- Cursusduur54 uur
- CertificeringCisco CCNA
- Examen/CertificaatExamen 640-802
- TaalEngels
- Online toegang6 maanden
- Waardering
- OrganisatieCisco
In deze CCNA training / cursus bereidt u zichzelf voor op het behalen van het Cisco certificaat CCNA Routing and Switching. Met dit certificaat toont u aan dat u aan de basisvereisten voldoet om een Cisco netwerk te implementeren, te beheren en te configureren.
Onderwerpen die onder andere aan bod komen zijn het OSI model, (V)LAN, WAN, beveiliging, troubleshooting, wireless LAN's, routering, de overgang naar IPv6 en nog veel meer. Naast multimediale lesstof bevat de training interactieve vragen en labs waarin uw kennis regelmatig wordt getoetst.
Uw resultaat
Na het volgen van deze training bent u in staat zelfstandig een Cisco netwerk te beheren. Tevens bent u klaar om het certificeringsexamen 640-802 met succes af te ronden.
Doelgroep
Netwerkbeheerders van een Cisco netwerk die het internationaal erkende certificaat CCNA Routing and Switching willen behalen.
Inhoud CCNA training / cursus
De Cisco CCNA training / cursus is opgebouwd uit verschillende lessen:
- Describe the access locations and physical components of computer networks
- Recognize the impact of common user applications on the network
- Describe the performance and structural characteristics of a network
- Select an appropriate network topology for a particular scenario
- Identify considerations for balancing network security requirements
- Describe classes of network attack
- Recognize how to mitigate against common physical threats to network security
- Identify the functions of the TCP/IP stack and OSI model layers in host-to-host network communications
- Identify the functions of the TCP/IP stack |w in host-to-host network communications
- Specify the classes of an IP address
- Recognize types of reserved IP addresses
- Recognize public and private IP addresses
- Recognize the function of the IPCONFIG command parameters
- Observe DHCP resolutions
- Describe the basic functions of the Transport layer
- Recognize the major characteristics of the UDP transport protocol
- Recognize the major characteristics of the TCP transport protocol
- Recognize how TCP establishes a connection with a peer system
- Recognize how TCP transfers data between a two-peer system
- Observe the three-way handshake
- Recognize layer devices and their functions
- Describe how to map physical addressing to network addressing
- Recognize parameters of host-based tools
- Observe ARP Resolutions
- Describe the functionality of Ethernet LANs
- Recognize the basic components of LANs
- Recognize connection requirements and media for Ethernet LAN
- Recognize cable connections for an Ethernet LAN
- Describe the features of collision domains
- Identify the features of collision domains
- Describe the main causes of network congestion
- Distinguish between LAN switches and bridges
- Recognize the process whereby a switch determines how to manage a data frame by using its MAC address table
- Describe host-to-host communication in a LAN using a switch in a given scenario
- Describe the basic characteristics of Cisco IOS software
- Identify the characteristics of the CLI keyboard help
- Match the task with the appropriate CLI function
- Sequence the steps to login to a Catalyst switch
- Describe how to configuring a switch from the command line
- Configure an access switch for management
- Recognize the four classes of physical access threats
- Recognize how to configure password security and the login banner
- Describe Telnet and SSH for remote access
- Recognize how to configure port security
- Describe how to secure unused ports
- Recognize the different ways in which switched Ethernet LANs can be optimized
- Perform the initial switch configuration
- Configure port security on a switch
- Configure port security
- Configure management passwords
- Recognize how to identify and resolve common switched network media issues
- Recognize how to identify and resolve common port access issues
- Recognize how to identify and resolve common configuration issues
- Troubleshoot no connectivity
- Troubleshoot slow connectivity
- Distinguish between WLANs and LANs
- Describe the characteristics of the RF transmissions that are used by WLANs
- Distinguish between the different IEEE 802.11standards
- Describe how to mitigate security threats to a WLAN service
- Determine the most appropriate encryption type for a given scenario
- Match the characteristics of IEEE 802.11 topologies appropriately
- Recognize the characteristics of wireless implementation
- Describe VoIP phone requirements when connecting to a switched network
