300-115 - Implementing Cisco Ip Switched Networks - Switch

Know all about SWITCH

What you'll learn
This course will prepare you to pass the exam Cisco 300-115 - SWITCH - Implementing Cisco IP Switched Networks
The SWITCH 300-115 exam certifies the switching knowledge and skills of successful candidates. They are certified in planning, configuring, and verifying the implementation of complex enterprise switching solutions that use the Cisco Enterprise Campus Architecture.
Requirements
Candidates preparing for the exam should be aware that although the only formal prerequisite for this exam is CCNA Routing and Switching, knowledge of the exam topics covered in the ROUTE (300-101) and TSHOOT (300-135) will be required in order to pass.
Description
The CCNP Routing & Switching course provides full coverage of the knowledge and skills required to plan, configure, and verify the implementation of complex enterprise switching solutions that use the Cisco Enterprise Campus Architecture
This new course provides you the needed training for advanced switching knowledge and skills to pass the Cisco SWITCH EXAM 300-115.
This course brings together all the features of CCNP Routing & Switching.
Some of the skills you will learn in this class are:
Layer 2 TechnologiesInfrastructure SecurityInfrastructure Services

Overview

Section 1: Cisco CCNP SWITCH

Lecture 1 Introduction

Section 2: Campus Network Structure

Lecture 2 Introduction

Lecture 3 Hierarchical vs Flat Networks

Lecture 4 Access and Distribution Layers

Lecture 5 Core Layer

Lecture 6 Mapping Cisco Switches To Layers

Section 3: Comparing Layer 2 and Multilayer Switches

Lecture 7 Introduction

Lecture 8 Layer 2 Switch Operation

Lecture 9 Multilayer Operation

Lecture 10 Distributed Hardware Forwarding

Lecture 11 Cisco Switching Methods

Section 4: Using SDM Templates

Lecture 12 Introduction

Lecture 13 What Are SDM Templates

Lecture 14 SDM Template Types

Lecture 15 Identifying And Changing The Template

Section 5: Implementing LLDP

Lecture 16 Introduction

Lecture 17 LLDP Introduction

Lecture 18 Discovering Neighbors

Section 6: Implementing PoE

Lecture 19 Introduction

Lecture 20 Why PoE?

