65.900
Ft/hó*

*egy összegben fizetendő 790.800 Ft/év

Tovább a vásárlásra
65.900
Ft/hó*

Szerezd meg ezt és több száz másik tananyagot, NETAcademia Prémium előfizetéssel!

Tovább a vásárlásra

*egy összegben fizetendő 790.800 Ft/év

  • 30 napos pénzvisszafizetési garancia
  • Korlátlan elérés, akárhonnan, akármikor
  • Tanulj első kézből a területükön elismert szakemberektől

CCNA - 2020 (T360)

0
(0)
<0,5 óra
Haladó

  • CCNA overview

  • Lesson 1 overview
  • Introduction to Networks
  • Characteristics of a Network
  • Physical versus Logical Topologies
  • Interpreting a Network Diagram
  • Impact of User Applications on the Network

  • Lesson 2 overview
  • Host-To-Host Communications Overview
  • ISO OSI Reference Model
  • TCP/IP Protocol Suite
  • Peer-To-Peer Communications
  • Encapsulation and De-Encapsulation
  • TCP/IP Stack versus OSI Reference Model

  • Lesson 3 overview
  • Cisco IOS Software Features and Functions
  • Cisco IOS Software CLI Functions
  • Cisco IOS Software Modes

  • Lesson 4 overview
  • Local Area Networks
  • LAN Components
  • Need for Switches
  • Characteristics and Features of Switches

  • Lesson 5 overview
  • Ethernet LAN Connection Media
  • Unshielded Twisted-Pair Cable
  • Optical Fiber
  • Ethernet Frame Structure
  • MAC Addresses
  • Duplex Options

  • Lesson 6 overview
  • Switch Installation
  • Switch show interfaces Command
  • Switch show version Command
  • Switch show running-config Command

  • Lesson 7 overview
  • Internet Protocol
  • Decimal and Binary Number Systems
  • IPv4 Address Reoresentation
  • IPv4 Address Classes
  • Subnet Masks
  • Subnets
  • Implementing Subnetting
  • Determining the Addressing Scheme
  • Benefits of VLSM
  • Implementing VLSM
  • Public and Private IPv4 Addresses
  • Broadcast Addresses
  • Verifying the IPv4 Address of a Host

  • Lesson 8 overview
  • TCP/IP Transport Layer Functions
  • Reliable versus Best-Effort Transport
  • TCP and UDP Characteristics
  • TCP/IP Application Layer
  • Domain Name System
  • Explaining DHCP for IPv4
  • Configuring DHCP Roles on a Router
  • IPv4 DHCP Settings on Windows Host

  • Lesson 9 overview
  • Role of a Router I.
  • Role of a Router II.
  • Router Components
  • Router Functions
  • Default Routes
  • Path Determination
  • Administrative Distance

  • Lesson 10 overview
  • Initial Router Setup
  • Configuring IPv4 Adresses on Router Interfaces
  • Exploring Connected Devices
  • Using Discovery Protocols

  • Lesson 11 overview
  • Layer 2 Addressing
  • Layer 3 Addressing
  • Default Gateways
  • Using ARP Protocol
  • Host-To-Host Packet Delivery
  • Role of a Switch in Packet Delivery

  • Lesson 12 overview
  • Troubleshooting Methods I.
  • Troubleshooting Methods II.
  • Logging
  • Verifying of End-To-End IPv4 Connectivity
  • Using Telnet and SSH
  • Troubleshooting Media Issues
  • Troubleshooting Connectivity and IPv4 Issues

  • Lesson 13 overview
  • IPv4 Address Exhaustion Workarounds
  • IPv6 Features
  • IPv6 Address Types
  • IPv6 Address Scopes and Prefixes
  • IPv6 Link-Local Unicast and IPv6 Multicast Addresses
  • Comparison of IPv4 and IPv6 Headers
  • Stateless Address Autoconfiguration
  • Verification of End-To-End IPv6 Connectivity I.
  • Verification of End-To-End IPv6 Connectivity II.

  • Lesson 14 overview
  • Routing Operation
  • Static and Dynamic Routing Comparison
  • IPv4 Static Route Configuration
  • Verifying IPv4 Static Route Configuration
  • Verifying IPv6 Static Route Configuration

  • Lesson 15 overview
  • VLAN Introduction
  • Configuring VLANs
  • Verifying VLANs
  • Trunking with 802.1Q
  • Configuring an 802.1Q Trunk
  • VLAN Design Considerations

  • Lesson 16 overview
  • Purpose of Inter-VLAN Routing
  • Inter-VLAN Routing Options
  • Verifying VLAN Subinterfaces

  • Lesson 17 overview
  • Dynamic Routing Protocols
  • Path Selection and Link-State Protocols Overview
  • Link-State Routing Protocol Data Structures
  • Introducing OSPF
  • Establishing OSPF Neighbor Adjacencies
  • OSPF Neighbor States
  • SPF Algorithm
  • Building LSDB and Routing for IPv6