- Describe the physical characteristics of a router and the functions of a router in the IP packet delivery process
- Describe the function of routing tables and the different types of routes
- Recognize dynamic routing protocols
- Recognize how to start and initially configure a Cisco IOS router
- Recognize how to monitor a Cisco IOS router
- Recognize router configuration modes
- Describe how to implement a basic configuration for a Cisco router
- Recognize how to verify the router interface configuration
- Operate and configure a Cisco IOS device
- Reconfigure a Cisco router
- Sequence the steps to deliver an IP packet over a routed network
- Recognize how to use common Cisco IOS commands to verify connectivity
- Recognize the commands to configure a router password for a particular scenario
- Identify the functions of the Cisco AutoSecure security feature
- Recognize the commands to enable SSH access on network devices for a particular scenario
- Recognize the features of the Cisco SDM device management tool
- Recognize how to configure a router to support Cisco SDM
- Describe sections of the Cisco SDM interface elements
- Describe the features of DHCP
- Sequence the commands to configure a Cisco IOS DHCP server
- Describe how to use the SDM DHCP tool to configure the DHCP server
- Identify how the show ip dhcp conflict command detects address conflicts
- Describe how to use Telnet and SSH with remote devices
- Configure a DHCP server
- Manage Telnet sessions
- Identify the characteristics of WANs
- Describe WAN devices
- Select appropriate WAN physical link layer technologies for a particular scenario
- Identify WAN data link layer protocols
- Describe public and private WAN connection options
- Identify the advantages of packet-switched networks
- Recognize the characteristics of DSL and cable-based WANs
- Identify the features of NAT
- Identify the features of PAT
- Recognize how a Cisco router translates inside addresses
- Configure port address translation
- Configure static NAT
- Select the appropriate routing method for a particular scenario
- Identify the advantages of static and dynamic routing methods
- Recognize static route configuration command parameters for a particular scenario
- Configure static routing for internal connectivity
- Describe the characteristics of WAN communication links
- Sequence the steps to configure a serial interface
- Describe the advantages of point-to-point communications
- Describe the characteristics of High-Level Data Link Control
- Configure point-to-point protocol for a given scenario
- Configure connectivity between your site and the main office
- Troubleshoot connectivity issues to the main office
- Describe the key characteristics of dynamic routing protocols
- Differentiate between classless and classful routing
- Differentiate between RIPv1and RIPv2
- Configure basic RIP routing for a given scenario
- Interpret the output of the debug ip rip command
- Enable dynamic routing to the main office
- Configure RIPv2 (Lab 1)
- Configure RIPv2 (Lab 2)
- Configure RIPv2 (Lab 3)
- Troubleshoot an RIPv2 configuration
- Identify the purpose and function of Cisco Discovery Protocol
- Describe the information provided by Cisco Discovery Protocol
- Enable and disable Cisco Discovery Protocol
- Identify the information displayed for each CDP neighbor after using the show cdp neighbor command
- Recognize how to monitor and maintain information about neighboring Cisco devices using CDP
- Recognize how to create a network map of the environment
- Disable and prune CDP
- Troubleshoot IP using CDP
- Configure R1 and R2 - Lab A
- Configure R1 and R2 - Lab B
- Configure R1 and R2 - Lab C
- Match the internal components of Cisco routers with their correct descriptions
- Describe the router boot sequence
- Describe the process for locating the Cisco IOS image
- Recognize how to display and change the boot information in the configuration register
- Modify the boot configuration
- Describe the file systems that are used by a Cisco router
- Manage Cisco IOS image files to maintain accessible images
- Recognize how to manage device configuration files to reduce device downtime
- Describe how use the copy command to move configurations
- Create router image backups
- Describe how to use the show and debug commands on Cisco devices
- Describe the decimal and binary number systems
- Recognize how to convert decimal numbers to binary numbers
- Recognize how to convert binary numbers to decimal numbers
- Describe subnetting basics
- Recognize the rules of subnetting
- Identify classful and classless masks
- Describe how many subnets are created in a given scenario
