WAN & Carrier Convergence Infrastructure Workshop

TrainingCity
Ottawa, Toronto, Vancouver, Canada

Course Format: Classroom | E-learning | Virtual Class | Online | On-site | Blended | Self-paced

Course Description:

'' Carrier personnel face unprecedented technology implementation programs spanning national & global networks. In this intense, Hands ON, workshop, carrier & large enterprise staff gain real World experience with the technologies that are driving migration strategies throughout the Network.
Build your team’s knowledge of fundamental protocols, TCP/IP, VoIP, VPN, MPLS, and much more. Understand the opportunities, and the risks, of converged network topologies with our team of expert engineering instructors.

Module 1: Introduction to TCP/IP Internetworking
Basic Networking Concepts
Introduction to the OSI Model in a Real World context
Standards for TCP/IP
Lab 1.1: Visit standards organizations (IEEE, W3C)
Lab 1.2: Create html content

Module 2: Overview of the IP Protocol Suite
The role of IP in modern data networks
Intro to IP Addressing & Subnet masks
TCP/UDP layer
Domain Name System
DHCP �Dynamic Host Configuration Protocol
ICMP
Lab 2.1: Configure Ethereal as a LAN Protocol Analyzer tool
Lab 2.2: View DHCP information & setup packets
Lab 2.3: ICMP packets on LAN

Module 3: IP Addressing
IP Address �Binary vs. decimal notation
Classless Inter-Domain Routing (CIDR)
Network & Host fields
Subnet & Subnet masks
Install and configure TCP/IP on Windows 2003 Server
Capture and analyze an IP datagram
Lab 3.1: Create IP subnets for enterprise LAN and WAN
Lab 3.2: Identify subnet values for current PCs in the classroom

Module 4: Routing Fundamentals
The requirement for Routing
Overview of the protocols and standards deployed
RIP1 RIP 2
BGP
OSPF
Layer 3 Switching
Static & Dynamic Routing
NAT, Port Forwarding
Lab 4.1: Design LAN+WAN for sample enterprise to create routed network
Lab 4.2: Create WAN using Cisco routers
Lab 4.3: Create subnets on LAN and trace IP traffic from one subnet to another
Lab 4.4: View and modify entries in the routing table
Lab 4.5: NAT analysis using Ethereal

Module 5: TCP & UDP
Connection vs. Connectionless communications
Ports and sockets
The TCP header
Flow control
Buffers and re-transmits
The UDP Header
Lab 5.1: Capture and analyze TCP & UDP traffic

Module 6: Applications
WWW, HTTP
E-mail: SMTP, POP3, MIME.
Internet applications: PING, TraceRT
Telnet, and FTP
Lab 6.1: Analyze FTP, Telnet, SMTP, POP3, PING, Tracert traffic

Module 7: Introduction to Voice Over IP
Voice Over IP Introduction
Trends in Voice & Data Convergence
The Public Switched Telephone Network (PSTN)
Evolution of Voice Networks
Circuit Vs Packet Networks
Signaling System Number 7 (SS7)
Customer expectations
Real Time Vs. Non Real Time networks
Latency, Jitter defined

Module 8: Voice Over IP (VoIP) Fundamentals
Call Control in IP Networks
Session Initiation Protocol (SIP)
SIP Addressing and Session Control
SIP Addressing and Session Control
History and development
H.323 v/s SIP
SIP Overview
SIP components
SIP pros and cons
Standards for SIP and related protocols
Client/Server Transactions
Proxy Servers
SIP Messages
SIP Extensions
Advanced Topics in SIP
Security
Loose Routing in RFC 3261
Firewalls & SIP
SIP Testing
B2BUA
Session Border Control Protocol
Vendor Architectures
SIP call flows
SIP Gateways
SIP 2 PSTN
Fax transmission Over IP
Real time transmission T.38
Store and Forward transmission T.37
Lab 10.1: Setup call from SIP phone to SIP phone
Lab 10.2: Setup SIP calls using SIP Proxy Servers
Lab 10.3: Setup call from SIP phone to PSTN

Module 9: QoS Protocols for Voice Over IP (VoIP)
Resource Reservation Protocol (RSVP)
Differentiated Services (DiffServ)
Multiprotocol Label Switching
Real-Time Transport Protocol (RTP)
RTP Control Protocol (RTCP)
Lab 11.1: Analyze DiffServ markings in RTP packets
Lab 11.2: Analyze RTP, RTCP packets

Module 10: Voice Encoding Standards
Overview of encoding standards used for Voice Over IP
G.711 Pulse Code Modulation (PCM)
Linear Predictive Coders (LPCs)
Code-Excited Linear Predictive (CELP) Coders
G.723.1 and G.729
Lab 12.1: Analyze CODEC selection for bandwidth
Lab 12.2: Analyze CODEC for QOS in Voice Over IP (VoIP) call.

Module 11: VoIP QoS issues
Jitter and Delay in Voice over IP
Echo Cancellation
Packet Size

Module 12: Core Concepts
Definition of Label
Label Swapping
Label Switching: Forwarding & Control Components
Edge Devices
Label Switching vs. Layer 3 Addressing

Module 13: MPLS
Architecture
Ordered vs. Independent Control
Detection & Prevention of Loops
ATM Integration
Martini
Multicast
IP VPNs using RFC 2547
Lab 16.1: Analyze MPLS packets
MPLS Applications
VPN
Traffic Shaping / Traffic Engineering

Module 15: Key VPN Protocols
Encryption and related technologies
Encryption
Symmetric & asymmetric Encryption
Message Digest
Digital Signatures
Layer 3 Security Protocols
IP Security (IPsec)
Layer 4 and above Protocols
SSL based VPNs

Module 16: IPsec Details
IP Security Protocol (IPSEC)
Transport and Tunnel Modes
Security Associations
Key Management
ISAKMP/Oakley (IKE)
Lab 16.1: Setup Subnet to subnet VPN using IPsec tunnel
...''

Phone:800-381-5654

School Address:

555 Legget Drive, Suite 304
Ottawa, Ontario, K2K 2X3


Jobs & Resumes: Ottawa, Toronto, Vancouver
Houses & Roommates: Ottawa, Toronto, Vancouver
Travel Agencies: Ottawa, Toronto, Vancouver

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