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Convergence Technologies Professional Certification
Training
5-day training class, $3095
5-day virtual (no travel) training course, $2495
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Overview
During the Convergence Technologies Professional training course, participants
will learn the fundamentals of data networking, telephony networking, and
convergence technologies while preparing for the Convergence Technologies
Professional (CTP) certification exam. CTP certification is the largest
vendor-neutral convergence certification program. It is recognized as the
official convergence program of the Telecommunications Industry Association
(TIA) and approved by top communications technology manufacturers, including
Cisco, Avaya, Nortel, Toshiba, and Mitel.
Attendees will aquire vendor-neutral networking skills and concepts necessary
for fresh IT and telecommunications professionals. To prepare participants
for the certification exam, only official CTP training materials are used.
The course includes:
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Official CTP Study Guide
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Official CTP online assessments
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Voucher for the TT0-201 CTP exam
Participants will learn:
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Networking models and topologies
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Network operating systems
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Key networking protocols
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The basics of LANs and WANs
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Wireless network technologies
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Internet addressing
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TCP/IP troubleshooting
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Common telephony standards
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Analog and digital signaling
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Standards agencies in the telecommunications industry
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Functions of gatekeepers and gateways
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QoS technologies used in converged networks
Who Needs to Attend
Field technicians, voice and telephony technicians, networking administrators,
systems engineers, data communications technicians, technical sales and marketing
professionals, and telephony professionals who need data.
Agenda
Part 1: Data Networking
1. Introduction to Data Networking
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Networks Defined
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Bluetooth and Radio Frequency Identification (RFID)
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Networking Models and Evolution
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Next-Generation Technologies
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Network Topologies
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Network Operating Systems
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Microsoft Windows Servers
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UNIX
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Novell Netware
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Operating System Error Logs
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Embedded Operating Systems
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Case Study
2. Networking Protocols
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Basics of Networking Protocols
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OSI Reference Model
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Major Networking Protocols
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TCP/IP
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IPX/SPX
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NetBIOS and NetBEUI
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Protocols and the NIC
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Choosing and Combining Protocols
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Case Study
3. LANs and WANs
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Basics of Local Area Networks (LANs) and Wide Area Networks (WANs)
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LANs
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WANs
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Common Network Components
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Common Peripheral Ports
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Transmission Media
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Transmission Types
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IEEE LAN Standards
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WAN Standards
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T-Carrier System
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E-Carrier System
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SONET/SDH
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Wireless Network Technologies
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Wireless Standards
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Wireless Security
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Attaching a WAP to a Wired Network
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Case Study
4. TCP/IP Suite and Internet Addressing
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A TCP/IP Refresher
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Internet Architecture
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Request for Comments (RFCs)
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Internet Protocols
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Demultiplexing
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Introduction to Routing
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Routing Protocols
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Port Numbers
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Internet Addressing
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Internet Address Classes
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IP Addressing Rules
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Private IP Addressing
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Subnetworks
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Customer Subnet Masks
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IP Address Conservation
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Normal TCP/IP Desktop Configurations
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Internet Protocol version 6 (IPv6) Addressing Essentials
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Case Study
5. TCP/IP Troubleshooting
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TCP/IP Troubleshooting Tools
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Useful Network Files
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Internet Control Message Protocol (ICMP)
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General Network Commands
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Maximum Transmission Unit (MTU)
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Name and Address Commands
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Network Analyzers
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Troubleshooting Considerations
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Planning Data Networks
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Case Study
Part 2: Telephony Networking
1. Telephony Essentials
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Telephony Basics
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Industry Standards and Protocols
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The Central Office
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CO Connections
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Trunks and Signaling
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Digital Trunks and the Digital Signal Hierarchy
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Synchronous Optical Network (SONET) and Synchronous Digital Hierarchy (SDH)
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The Primary Reference Source
