chapter, you will learn: − What is the Internet − Options.
Networks and Protocols CE Week 5a. WAN’s and ISDN.
. Large internetworks can consist of the following three distinct components:  Campus networks, which consist of locally connected users in a building.
Broadband Communication Solution. 2  Passive Optical Network (GEPON)  VDSL (Very-high-data-rate Digital Subscriber Line)  VDSL  VDSL 2  ADSL (Asymmetric.
Telecommunications and Networks Chapter 6 Principles and Learning Objectives Effective communication is essential to organizational success. –Define.
Presented By: Gavin Worden Leased Lines vs. Internet Based VPNs.
COMPUTER NETWORKING 2 LECTURE 3: BROADBAND TECHNOLOGY & DSL.
Remote Access and Long-Distance Communications. Permission granted to reproduce for educational use only.© Goodheart-Willcox Co., Inc. Typical Telephone.
Lecture # 2 WAN Technologies. Objectives  Define LAN and WAN and tell how they are used.  WAN Technologies Overview  WAN Technologies L.Rania Ahmed.
Copyright © 2006 Heathkit Company, Inc. All Rights Reserved Introduction to Networking Technologies Digital Subscriber Line (DSL)
NT1210 Introduction to Networking
Lec # 19 Data Communication
Providing Teleworker Services
Wide Area Network.
Virtual Private Network (VPN)
Chapter 1: WAN Concepts Connecting Networks
Chapter 7 Connecting to the Internet
Virtual Private Network
Connectivity methods. Connectivity methods Exam Answer WAN/LAN  Each office will have its own Local Area Network or LAN.  But the company also wants.
GETTING CONNECTED TO INTERNET
Types of Access.
Presentation transcript:

1 DSL BASED NETWORK FOR Air Line Pilots Association International

2 Vision Statement Specializing in broadband network solutions including high-speed internet access, data, voice and video services, LMKI has made favorable partnering agreements ranging from Internet backbone suppliers to DSL providers. Such strategic partnerships have allowed LMKI to deliver various successful solutions to many major as well as smaller corporations across the nation. LMKI is also a national provider of a product it has deemed "real private network" (RPN), a revolutionary configuration system that primarily uses DSL service to link a secure relationship between customer locations.

3 Goal and Objective Our Aim: Minimize ALPA’s Connectivity Costs And Increase ALPA’s Bandwidth & Speed Incorporate LMKI’s turn-key Real Private Network (RPN) product for ALPA that is a “bullet-proof” alternative to the typical VPN solution, which avoids the Internet entirely for business data transmission and does away with issues such as firewalls, encryption and decryption.

4 How Did We Get Here? Both DSL & Frame Relay are proven technologies being operated by both Local Exchange Carriers and Competitive Local Exchange Carriers. Local Exchange carriers could have been providing DSL over the last 10 years. LEC’s were not motivated to provide DSL as this would have threatened their status quo profit model and infrastructure.

5 Today’s Situation ALPA’s current hybrid -network combination which incorporates Frame for 5 locations at an average $500 per month per location cost.

6 Available Options –When the Telecommunication Act was passed In 1996, It allowed competitors into LEC’s Central Offices. Thus enabling DSL to become the low cost, high bandwidth leader over T-1 and Frame Relay. –Let’s compare_

7 Available Options

8 ILEC region’s are broken up by states which limits their nationwide coverage

9 LMKI has nationwide DSL presence

10 Competitor Service Limitations An example: GTE Network Congestion Limits User to CIR GTE’s asymmetric service does not support consistent throughput in both upstream and downstream directions GTE subscribers are given the following CIRs (committed information rates): _____________________________________________________ Service Speed Actual CIR Potential delayed up/downstream Offered or discarded data GTE Bronze 256k/64k 10k 95% GTE Silver 384k/384k 32k 90% GTE Gold 768k/768k 64k 90% GTE Platinum 1.5Mb/768k 192k 85%

11 LMKI’S COMMITTED INFORMATION RATE (CIR)

12 LMKI Value Added Features

13

14 R7200 SDSL Routers Fast, 'Always-on' Connectivity with Security Built-in from 160 Kbps to 3 Mbps Symmetric transmission from 192 Kbps to 1.5 Mbps Built-in firewall to protect LAN resources from Internet intruders Built-in secure VPN to connect remote branch offices, travelers, and remote workers * Built-in 8-port Ethernet hub with uplink switch NAT and MultiNAT TM for secure yet flexible IP configuration Built-in dial backup via auxiliary serial port * Optional integrated V.90 or ISDN dial backup Compatible with Nokia ATM/DSL Multiplexer

15

16 LMKI’S PILOT PROGRAM

17 Total DSL Setup Cost Savings $ Covad &$ Rhythms rebate for 11 locations $2, $ Installation & Setup fees waived for 11 locations $2, $ Netopia Router X ‘s 11 (No hardware costs) $7, Total DSL Setup Cost Savings $12,825.00

18 Costs for Implementing DSL Based Network Air Line Pilots Association Total Monthly DSL Cost 11 locations: $1, Averaged DSL cost per location: $ Total Initial DSL cost for 11 locations 1 st & 2 nd $3, Minus $225.00/$200 rebates for 11 locations -$2, Total Initial DSL cost after rebate $1,103.00

RPN HYBRID NETWORK

20 Advantages of a DSL/RPN Network DSL will provide always-online connectivity with faster speed and greater bandwidth than current connectivity speeds, plus access to the World Wide Web. RPN will provide: 1. New technology % Network security eliminates Fire-Wall equipment management and reduces $$ costs $$ 3. Turn-key network/communications solution 4. Significantly lower Network Administration costs 5. Minimized/lowered outside consulting fees 6. Faster intra-office speed/communications and future VoIP

21