- Cursusduur21 uur
- CertificeringNetwork+
- Examen/CertificaatExamen N10-004
- TaalEngels
- Online toegang3 maanden
- Waardering
- OrganisatieCompTIA
U bereidt zich voor op het behalen van het certificaat CompTIA Network+. Tijdens deze Network+ training / cursus worden alle relevante onderwerpen behandeld zodat u in staat bent om zelfstandig netwerken te installeren, te configureren en te beheren.
Onderwerpen die onder andere aan bod komen zijn netwerk componenten, basisbeginselen, netwerk apparaten, beveiliging, protocollen, routering en nog veel meer.
Uw resultaat
Na het volgen van deze training bent u in staat als zelfstandig netwerkbeheerder te opereren. Tevens bent u optimaal voorbereid op het CompTIA Network+ examen N10-004.
Doelgroep
Netwerkbeheerders die het internationaal erkende certificaat CompTIA Network+ willen behalen. CompTIA certificeringen zijn leverancieronafhankelijke IT certificeringen gericht op een aantoonbare kennis van verschillende aandachtsgebieden binnen de IT.
Inhoud Network+ training / cursus
De training / cursus CompTIA Network+ is opgebouwd uit verschillende lessen:
- Identify the function of basic components of a network
- Distinguish between the different types of networks
- Distinguish between the different network topologies
- Distinguish between LAN topologies and WAN topologies
- Identify the features and characteristics of a PSTN
- Distinguish between centralized and decentralized networks
- Distinguish between intranets, extranets, and the Internet
- Identify the features and characteristics of a VPN and VLAN
- Differentiate between key network devices
- Differentiate between key network types and topologies
- Distinguish between baseband and broadband forms of transmission
- Recognize the transmission flaws associated with analog and digital signals
- Recognize the basic features and characteristics of key Ethernet technologies
- Recognize 802.3 physical media and their networking standards
- Recognize factors that affect transmission performance
- Match Ethernet technologies to basic networking requirements, for a given scenario
- Identify factors affecting signal and transmission performance, for a given scenario
- Identify the features and characteristics of common types of cable
- Recognize common connectors for network cables
- Recognize solutions to problems related to the physical media used on a network, for a given scenario
- Create a straight-through, crossover, and rollover cable
- Recognize how to install network wiring in a telecommunications or equipment room
- Recognize the functions of telecommunications and equipment rooms
- Recognize how to verify wiring installation
- Recognize how to verify a wiring termination
- Match appropriate network cables and connectors to given scenarios
- Identify common cabling tools
- Identify how to install and verify network cable, for a given scenario
- Recognize the function of NICs, hubs, modems, and transceivers
- Recognize the key considerations when using a DHCP server
- Recognize the functions of different firewall technologies
- Distinguish between network-level devices
- Recognize the function of wireless access points
- Recognize how switching works in VLANs
- Recognize key aspects relating to advanced switch use
- Recognize when the use of different specialized network devices are appropriate
- Determine the type of switching needed in a network
- Select specialized network devices
- Recognize the difference between the OSI model and the four-layer DoD model
- Distinguish between the layers in the OSI model
- Recognize the basics of encapsulation and de-encapsulation
- Recognize the key factors of the TCP/IP suite's success
- Recognize the functions of the TCP/IP services
- Recognize the key functions of IP
- Recognize the functions and key characteristics of TCP
- Recognize the TCP standards
- Distinguish between TCP and UDP
- Recognize the key features of UDP
- Recognize the most common TCP and UDP ports
- Recognize the differences between TCP and IP
- Recognize which ports and protocols are used
- Distinguish between Data Link layer and Network layer protocols
- Recognize the functions of the ARP, ICMP, and IGMP Network layer protocols
- Recognize the functions of the RIP, OSPF, EIGRP, and BGP routing protocols
- Recognize the functions of the HDLC, PPP, and Frame Relay Data Link layer protocols
- Distinguish between the Transport layer protocols
- Recognize the characteristics of UDP protocols
- Recognize the characteristics of RTP
- Rrecognize the characteristics of TLS
- Distinguish between the session and presentation layer protocols
- Recognize Application layer protocol functions
- Recognize the protocols used at different layers
- Distinguish between packet and circuit switching
- Recognize how circuit switching works
- Recognize how packet switching works
- Distinguish between connectionless and connection oriented data transmission
- Recognize the capabilities of WAN transmission media
- Identify basic WAN transmission media
- Distinguish between the uses of ADSL, SDSL, VDSL, and cable modems
- Recognize the basic characteristics of T1/E1, T3/E3, Sonet, OC-x, and MPLS WAN types
- Distinguish between different satellite systems
- Recognize the basic functions of ISDN
- Distinguish between Frame Relay and ATM
- Choose the most appropriate switching technology in a given scenario
- Determine appropriate WAN media
- Recognize the features and characteristics of wireless networks
- Recognize the roles of various organizations for the development of wireless communication
- Distinguish between the functions of different spread spectrum technologies
- Recognize the 802.11 standards
- Distinguish between the uses of basic wireless authentication and encryption options
- Recognize how TKIP, WPA, WEP, and RADIUS works
- Select the most appropriate wireless network options in a given scenario
- Recognize the most appropriate way of setting up the access point and antenna for a wireless network
- Distinguish between the uses of different types of antennas
- Recognize how to install wireless networks and configure frequency and channels
- Identify the risks of wireless networks
- Recognize how to secure a wireless LAN by switching off beacon broadcasts and changing the network identifiers
- Choose and configure a wireless network
- Recognize how to install and troubleshoot wireless network cards
- Recognize what a MAC address is and how hexadecimal numbers are converted to decimal numbers