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Cabling and Wiring
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Call-Processing Steps
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Case Study
2. Investigating the Local Loop
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Inside the Demarcation Point
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Signaling Types
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RJ-11 Connectors and Wiring
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RJ-12 Connectors and Wiring
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BT-431A and BT-631A Connectors and Wiring
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Case Study
3. Infrastructure Issues and Standards
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Common Telephony Issues
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Network Equipment Building System
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Standards Bodies
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Proper Cabling Procedures
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Securing Equipment
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Case Study
4. Troubleshooting
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Terms and Tools
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Troubleshooting Analog Lines
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Troubleshooting Digital Lines
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Case Study
5. Analog and Digital Signaling
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Signaling Categories
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In-Band and Out-of-Band Signaling
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Analog Signaling
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Digital Signaling
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Private Integrated Service Network (PISN)
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Signaling System Seven (SS7)
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Computer-Telephone Integration
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Case Study
Part 3: Convergence Technology
1. Convergence Industry Standards and Protocols
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Convergence Defined
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Common VoIP Protocols
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Governing Organizations in Convergence Technologies
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Institute of Electrical and Electronics Engineers (IEEE)
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International Telecommunication Union (ITU)
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VoIP and Interoperability
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Internet Engineering Task Force (IETF)
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Electronic Industries Alliance (EIA)
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Telecommunications Industry Association (TIA)
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American National Standards Institute (ANSI)
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Telcordia (Formerly Bellcore)
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The OSI/RM and Convergence Protocols
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Case Study
2. Enabling Voice over IP (VoIP)
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Investigating VoIP
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Investigating Gatekeepers and Gateways
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Troubleshooting VoIP
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Large Data Frames and Delay Budgets
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Quality of Service (QoS) Issues
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Voice Compression and Decompression
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Comparing and Contrasting Transmission Media
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Bandwidth Limitations for Voice Traffic
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VoIP Software and Hardware
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Case Study
3. Network Convergence
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Characteristics of Convergent Networks
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Circuit-Based vs. Convergence Calling
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Selecting Codecs
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Convergence Signaling Protocols
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H-Series Protocols
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Session Initiation Protocol (SIP)
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Media Gateway Control Protocol (MGCP)
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Network Call Signaling (NCS)
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Bandwidth Concerns
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VoIP Service Providers
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VoIP and Firewalls
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Planning a Convergent Network
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Case Study
Registration
Fees
Both classroom training and virtual (online) training formats are available.
The per student registration fee for the classroom session is $3095, and
includes the seminar, course materials, and morning and afternoon refreshments.
The registration fee for virtual training session is $2495.
Classoom training begins at 8:30 AM each day and concludes at 4:30 PM unless
otherwise directed. Please arrive early on the first day to sign-in and meet
fellow attendees. If you register less than one week in advance of a class,
please bring your confirmation letter. Business casual attire is appropriate.
For information on virtual training session start and stop times, refer to
the course schedule below.
Register securely online with confidence or please call (708) 246-0320.
Seminar Schedule
| Jul 19-23, '10 |
Dallas, TX |
Irving Training Ctr
( ) |
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| Aug 9-13, '10 |
San Jose, CA |
Santa Clara Offices
( ) |
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| Aug 9-13, '10 |
8:30 AM-3:30 PM ET |
Virtual Classroom |
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| Aug 30-Sept 3, '10 |
Washington, DC |
Arlington Training Ctr
( ) |
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| Sept 13-17, '10 |
Chicago, IL |
Schaumburg Offices
( ) |
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| Oct 4-8, '10 |
New York, NY |
New York Office
( ) |
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| Oct 11-15, '10 |
Atlanta, GA |
Atlanta Training Ctr
( ) |
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| Oct 18-22, '10 |
Dallas, TX |
Irving Training Ctr
( ) |
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| Nov 8-12, '10 |
8:30 AM-3:30 PM ET |
Virtual Classroom |
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| Nov 8-12, '10 |
Washington, DC |
Arlington Training Ctr
( ) |
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| Nov 29-Dec 3, '10 |
Chicago, IL |
Schaumburg Offices
( ) |
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| Dec 6-10, '10 |
San Jose, CA |
Santa Clara Offices
( ) |
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dates & Locations
Payment is due prior to the seminar. If payment is not
received, a credit card hold will be required for participation. This
card will only be processed if payment has not been received within two weeks
following the seminar.
Cancellation Policy. Registrants may cancel up to fourteen
days in advance of the seminar start date for a full refund. Cancellations
within fourteen days of the seminar start date will be subject to an
administrative fee of $500.
In the unlikely event that a seminar must be cancelled, you will be
notified at least two weeks prior to the seminar date. Seminar provider
is not responsible for losses due to cancellation including losses on advanced
purchase airfares. As seminars are cancelled for under-enrollment from
time to time, we strongly recommend that registrants traveling by air purchase
only refundable tickets.
Seminar agenda subject to
change. |