  • Lesson 18 overview
  • Physical Redundancy in a LAN
  • Spanning Tree Operation
  • Spanning Tree Operation Example
  • Types of Spanning Tree Protocols
  • PortFast and BPDU Guard
  • Rapid Spanning Tree Protocol

  • Lesson 19 overview
  • EtherChannel Overview I.
  • EtherChannel Overview II.
  • EtherChannel Configuration Options
  • Configuring Laye 2 and Layer 3 EtherChannel
  • Verifying EtherChannel Configuration

  • Lesson 20 overview
  • Need for Default Gateway Redundancy
  • Understanding FHRP
  • Understanding HSRP
  • HSRP Advanced Features

  • Lesson 21 overview
  • Introduction to WAN Technologies
  • WAN Devices and Demarcation Point
  • WAN Topology Options
  • Overview of WAN Connectivity Options I.
  • Overview of WAN Connectivity Options II.
  • Overview of WAN Connectivity Options III.
  • Enterprise Internet Connectivity Options
  • Enterprise-Managed VPNs I.
  • Enterprise-Managed VPNs II.
  • Provider-Managed VPNs

  • Lesson 22 overview
  • ACL Overview
  • ACL Operation
  • ACL Wildcard Masking
  • Types of Basic ACLs
  • Configuring IPv4 ACLs
  • Verifying and Modifying IPv4 ACLs
  • Applying IPv4 ACLs I.
  • Applying IPv4 ACLs II.

  • Lesson 23 overview
  • Introducing Network Address Translation
  • NAT Terminology and Translation Mechanisms
  • Benefits and Drawbacks of NAT
  • NAT Types
  • Configuring and Verifying IPv4 NAT
  • Configuring IPv4 PAT
  • Configuring IPv4 PAT II.

  • Lesson 24 overview
  • Converged Networks
  • Quality of Service Building Blocks
  • QoS Mechanisms I.
  • QoS Mechanisms II.
  • QoS Mechanisms III.
  • Tools for Managing Congestion
  • Link Efficiency Mechanisms
  • Deploying QoS Within the Enterprise

  • Lesson 25 overview
  • Wireless Technologies
  • Wireless Architectures
  • WLC and AP Configurations
  • WiFi Channels
  • Infrastructure Services

  • Lesson 26 overview
  • Introduction to Network Design
  • Enterprise Three-Tier Hierarchical Network Design
  • Spine-Leaf Network Design
  • Cloud Computing Overview
  • Network Device Architecture
  • Virtualization Fundamentals
  • Virtualization of Networking Functions

  • Lesson 27 overview
  • Introducing Syslog
  • SNMP Overview
  • Network Time Protocol
  • Configuring and Verifying NTP

  • Lesson 28 overview
  • Cisco IOS Integrated File System and Devices
  • Router Power-On Boot Sequence
  • Locating Cisco IOS Image Files
  • Loading Files
  • Managing Files I.
  • Managing Files II.

  • Lesson 29 overview
  • Security Threat Landscape Overview
  • Types of Network Attacks I.
  • Types of Network Attacks II.
  • Types of Network Attacks III.

  • Lesson 30 overview
  • Information Security Overview
  • Firewalls / Intrusion Prevention Systems
  • Protection Against Data Loss and Phishing Attacks
  • Hashing and Encryption Algorithms
  • IPsec Overview
  • Security Services
  • SSL and TLS
  • Wireless Security Protocols

  • Lesson 31 overview
  • Network Device Security Overview
  • Securing Device Access I.
  • Securing Device Access II.
  • SSH Configuration
  • Using ACLs / External Authentication Options

  • Lesson 32 overview
  • Securing Unused Ports
  • Infrastructure ACL
  • Port Security Overview
  • Mitigating VLAN Attacks
  • DHCP Protection
  • Dynamic ARP Inspection
  • Mitigating STP Attacks

Az oktatóról

Ország Tamás
Rendszermérnök, vezető oktató

Ország Tamás vagyok, egészen csekély gyermekkoromban kaptam el a számítógép-fertőzést, amiből szerencsére azóta sem gyógyultam ki. Fejlesztő, rendszerszervező és üzemeltető végzettségeim vannak, belekóstoltam mindegyikbe, végül az utóbbi ízlett/ízlik a legjobban, különös tekintettel a hálózatokra, szerverrendszerek fenntartására. Sok különböző környezetben megfordultam a mindenes IT SMB-től a nagybankokig, kutatóintézettől a saját vállalkozásig. Jelenleg a Training360 oktatóközpontot erősítem rendszermérnökként, vezető oktatóként. Nem zárom ki, hogy külső szemlélő számára kockának tűnhetek, mivel munkaidőn túl is körülvesznek a számítógépek. Mondhatjuk, szabadidőmben is mindenre kíváncsi vagyok.