Designing Cisco Internetwork Solutions Part 3

Training Provided by 123-CBT Computer Based Training This is the third of five courses in the Designing Cisco Internetworking curriculum, which is designed to prepare learners for the CCDA DESGN exam 640-861. It covers IP addressing, including IPv6, and routing protocol selection criteria, features, and deployment.

Learn To:

• Identify characteristics of the IPv4 address structure.
  
• Identify characteristics of the IPv6 address structure.
  
• Distinguish between static and dynamic routing.
  
• Identify features and functions of on-demand routing.

Audience:

This course is designed for individuals seeking the Cisco Certified Design Associate (CCDA) certification and those aiming for the CCDP (Cisco Certified Design Professional) certification. The course is also targeted at pre-sales and post-sales network engineers involved in network design, planning and implementation.

Deployment:

Self-Study

Accreditation:

CEU credits: 0.80 CEUs

Language Options:

US English

Total Learning Time:

8 hours

Objectives:

Unit 1 : Network IP Addressing Design (2 hours)

• Identify characteristics of the IPv4 address structure.
  
• Identify considerations for determining network size with respect to the IP addressing plan.
  
• Identify considerations for choosing between private and public IP address ranges.
  
• Identify design considerations for implementing IP addressing hierarchy within a network.
  
• Distinguish between fixed and variable subnet masks.
  
• Differentiate between the impacts of classful and classless routing protocols on IP addressing plans.
  
• Identify considerations for selecting an end-system IP address assignment method.
  
• Identify guidelines for implementing name resolution.

Unit 2 : IPv6 Addressing (2 hours)

• Identify characteristics of the IPv6 address structure.
  
• Match types of IPv6 addresses with their features.
  
• Identify features of IPv6 routing protocols.
  
• Identify characteristics of types of IPv6 address assignment strategies.
  
• Identify features of IPv6 name resolution strategies.
  
• Match IPv4 to IPv6 transition strategies with their characteristics.

Unit 3 : Routing Protocol Selection (2 hours)

• Distinguish between static and dynamic routing.
  
• Distinguish between interior and exterior routing protocols.
  
• Distinguish between distance vector and link-state protocols.
  
• Distinguish between hierarchical and flat routing protocols.
  
• Match routing protocols with their metric calculation parameters.
  
• Identify characteristics of routing protocol convergence.
  
• Identify guidelines for choosing routing protocols for different networks.

Unit 4 : Routing Protocol Features and Deployment (2 hours)

• Identify features and functions of on-demand routing.
  
• Identify features and functions of Routing Information Protocol Version 2 (RIPv2).
  
• Identify features and functions of Enhanced Interior Gateway Routing Protocol (EIGRP).
  
• Identify features and functions of Open Shortest Path First (OSPF) protocol.
  
• Identify features and functions of Integrated Intermediate System-to- Intermediate System (IS-IS) protocol.
  
• Identify features and functions of Border Gateway Protocol (BGP).
  
• Identify the most suitable routing protocols for hierarchical network layers.
  
• Identify characteristics of route redistribution.
  
• Identify reasons for using route filtering.
  
• Identify characteristics of route sum

  This is primarily online training This is an online eLearning or CBT training program This program may be available on CD Contact 123-CBT Computer Based Training for more information

  Training Presented in: English

  Click here for more information or to take this course

Designing Cisco Internetwork Solutions Part 3 --

About The Training Provider: 123-CBT Computer Based Training

More Designing for Cisco Internetwork Solutions Training from 123-CBT Computer Based Training

• Designing Cisco Internetwork Solutions Part 2
• Designing for Cisco Internetwork Solutions Curriculum
• Designing for Cisco Internetwork Solutions Part 1
• Designing for Cisco Internetwork Solutions Part 4
• Designing for Cisco Internetwork Solutions Part 5