- Describe how to create subnet addresses
- Describe how to create host addresses
- Recognize how to calculate ranges
- Describe how to calculate ranges in given scenarios
- Assign IP addresses to routers - Part 1
- Assign IP addresses to routers - Part 2
- Assign IP addresses to routers - Part 3
- Assign IP addresses to routers - Part 4
- Describe how to configure a small network
- Provide your workgroup switch and router with a basic configuration for IP connectivity
- Describe the basic features of VLANs on Cisco Catalyst switches
- Describe the modes and operation of VLANs on Cisco Catalyst switches
- Describe the basic functionality that is provided by 802.1Q trunking
- Describe the features that VLAN Trunking Protocol offers to support VLANs, and the modes in which VTP operates
- Describe VTP configuration and verification in a switched network
- Configure a switch to join an existing VTP domain in a given scenario
- Describe how to configure and verify 802.1Q trunking on the interswitch connections
- Configure ports manually as trunk ports on a switch in a given scenario
- Describe how to configure and modify VLANs on a switch
- Configure VLANs on a switch in a given scenario and prepare devices for inter-vlan routing
- Identify the potential issues of a redundant switched topology
- Describe spanning tree operations
- Describe the default spanning-tree configuration
- Describe Spanning-Tree Protocol operations in a given scenario
- Describe how to configure Rapid Spanning-Tree Protocol
- Configure and tune spanning-tree protocols in a given scenario
- Describe the basics of inter-VLAN routing operations
- Describe how to configure inter-VLAN routing using IEEE 802.1Q and an external router
- Configure routing between VLANs on a router in a given scenario
- Describe the security needs of the expanded network
- Describe the commands used to set system passwords
- Describe the commands used to secure remote access
- Recognize how to secure switch protocols
- Describe how to mitigate compromises through a switch
- Describe port security
- Describe 802.1X port-based authentication
- Configure a workgroup switch with basic connectivity and port security in a given scenario
- Describe port connectivity issues
- Troubleshoot a switched network issue in a given scenario
- Identify and resolve VLAN and trunking issues
- Identify and resolve VTP issues
- Resolve a switched network trouble ticket in a given scenario
- Identify and resolve STP issues
- Describe the purpose of dynamic routing protocols
- Describe the characteristics of routing protocol types
- Match the routing protocol classes with their correct descriptions
- Describe administrative distance
- Describe how a distance vector routing protocol discovers and maintains it routes
- Describe routing table inconsistencies when using a distance vector routing protocol
- Describe the operation and implementation of link-state routing protocols
- Recognize the benefits and drawbacks of link-state routing
- Describe subnet mask calculation
- Describe the benefits of VLSM and calculate VLSM
- Describe route summarization when using classful protocols
- Describe route summarization when using classless protocols
- Identify the summarized route from a list of routes
- Verify the status of an existing network in a given scenario
- Identify characteristics of single-area OSPF
- Configure a single-area OSPF network
- Configure a loopback interface to be used as the router ID
- Identify how an OSPF router ID is used
- Recognize how to verify a single-area OSPF network configuration
- Implement single area OSPF in a given scenario
- Describe the functions of the maximum-paths command for load balancing with OSPF
- Describe how to configure authentication for OSPF
- Configure OSPF plain text authentication in a given scenario
- Recognize how to identify and resolve errors with OSPF neighbor adjacencies and routing tables
- Describe how to use the debug command to troubleshoot plaintext password authentication
- Troubleshoot OSPF neighborship issues in a given scenario
- Describe the features of EIGRP
- Recognize the commands used to configure EIGRP routes
- Recognize the command used to verify EIGRP routes
- Describe the commands used to verify EIGRP configuration
- Configure basic EIGRP in a given scenario
- Recognize how to configure load balancing with EIGRP in a given scenario
- Configure EIGRP load balancing in a given scenario
- Describe how to configure and verify MD5 authentication with EIGRP
- Configure EIGRP authentication in a given scenario
- Describe how to identify and resolve EIGRP neighbor relationship problems