- Distinguish between IP address classes
- Recognize the composition of an IP address and convert decimal values to binary values
- Distinguish between unicasting, broadcasting, and multicasting
- Recognize the differences between IPv4 and IPv6
- Recognize how MAC and IP addressing are used
- Recognize how IP addresses are allocated
- Recognize how to perform subnetting
- Recognize what a subnet mask is
- Recognize ways to conserve IP addresses
- Recognize how address translation works
- Recognize the basic options in address assignment
- Recognize how DHCP assignment works
- Recognize how to configure a subnet in a given scenario
- Recognize the fundamentals of routing
- Distinguish between link-state and distance-vector protocols
- Distinguish between IPv4 and IPv6 routing
- Distinguish between link-state routing protocols
- Recognize the functions of OSPF routing protocols
- Recognize how IS-IS routing protocols work
- Recognize how OSPFv3 routing protocol works
- Distinguish between different distance-vector protocols
- Recognize how RIP protocols work
- Recognize how BGP protocols work
- Recognize how EIGRP and EIGRPv6 works
- Recognize which routing protocol to use in a given scenario
- Recognize how physical and logical network diagrams are used
- Recognize how to construct a network diagram
- Recognize what is included in a documentation baseline
- Recognize how documentation is used
- Recognize what is appropriate to include in network documentation
- Recognize the role of an update log
- Recognize how to document policy
- Verify network diagrams and documentation
- Create a network diagram
- Create network documentation
- Recognize the functions of SNMP and RMON
- Recognize how to use common monitoring tools
- Recognize the functions of sniffers
- Recognize different types of log files
- Recognize which network monitoring tools are appropriate in a given scenario
- Recognize how log files are used in solving network problems in a given scenario
- Recognize the steps involved in troubleshooting networks
- Recognize how to perform information gathering
- Recognize how to plan and implement an action plan
- Recognize how a solution to a network problem should be documented
- Recognize the basic functions of network monitors, protocol analyzers, and wireless network testers
- Distinguish between protocol analyzers and performance-monitoring tools
- Recognize the functions of common windows troubleshooting tools
- Recognize the functions of Linux troubleshooting tools
- Recognize the functions of hardware tools for troubleshooting network
- Recognize the functions of wireless network testers in network troubleshooting
- Recognize how to troubleshoot a network in a given scenario
- Recognize how cross talk, attenuation, and interference affects networks
- Recognize how opens and shorts affect networks
- Recognize how duplex issues affect a network
- Recognize how addressing errors can be detected
- Recognize how switching/routing loops and route problems are detected in a network
- Recognize configuration issues with wireless networks
- Recognize how the environment can affect a wireless network
- Recognize how to troubleshoot a network in a given scenario
- Recognize how to troubleshoot a wireless network in a given scenario
- Recognize basic attack types
- Recognize how viruses work and how to defend against malicious code
- Recognize different ways "social engineering" can be used when attacking a network
- Recognize what should be included in security policies
- Distinguish between different types of security audits
- Recognize how patches and updates affect network security
- Recognize how education can affect network security
- Recognize the most appropriate protocol to use in a given situation
- Recognize how access can be restricted by MAC and IP filtering
- Recognize the functions of tunneling protocols
- Identify security threats to a network in a given scenario
- Recognize basic functions of firewalls
- Recognize common scanning techniques
- Distinguish between stateful and stateless firewalls
- Recognize how content filtering works
- Recognize how to work with incident response-based Intrusion Detection Systems
- Recognize the functions of host-based and network-based Intrusion Detection Systems
- Recognize the functions of an Intrusion Prevention System
- Recognize how to configure a VPN access
- Recognize the functions of physical security and authentication
- Recognize the security risks of hardware and transmissions
- Recognize the functions of common access protocols
- Recognize the most appropriate security solution in a given scenario
- Recognize the security threats and most appropriate security solution 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
Het is aanbevolen om minimaal 9 maanden praktijkervaring te hebben in netwerkbeheer. Tevens is het bezit van het CompTIA A+ certificaat een pré.
Vragen stellen aan een mentor
In deze training is het mogelijk om, via de mail, vragen te stellen aan een gecertificeerde trainer. U stelt de vragen 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.
Trainingsvorm online training / e-learning
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> Meer informatie
E-learning
E-learning is een interactieve digitale trainingsvorm. Deze trainingsvorm stelt u in staat om in uw eigen tempo en wanneer het u uitkomt de training te volgen. Het enige dat u nodig heeft is een PC met internettoegang.
Onze E-learning trainingen zijn volledig zelfstandig. U heeft dus geen aanvullende zaken als boeken en dergelijke nodig. Alles wat nodig is voor het succesvol afronden van de training en het eventueel bijbehorende examen is opgenomen in de E-learning training.
Meer informatie over E-learning.
Online kennis community
Tijdens en na uw training heeft u onbeperkt toegang tot de online kennis community. Binnen deze community staat het delen van kennis centraal. U vindt er achtergrondinformatie, artikelen door experts, informatieve filmpjes en discussies voor en door ICT experts. We nodigen u van harte uit deel te nemen aan deze expert community. Meer informatie over de kennis community.
Certificaat van icttrainingen.nl
Na het succesvol afronden van uw training ontvangt u altijd een certificaat van icttrainingen.nl als bewijs dat u de training met succes heeft gevolgd. Dit certificaat kunt u eenmalig, na afronding van de training, zelf genereren en downloaden.
