TELECOM

IP Routing and Switching Technologies

Nº 1204
DATE: 16-18.10.12
PRICE NIS: 3050 + VAT
DURATION: 3 Days

IP Routing and Switching Technologies.pdf

Course Overview:

In most of today's larger networks we'll find a mix of switches (bridges with more than two ports) and routers. Both have their strengths and weaknesses. This seminar will present a comprehensive and in-depth discussion on Bridges and Routers’ function in today’s networks.

Who should attend?

Network Engineers, Network Operators, Network Managers or Network Designers who are responsible for designing, maintaining and operating public or private IP networks.
Support,pre- and post sales engineers in vendor organizations

Prerequisities:

Attendees should have a basic understanding of Ethernet, IP and related protocols.

Course Outline:

1. Introduction

What is a Network?
OSI Model
TCP/IP Model
Local and Wide Area Networks

2. Ethernet

Ethernet history
Basics on Ethernet
Ethernet Header
Ethernet Evolution
Extending LANs

3. Repeaters and Hubs

Repeaters and Hubs
Shared Bandwidth
Ethernet Hubs

4. Bridges and Switches

Bridges: Definition and types
The learning process
Spanning tree bridging
- Spanning Tree Protocol
- Rapid Spanning Tree Protocol
Link Aggregation
- LACP
Switches: From shared to dedicated bandwidth
Broadcast and collision domains
Switch features

5. VLANs

Broadcasting with Ethernet switches
Ethernet switches and multicast
Ethernet VLANs
Multiple Spanning Tree
VLAN Trunks: IEEE 802.1Q
Ethernet and VLAN QoS: IEEE 802.1p
The MRP/GARP – Multiple Registration Protocol
- VLAN Registration Protocols – GVRP/MVRP
Link Layer Discovery Protocols (LLDP

6. IP Addressing

IP Basics
Addressing
Subnetting
Variable Length Subnet Masks
Internet Scaling Problems
Classfull vs Classless Addressing
CIDR
NATs and Private Addressing
IP Header
IP Routing
Address resolution
ICMP
VRRP

7. Routing

Routers Function
- Terminology, metrics
Routing Algorithms
Static vs. dynamic routing
Multipath: ECMP
Distance Vector routing
Link state routing
Interior routing protocols: RIP, OSPF, IS-IS
Autonomous systems
Exterior routing protocols: BGP
Layer 3 Switches
Routers vs Layer 3 Switches

8. QoS

Queuing techniques
Priority
Congestion Control
Traffic shaping
- Leaky bucket
- Token bucket algorithm
Over provisioning

9. Summary

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