Lecture 21 PoE Standard and PoE Negotiation

Lecture 22 Configuring and Verifying PoE

Section 7: Implementing VLANs and Trunks

Lecture 23 Introduction

Lecture 24 VLAN Overview

Lecture 25 Trunk Overview and Configuration

Lecture 26 Switchport Mode Interactions

Lecture 27 Deploying VLANs

Lecture 28 Voice VLANs

Lecture 29 Configuring Switches for WLAN

Lecture 30 Demo - VLANs

Section 8: Introducing VTP

Lecture 31 Introduction

Lecture 32 The Role Of VTP and VTP Modes

Lecture 33 VTP Versions

Lecture 34 VTP Configuration Revision

Lecture 35 Demo - VTP Setup

Section 9: Implementing DHCP

Lecture 36 Introduction

Lecture 37 DHCP Overview and Negotiation

Lecture 38 DHCP Relay

Lecture 39 DHCP Options

Lecture 40 Demo - Turn A Cisco Router Into a DHCP Server

Section 10: Implementing DHCP For IPv6

Lecture 41 Introduction

Lecture 42 Stateless Autoconfiguration Overview

Lecture 43 DHCPv6 Overview and Operation

Lecture 44 Stateless DHCPv6

Section 11: Layer 2 Port Aggregation

Lecture 45 Introduction

Lecture 46 The Case For EtherChannel

Lecture 47 Layer 2 Implementation and Guidelines

Lecture 48 EtherChannel Load Balancing

Lecture 49 Load Balancing Options and Operation

Section 12: Implementing RSTP

Lecture 50 Introduction

Lecture 51 STP Overview and Standards

Lecture 52 STP Operation

Lecture 53 PVST

Lecture 54 STP Timers And Enabling RSTP

Lecture 55 Topology Change

Lecture 56 Demo - STP Priorities

Section 13: Implementing STP Stability Mechanisms

Lecture 57 Introduction

Lecture 58 Cisco STP Toolkit

Lecture 59 Uplinkfast And Backbonefast

Lecture 60 Portfast And BPDU Guard

Lecture 61 BPDU Filter

Lecture 62 Root Guard

Lecture 63 Unidirectional Links And Loop Guard

Lecture 64 UDLD

Lecture 65 STP Recommendations And Flex Links

Lecture 66 Demo - Portfast

Section 14: Implementing MST

Lecture 67 Introduction

Lecture 68 Introducing MST

Lecture 69 MST Regions And STP Instances With MST

Lecture 70 Configuring MST And Verification

Lecture 71 MST Path Cost

Lecture 72 MST Recommended Practices

Section 15: Implementing Inter-VLAN Routing Using A Router

Lecture 73 Introduction

Lecture 74 Inter-VLAN Routing Using An External Router

Lecture 75 Router On A Stick Traffic Flow

Lecture 76 Demo - Configure Inter-VLAN Routing

Section 16: Configuring A Switch To Route

Lecture 77 Introduction

Lecture 78 Switched Virtual Interfaces And Routed Switch Ports

Lecture 79 Configuring Routing On A Layer 3 Switch

Lecture 80 SVI Autostate Exclude Command And Configuration Checklist

Lecture 81 Layer 3 Etherchannel

Lecture 82 Demo - Configure Inter-VLAN Routing On A Layer 3 Switch

Section 17: Configuring Network Time Protocol

Lecture 83 Introduction

Lecture 84 Manually Setting The System And Hardware Clocks

Lecture 85 NTP Overview

Lecture 86 Configuring NTP

Lecture 87 NTP Design Hierarchy

Lecture 88 Securing NTP

Lecture 89 Verification Commands and SNTP

Lecture 90 Demo - NTP Setup

Section 18: Implementing SNMP Version 3

Lecture 91 Introduction

Lecture 92 SNMP Overview

Lecture 93 SNMP Configuration

Lecture 94 Verification

Section 19: Implementing Cisco IOS IP SLA

Lecture 95 Introduction

Lecture 96 IP SLA Introduction

Lecture 97 Configuring IP SLA

Lecture 98 Configuring Authentication for IP SLA

Lecture 99 Configuration Example: UDP Jitter

Section 20: Implementing Port Mirroring

Lecture 100 Introduction

Lecture 101 What Is SPAN?

Lecture 102 Local SPAN Configuration

Lecture 103 RSPAN Configuration

Section 21: Verifying Switch Virtualization

Lecture 104 Introduction

Lecture 105 What Is Stackwise?

Lecture 106 Redundant Switch Supervisors

Lecture 107 Virtual Switching System

Section 22: Configuring Layer 3 Redundancy With HSRP

Lecture 108 Introduction

Lecture 109 First Hop Redundancy

Lecture 110 HSRP State Transition And Configuration Of MSHRP

Lecture 111 HSRP Interface Tracking

Lecture 112 HSRP Object Tracking

Lecture 113 HSRP Authentication And Timers

Section 23: Configuring Layer 3 Redundancy With VRRP

Lecture 114 Introduction

Lecture 115 VRRP Introduction

Lecture 116 Configuring VRRP

Lecture 117 Authentication With VRRP

Lecture 118 Tracking And VRRP

Lecture 119 Demo - VRRP Setup

Section 24: Configuring Layer 3 Redundancy With GLBP

Lecture 120 Introduction

Lecture 121 Introducing GLBP

Lecture 122 Configuring GLBP And Verification

Lecture 123 GLBP Operation

Lecture 124 GLBP And STP

Section 25: Configuring Layer 3 Redundancy For IPv6

Lecture 125 Introduction

Lecture 126 IPv6 Native First-Hop Redundancy

Lecture 127 HSRP And GLBP For IPv6

Section 26: Implementing Port Security

Lecture 128 Introduction

Lecture 129 Overview Of Switch Security Issues

Lecture 130 Switch Attack Categories

Lecture 131 Sticky MAC Address Port Security And Port Error Conditions

Lecture 132 Port Access Control Lists - PACLs

Lecture 133 Demo - Port Security

Section 27: Implementing Storm Control

Lecture 134 Introduction

Lecture 135 Storm Control Configuration

Lecture 136 Verifying Storm Control Behavior

Section 28: Implementing Access To External Authentication

Lecture 137 Introduction

Lecture 138 AAA Framework

Lecture 139 RADIUS And TACACS+

Lecture 140 Configuring RADIUS And TACACS+

Lecture 141 Configuring Authorization And Accounting

Lecture 142 Identity Based Networking - IEEE 802.1x Port Based Authentication'

Lecture 143 Demo - Configure IEEE 802.1x Authentication With A RADIUS Server

Section 29: Mitigating Spoofing Attacks

Lecture 144 Introduction

Lecture 145 DHCP Spoofing Attacks

Lecture 146 IP Source Guard

Lecture 147 ARP Spoofing

Section 30: Securing VLAN Trunks

Lecture 148 Introduction

Lecture 149 Switch Spoofing

Lecture 150 VLAN Hopping

Lecture 151 VLAN Access Control Lists - VACL

Section 31: Configuring PVLANs

Lecture 152 Introduction

Lecture 153 Introduction to Private VLANs

Lecture 154 Private VLANs Port Types and Configuration

Lecture 155 Private VLANs Across Multiple Switches

Lecture 156 Course Close

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