- Describe how to identify and resolve EIGRP routing table problems
- Troubleshoot EIGRP in a given scenario
- Describe the purpose of ACLs
- Recognize how inbound and outbound ACLs operate
- Describe numbered and named, standard, and extended IPv4 ACLs
- Describe dynamic, reflexive, and time-based Extended ACLs
- Describe how to use wildcard masks with ACLs
- Describe how to configure numbered standard IPv4 ACLs
- Describe how to configure and verify numbered extended IPv4 ACLs
- Describe how to configure and verify both standard and extended named IPv4 ACLs
- Identify and resolve common ACL configuration errors
- Configure an extended IP access list in a given scenario
- Recognize the features of NAT and PAT
- Recognize how to translate inside source addresses by using static translation to configure NAT
- Identify the steps for translating an inside source address
- Recognize how to translate inside source addresses by using dynamic translation to configure NAT
- Identify statements that are true of dynamic translation
- Describe how to configure PAT by overloading an inside global address
- Configure PAT in a given scenario
- Identify steps to follow to verify that NAT is operating as expected
- Identify steps to follow when the installed translation entry is not being used
- Resolve issues related to NAT
- Describe the reasons for moving to IPv6
- Identify appropriate methods for abbreviating IPv6 addresses
- Describe the format of IPv6 addresses
- Describe the methods that are used to assign an IPv6 address
- Describe how to configure IPv6
- Describe how to enable Routing Information Protocol next generation
- Identify transition strategies for implementing IPv6
- Configure IPv6 in a given scenario
- Describe the benefits of a VPN solution
- Specify the appropriate VPN type for a given scenario
- Describe the hardware and software components that typically make up a VPN
- Describe how the IPSec framework provides security for a VPN
- Describe how encryption, integrity, and authentication are applied to the IPSec protocol suite
- Match the different encapsulation protocols that are used to interconnect remote locations with their descriptions
- Describe the features of PPP
- Sequence the steps to configure the PPP encapsulation protocol
- Describe how to verify the PPP encapsulation protocol
- Describe the basic features of Frame Relay
- Describe the stages of Inverse ARP and LMI operation
- Describe how to configure a basic Frame Relay PVC
- Describe the Frame Relay show and debug commands you can use to verify that Frame Relay is running as intended
- Configure a Frame Relay connection in a given scenario
- Describe the basic steps that are used to troubleshoot a Frame Relay WAN
- Identify and resolve the most common Frame Relay connectivity issues
- Troubleshoot Frame Relay issues in a given scenario
De training bevat een speciale kennistest als afronding. Tijdens deze kennistest wordt al het geleerde nog een keer getest en krijgt u een goed beeld of u uzelf alle lesstof eigen heeft gemaakt.
Optionele examentraining (proefexamens)
In aanvulling op deze training kunt u een speciale examentraining aanschaffen. De examentraining bevat verschillende proefexamens die het echte examen dicht benaderen. Zowel qua vorm als qua inhoud. Dit is de ultieme manier om te testen of u klaar bent voor het examen. U kunt deze examentraining optioneel meebestellen door bovenin de optie "Examentraining" op "Ja" te zetten. Lees hier meer over deze examentraining:
Benodigde voorkennis
Er is geen specifieke voorkennis nodig.
Vragen stellen aan een mentor
In deze training is het mogelijk om vragen te stellen aan een gecertificeerde trainer. U kunt vragen stellen via de mail of live via een chat functionaliteit. De vragen stelt u in het Engels.
Examen via Pearson VUE
Na afronding van uw training kunt u zichzelf inplannen voor het examen. U kunt optioneel direct een examenvoucher meebestellen of zelf uw examen boeken via Pearson VUE.
> Meer informatie
Het voordeel van uw examen boeken via Pearson VUE is dat u zelf bepaalt waar en wanneer u uw examen doet. Met meer dan 30 beschikbare examenlocaties is er altijd een locatie bij u in de buurt.
Onze examenpartner geeft, namens de certificeringspartij, een origineel certificaat uit. U krijgt dus altijd een geregistreerd en internationaal erkend certificaat.
De kosten van het examen zijn niet inbegrepen in de prijs van de training. Optioneel kunt u direct een examenvoucher meebestellen. Met een examenvoucher kunt u zichzelf voor het examen inschrijven.
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Meer informatie over E-learning.
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