Kurs 20727 - Building Cisco Multilayer Switched Networks Part 3

Informationen über Kurs 20727 - Building Cisco Multilayer Switched Networks Part 3 - Mit Anwesenheitspflicht - Innere Stadt - Wien

• Ziele
  - Identify features of hardware redundancy. - Identify features of redundant supervisor engines. - Identify guidelines for configuring Route Processor Redundancy Plus (RPR+). - Identify characteristics of IP multicasting. - Identify types of IP multicast addresses. - Identify features of multicast distribution trees. - Identify benefits of Cisco IOS QoS. - Identify benefits of QoS technologies. - Distinguish between QoS architectures used in IP networks.
• Anforderungen
  Network administrators and technicians who are responsible for implementing or troubleshooting a multilayer switched network (MSN) in an enterprise environment. CCNP and CCDP candidates CCIE routing/switching candidates.
• Titel
  Kurs 20727 - Building Cisco Multilayer Switched Networks Part 3
• Inhalt
  Course Description
  
  This course covers module and router redundancy, as well as AVVID services and applications. Beginning with RPR and HSRP, the course then looks at configuring IP multicasting and IP telephony, as well as implementing QoS solutions.
  
  Deployment Options
  
  Self-Study
  
  Accreditation
  
  CEU credits: 0.80 CEUs
  
  Objectives
  
  Unit 1: Multilayer Switched Networks
  
  - Identify features of hardware redundancy.
  - Identify features of redundant supervisor engines.
  - Identify guidelines for configuring Route Processor Redundancy Plus (RPR+).
  - Identify guidelines for using Route Processor Redundancy Plus (RPR+) hardware.
  - Match commands for configuring redundant Supervisor Engines using RPR+ with their functions.
  - Identify features of redundant uplink modules.
  - Match commands for configuring redundant power supplies with their functions.
  - Identify issues that arise when implementing router redundancy.
  - Identify Hot Standby Recovery Protocol (HSRP) group members.
  - Identify functions of active and secondary routers.
  - Identify key aspects of multiple Hot Standby Recovery Protocol (HSRP) groups.
  - Differentiate between Hot Standby Recovery Protocol (HSRP) states.
  - Match commands for configuring Hot Standby Recovery Protocol (HSRP) with their functions.
  - Identify key aspects of Hot Standby Recovery Protocol (HSRP) interface tracking.
  - Identify commands used to troubleshoot Hot Standby Recovery Protocol (HSRP).
  - Identify features of Virtual Router Redundancy Protocol (VRRP).
  - Identify functions of Gateway Load Balancing Protocol (GLBP).
  - Match commands for configuring Single Router Mode (SRM) with their functions.
  - Match commands for configuring Server Load Balancing (SLB) with their functions.
  
  Unit 2: Cisco AVVID Services and Applications
  
  - Identify characteristics of IP multicasting.
  - Identify types of IP multicast addresses.
  - Identify features of multicast distribution trees.
  - Identify differences between Protocol Independent Multicast (PIM) dense mode (DM) and PIM sparse mode (SM).
  - Identify features of Internet Group Management Protocol (IGMP).
  - Identify features of Cisco Group Management Protocol (CGMP).
  - Match commands for initial IP multicast configuration with their functions.
  - Match commands for configuring Auto-Rendezvous Point (Auto-RP) with their functions.
  - Match commands for configuring Protocol Independent Multicast (PIM) version 2 with their functions.
  - Match commands for verifying IP multicast with their functions.
  - Identify design considerations for IP telephony network infrastructure.
  - Identify intelligent services for IP telephony.
  - Identify guidelines for implementing IP telephony on a switched network with auxiliary VLANs.
  - Identify best practices for IP telephony in a campus network.
  
  Unit 3: Implementing QoS
  
  - Identify benefits of Cisco IOS QoS.
  - Identify benefits of QoS technologies.
  - Distinguish between QoS architectures used in IP networks.
  - Distinguish between Per-Hop Behaviors (PHBs). B or b?
  - Identify the classification and marking components of a QoS solution.
  - Identify features of queuing types.
  - Identify key aspects of congestion avoidance.
  - Identify key aspects of traffic conditioning.
  - Identify features of link efficiency mechanisms.
  - Identify guidelines for selecting QoS solutions for a campus network.
  - Identify commands to configure traffic classes and traffic policies.
  - Identify tasks that can be performed with class-based marking.
  - Identify steps for configuring Network-Based Application Recognition (NBAR).
  - Identify functions of policy-based routing (PBR).
  - Match Internet Protocol Real-Time Transport Protocol (IP RTP) priority commands with their functions.
  - Match commands to configure weighted round-robin (WRR) queuing with their functions.
  - Match commands to configure congestion avoidance with their functions.
  - Identify commands used to troubleshoot QoS.
  
  Course Access
  
  Each student has access to the course for a period of 6 months from the day of enrollment in the course.

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